MECHANICAL ENGINEERING

Mechanical Project Engineer Job Description

Mechanical Project Engineers design and develop mechanical systems. Mechanical engineering is one of the broadest engineering disciplines, so a variety of industries employ Mechanical Project Engineers. Manufacturing-based industries are the biggest employers. This includes the automotive industry, the aviation industry, and the military. Mechanical project engineers also design and develop systems we use in our home every day, such as heating, cooling, and plumbing systems. Mechanical Project Engineers perform a variety of duties that range from developing project blueprints using CAD software to conducting market research to use for guidance in creating more effective systems.

The role of a Mechanical Project Engineer is typically a supervisory position. They delegate tasks to junior engineers and any other employee involved in the manufacturing process. A fair portion of their work takes place in a typical office environment, but part of their job involves being present on the manufacturing floor and ensuring everything is going to plan. According to the National Bureau of Labor Statistics, the demand for Mechanical Engineers, which includes Mechanical Project Engineers, is set to rise 5 percent through 2024.

Mechanical Project Engineer Duties and Responsibilities

Mechanical Project Engineers perform several duties and responsibilities in their quest to design and develop complex mechanical systems.

Work With Product Development Teams

Mechanical Project Engineers don’t specialize in product design, but their mechanical engineering background makes them an important part of the design process. They add a pragmatic viewpoint to complement the creative viewpoints of the product development team.

Oversee Product Blueprint Design

Mechanical Project Engineers oversee, and sometimes complete, the design of product blueprints using Computer-Aided Design (CAD) and Computer-Aided Engineering (CAE) software.

Confirm with Local, State and Company Engineering Standards

Mechanical Project Engineers are responsible for quality assurance. While this duty is important for all industries, it is crucial for industries with strict regulations. They make sure everyone working on a given project keeps everything up to standard.

Ensure Projects get Completed on Time and Budget

Mechanical Project Engineers are part Project Manager. They are responsible for making sure the projects they’re assigned get completed on time, which involves managing both machines and employees.

Design and Implement Policies and Procedures

Mechanical Project Engineers create the instructions necessary for systems to function. This includes things like manufacturing maintenance policies and procedures, as well as the specific instructions for bringing a given product to life.

Mechanical Project Engineer Skills

Mechanical Project Engineers have to possess a blend of technical and soft skills to succeed in their position. They need technical knowledge of mechanical engineering and project management, as well as the communication skills necessary to manage the human component of a project. Today’s Mechanical Project Engineers need to be tech-savvy, as most designing is done with CAD and CAE software. Those who enjoy working in a collaborative environment and have the ability to organize and prioritize succeed in this position. The following are the skills that are in the highest demand among employers of Mechanical Project Engineers.

  • Using CAD and CAE software to design product blueprints
  • Developing systems necessary to produce a given product at scale
  • Prioritizing and delegating tasks to team members to maximize efficiency
  • Analyzing equipment and employee performance to provide reports to superiors
  • Observing and refining the design and production process based on feedback

Tools of the Trade

The specific tools used by Mechanical Project Engineers can vary depending on the industry of employment. The following are a couple of general tools used by all

Mechanical Project Engineers.

CAD and CAE Software – Computer-Aided Design and Computer-Aided Engineering software is used to design and engineer products.

Manufacturing Equipment – The specific manufacturing equipment will vary based on industry, but all Mechanical Project Engineers deal directly with equipment on the manufacturing floor.

Mechanical Project Engineer Education and Training

Mechanical Project Engineers usually have a Bachelor’s degree in mechanical engineering, construction management, or project management. They learn areas of knowledge such as the basics of mechanical engineering, organizational management, how to manage a team and how to delegate tasks. Most employers require Mechanical Project Engineers to be certified by the National Council of Examiners for Engineering and Surveying.

Mechanical Project Engineer Salary

According to the Bureau of Labor Statistics, Mechanical Engineers, which includes Mechanical Project Engineers, have a national median salary of $84,190 per year. Those in the top 10 percent earn more than $131,350, and those in the bottom 10 percent earn less than $54,420.

Mechanical Project Engineer Resources

Are you interested in learning more about Mechanical Project Engineer as a career path? The list of resources below is a compilation of books, blogs, and professional organizations related to Mechanical Engineering.

National Council of Examiners for Engineering and Surveying – The NCEES is a non-profit organization that oversees the licensure process for all types of engineers. Licensure requirements vary on a state-by-state basis, and their website has all of that information. The website also contains links to test preparation materials, as well as links to continuing education resources.

The American Society of Mechanical Engineers – The American Society of Mechanical Engineers was founded in 1880 and has since spread to over 150 countries with over 130,000 total members. Their website has a regularly updated news section and a link to ASME magazine. They also offer a plethora of professional certifications. This is an excellent organization for new and experienced Mechanical Project Engineers alike.

The Institution of Mechanical Engineers – Founded in 1847, the Institution of Mechanical Engineers has since grown to over 115,000 members in over 140 countries. Membership includes access to several training programs and courses, as well as several local, national and international events scattered throughout the year.

iCrank.com – Although it isn’t the most aesthetically pleasing site, it contains some good information on designing mechanical systems. It also contains several links to software that simplifies the life of Mechanical Engineers.

Rubber Band Engineer by Lance Akiyama – Who said all resources have to be boring? This book by Lance Akiyama is filled with fun engineering projects that will help you get in touch with your creative side. These are all projects you can do with minimal engineering experience.

CIVIL ENGINEERING

Top Final year projects for civil engineering students

Mukta Manshi

Summary

Now that you’re reaching your final semester, you’re almost a civil engineer. Finally, it’s time to put everything you learned over the past 3.5 years to test. It’s time to build one solid final year project which will be one of your first proper projects which will probably stick to your resume for a very long time. It is very important to choose a good topic for your final year project. There are various areas to pick from like structural engineering, transportation engineering, environmental engineering, geotechnical engineering, etc. Choose the area which interests you the most and find a suitable topic in that domain.

Note:

Have you checked out our projects on Civil Engineering yet?

Civil Engineering Kit will be shipped to you and you can build using tutorials. You can start with a free demo today!

1. GIS

2. Structural & Foundation Analysis

3. CPM & BIM

4. Tall Building Design

5. Construction Technology (Career Building Course)

6. Foundation Design

7. Construction Project Management

8. Building Information Modelling

9. Seismic Design

10. ETABS Software

Learn more about civil projects

What are the problems in civil engineering?

Civil engineering as a whole has developed a lot over the years. The constructions now are way more advanced, and with the rapid growth of technology, every structure is just becoming more advanced and friendly. However, due to such rapid development, the engineers also face problems in keeping up. Some of the most commonly occurring problems are:

  • Maintenance of existing infrastructure– Most of the existing infrastructure today is old and deficient in multiple aspects. It is impossible to demolish all the structures and build them again. Thus, the only solution is to constantly modify them as per the different retrofit options.
  • Constructions in calamity affected areas– Calamity affected areas require quick construction with minimal resources to provide relief to the people. It is a huge challenge to construct stable infrastructure in such areas, that too in a short period with the relief funds. This is a huge challenge for civil engineers as they are under the pressure of bringing the people lives back on track as soon as possible.
  • Environment-friendly construction– With the increasing change in climate, eco-friendly structures have become extremely important. It is a new concept and gradually different countries have started working on it. It is a challenging task for a civil engineer to design such structures.

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What are the benefits of a civil engineer?

Civil engineers are extremely vital for the development of the world as a whole. They are the pillars of the construction industry and without them; the industry would cease to exist. Some of the benefits of a civil engineer are:

  • There is a constant learning scope in the field. The technology is constantly evolving and engineers often come across new problems. This allows them to constantly learn and get better at their work.
  • This is a very exciting domain as it involves both onsite as well as off-site work. Civil engineers are constantly faced with new challenges which make their job all the more exhilarating.
  • The results of the work done can be seen every day by everyone. Whether the engineer is working on-site or not, everyone is aware of what he is doing. Be it, the designs or the reports, people around are aware of the constant progress.
  • The success of their work is celebrated by hundreds of people. It can be in the form of people living in a building, or cars running on a bridge. Their work is visible to all and appreciated by all.

Discover more about civil engineering projects

Top Final year projects for civil engineering students

1.Geographic Information System using Q-GIS

If you’re fascinated by the technology behind Google Maps and wish to learn more about it, this is the perfect project for you. This project will give you the exciting opportunity to create your own Geographic Information System using Q-GIS software. Starting from a simple map, you’ll move to map an entire park, while learning about the methods used for data collection, processing and manipulation for the same. It will also help you get hands-on experience with important concepts like shortest distance finder, affine transformation, contour creation, and geo-processing.

Learn more about this project

2.Structural and Foundation Analysis

If you wish to pursue a future in the construction line, structural engineering should be your strong point. This project will help in strengthening your knowledge about the structural and foundation designs of tall buildings, and seismic designs using SAP2000, ETABS, and SAFE software. It will further help you learn about frame analysis, application of wind and seismic loads, analysis and design of shallow foundations, project report regeneration, reinforcement detailing and scheduling.

Learn more about this project

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You can learn from experts, build working projects, showcase skills to the world and grab the best jobs.

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3.Construction Project Management & Building Information Modeling

As we’re entering the era of smart cities and skyscrapers, the demand for quality BIM engineers has just been increasing. This project will prepare you to be one such engineer before you start working. It will help you learn about project concepts and BIM using Primavera and Graphisoft Archicad software. You will also get to explore concepts like CPM & PERT, 3D Mass modeling, earned value management, resource management, and budget and rendering techniques.

Learn more about this project

4.Tall Building Design

With the increasing number of skyscrapers around the world, the demand for skilled civil engineers is also increasing. This project will allow you to understand and work on the considerations taken during the design of tall buildings, and about the varied loads acting on them using SAP2000 and ETABS software. It will let you design your building and further learn about frame analysis, project report generation, application of loads, and reinforcement detailing and scheduling.

Learn more about this project

5.Seismic Design using SAP2000 & ETABS

Whenever a place is affected by an earthquake, many buildings collapsed and thousands of people lose their lives. With the advancement in technology, engineers now construct seismic-resistant buildings. This project will help you design one such building using SAP2000 & ETABS software based on IS codes. It will also help you gain information about ideas like time history method, response spectrum method, frame analysis, application of seismic loads, linear and non-linear dynamic analysis.

Learn more about this project

These are some of the top final year projects for civil engineering students. If you are very much interested in developing civil engineering projects, we at Skyfi Labs have developed some amazing civil projects that help you to learn and easily build projects.

Explore all the civil engineering final year projects

I hope you got some knowledgeable information from this article.

Still, stuck at something? Comment below the queries. We will be pleased to answer them all.

ELECTRICAL & ELECTRONICS

Best E&TC (Electronics and Telecommunication Engineering) Final Year Project ideas

Vasanth Vidyakar

Summary: By looking at the pace at which technology is growing, it is quite evident that the technologies of today will transform and evolve into a more advanced version in the future.

This will make it very tough for engineers to cope with the latest advancements especially for the students who are pursuing electronics and telecommunication (E&TC) engineering. To overcome this hurdle, you can build final year projects on trending technologies in the E&TC field. This will help you stay afloat in this competitive world.

I have analyzed and compiled a few trends for Electronics and Telecommunication which is mandatory to learn and include in your final year project experience.

Continue reading this blog as I have elaborated on the points mentioned above and also I have listed some best innovative and trending final year projects for Electronics and Telecommunication (E&TC) which you can build right away and gain practical skills.

Note:

Have you checked out our projects on Electronics yet?

Electronics Kit will be shipped to you and you can build using tutorials. You can start with a free demo today!

1. Wireless Communication (Career Building Course)

2. Animatronic Hand

3. Embedded Systems (Career Building Course)

4. Home Automation using IoT

5. Robotic Arm

6. Sensor Guided Robotics

7. Smart Energy Meter using GSM

8. Home Automation System

9. Solar & Smart Energy Systems

10. Automatic Solar Tracker

11. GPS & GSM based Tracker

12. 5 Arduino Projects

13. Biometric Authentication

14. Access Control with RFID

15. Automated Railway Crossing

16. 4 Smart Energy Projects

17. PCB Manufacturing

18. Health Monitoring Wearable

19. Persistence of Vision

20. Smart Traffic Lighting System

Best E&TC (Electronics and Telecommunication Engineering) Final Year Project ideas

With the recent advancements and innovation, it is evident that the conventional technology which we have been using is going to transform and it is going to be lot tougher for the engineers to cope with this. Especially students pursuing Electronics and Telecommunication Engineering (E&TC) should develop skills on trending technologies to stay updated with the industrial standard. Doing good final year engineering projects on such trending technologies will surely give them exposure to latest trends.

The final year Electronics & Telecommunication Engineering project topic should involve anyone of the following trend, which we have compiled to benefit you. :

1. Integration:

This is what every industry is trying to do, diminishing the costs of their products by integrating them with more advanced technologies. Being connected with another device or any other physical form is becoming cheaper day by day. Forex: The smartphones which we are using today cost us a very nominal price when compared to the price of the same technology a couple of years ago.

Connectivity is what drives all the industries and without which they cannot function properly. So there is no doubt that this particular trend is going to drive the technology in the coming years.

Some of the Electronics and Telecommunication (E&TC) Engineering Final Year Projects that you can build to understand this trend are:

  • Home Automation System
  • Automated Railway Crossing
  • Automatic Solar Tracker
  • Solar mobile charger
  • Smart Traffic Light System
  • Smart Lighting System using PIR
  • RFID based Access Control System

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2. Internet of Things (IoT)

The next major trend in the telecommunication sector is the impact of the Internet of Things (IoT) on connected devices. We have been hearing a lot about this trend where it is being integrated on multiple projects to make them smarter. The main theme of this trend is being the automation of the industrial process and thereby making very little or no human interaction.

Forex: We have a weather monitoring system that operates at a remote location sending updates to the user, which greatly reduces the human interaction and we can monitor the climatic changes. That is the pace in which all the industries are trying to adapt IoT onto their operations.

Here is a list of Electronics and Telecommunication (E&TC) Engineering Final Year Project Topics that you can do and get started with IoT:

  • Automatic Street Lighting System using IoT
  • Smart Building Project using PIR
  • Smart Water Monitoring System using IoT
  • IoT using Raspberry Pi for weather monitoring
  • Weather Monitoring System using IoT
  • Smart Irrigation System using IoT
  • IoT Vehicle Simulation System
  • Automatic Smart Parking System using IoT
  • IoT based Home Automation
  • IoT based Biometrics
  • Motion Controlled Servos using IoT

Did you know

Skyfi Labs helps students learn practical skills by building real-world projects.

You can enroll with friends and receive kits at your doorstep

You can learn from experts, build working projects, showcase skills to the world and grab the best jobs.

Get started today!

3. Mobility:

This trend can simply be explained as the great wireless migration. From automating the home appliances to booking a taxi to your doorstep, every industry is adopting wireless communication mode onto their operations. As this greatly improves the user experience and operational cost reduction, most of the industries are willing to invest lots of time & money in this technology to make their operations more innovative and cost-effective.

Even people are used to such wireless communication channels and prefer to go for technologies that use wireless mode. The wireless communication is bringing more and more technologies into its fold and making a very big impact on the economy.

Some of the wireless communication-based projects that you can do as your E&TC final year project are:

  • WiFi Controlled Robot
  • Mobile Robotics
  • Voice Controlled Robotics
  • Sensor Guided Robotics
  • Bluetooth Robotics
  • Swarm Robotics

4. Security:

With fast pace advancement of technologies comes the security threat. Top companies had already started investing a lot in their security systems to strengthen it. These security threats may come in physical or digital form to an organization. It is also one of the less researched areas which have lots of scope for innovation and improvement. Having skills in this particular technology will help you to build an exciting career in the E&TC stream.

Doing small projects on security systems will help you to understand their interface and functioning. These projects can vary from an RFID based authentication system to developing an interface that prevents identity thefts from malware protection.

Some of the security systems based Electronics and Telecommunication Engineering final year projects you can do are:

  • RFID based Access Control System
  • Biometric Authentication
  • Animatronics Hand Project
  • Robotic Arm
  • Embedded system for Hazardous Gas Detection and Alerting
  • Zigbee based Mine Safety Monitoring System with GSM
  • Gas Leakage Detection & Auto On-off Gas System
  • Advanced Wireless Earth Quake Alarm System for Early Warning

Skyfi Labs for Final Year E&TC (Electronics and Telecommunication) Engineering Projects

To help you in building good final year Electronics and Telecommunication projects, Skyfi Labs has developed Online Project-Based Courses by which you can learn and build innovative electronics projects at your own pace and time. These courses are equipped with Learn-Do-Review methodology that ensures proper learning and the hardware kits required to build the project will be shipped to your doorstep. These courses also allow you to innovate and redefine the projects under the expert’s guidance from Skyfi Labs. Certificate with unique codes will be provided for all enrolled after the successful completion of the project.

Build Final Year Electronics and Telecommunication (E&TC) Engineering Projects using Skyfi Labs Online Project Based Courses. Click here for more details.

INFORMATION TECHNOLOGY

B.Tech in Information Technology Project names and Ideas

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Bachelor of Technology in Information Technology is a four-year engineering course offered by various technical institutions in India. There lies a good scope for this course as the IT industry is developing quickly in India. Students who are pursuing this course should do a project related to their subject in the final year as a part of their curriculum. They can choose any computer language to design their project according to their skills.

Final year Project names and ideas

Airline Reservation System – Airline Reservation Systems contains the details of airline schedules, fare tariffs, passenger reservations, and ticket records. This system is divided into three modules, Airline Inventory, Schedule Distribution System and Fare Quote System. Airline inventory contains the details of all flights and their available seats. Schedule Distribution System manages the passenger reservations and ticket records by making use of the information available in Airline Inventory. Fare Quote System contains information on ticket fares and booking conditions. Based on this information price for each sold seat is calculated.

AutoEdit Software – This software reduces the difficulty experienced in copy editing and proofing jobs. It simplifies the process of various logical comparisons needed for this job. Thus this software is very much useful in the publishing industry.

Customer Response Management – Customer Response Management can be used in different manufacturing companies for evaluating the response of customers regarding various products. This system consists of two modules such as the Administrative section and Client login section. Customers can log in to the client login section using login id and password to register their complaints. They can obtain the id and password after registration. The administrative section will verify the complaints and answer them.

College management system – College management system is a web application that connects all students, faculties, and employees of the institution through any internet-enabled device. Each user will be given a username and password by which they can access this system to take part in various academic and non-academic activities of the institution.

Online Movie Reservation – Customers can book their movie tickets using this online movie reservation system without going to the theatres. This system is like a web portal where the customer can select the theatres and confirm their reservations after booking the tickets.

Other Project Ideas

Students can do both web-oriented projects and database-oriented projects during their final year. Therefore there are so many project ideas are available in this field. Some of them are given below.

  • Controlling IP Spoofing through Inter-Domain Packet filters
  • Wireless content management system for mobile device
  • Face identification during the change of color and facial expression
  • Digital Water Marking For Video Piracy Detection
  • ATM Banking System
  • Shopping Assistance using Data Mining Technique
  • RFID Employee Tracking

Choose the Industry

As most of the industries are now using information technology, students can choose any industry according to their interests. It is better to do projects in private or public firms that can provide certification along with assistance.

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ELECTRICAL & ELECTRONICS

Best IEEE projects list for Electrical Engineering Students

Vasanth Vidyakar

“Let our advance worrying become advance thinking and planning”

– Winston Churchill

I found this quote to be more intriguing and resonating with the current engineering student’s mind-set. Several engineering students are finding it extremely difficult to decide upon a good project topic to do for their curriculum.

Especially, this is very challenging for electrical engineering students as they need to come up with a project topic that should be both innovative to showcase their skillsets to recruiters as well as simple enough to learn and complete within the short period that they have.

Because of this, several EEE students go into an advance worrying mindset which lowers their confidence and enforce themselves to go for ready-made projects that are sold on the black market.

By buying such ready-made projects, they are not only compromising their learning but also their engineering career. As you know already that the projects you build play a very vital role in getting good core engineering jobs and acquiring higher studies admissions in esteemed universities.

Note:

Have you checked out our projects on Electrical yet?

Electrical Kit will be shipped to you and you can build using tutorials. You can start with a free demo today!

1. Home Automation using IoT

2. Smart Energy Meter using GSM

3. Home Automation System

4. Solar & Smart Energy Systems

5. Automatic Solar Tracker

6. 5 Arduino Projects

7. 4 Smart Energy Projects

8. PCB Manufacturing

9. Smart Traffic Lighting System

So avoid buying ready-made projects at any cost.

If you take a reference to what Winston Churchill stated above, you can channel the advance worrying in an efficient way to do better thinking and planning to finish your project campaign successfully.

But, this still doesn’t help you with the solution for doing the project, isn’t it?

Changing your mindset to advanced thinking and planning is one thing but putting them into action is another thing. You need some tools at your disposal to achieve this effect.

IEEE projects list is one such tool that can help you select a good Electrical Engineering (EEE) Project topic.

IEEE (Institute of Electrical and Electronics Engineers), is the world’s largest technical professional society dedicated to research about the advancing technologies and innovations happening across the globe. The society is designed to help professionals in the field of electric, electronic and computing fields.

By referring to the IEEE Electrical Engineering (EEE) projects list, you can get a pretty good idea about the trending technological topics, advanced implementation methodologies, and processes. From them, you can shortlist a list of topics which suits your requirement and plan accordingly along with your team members.

Important points to be noted to complete a successful IEEE project:

Referring to the IEEE EEE projects list alone is not enough to complete your electrical engineering project. You need to prepare a plan and execute it accordingly. Below are some important points that will help you complete an IEEE project successfully.

  1. Shortlist only the project topics that are feasible for you to complete. Consider the infrastructure facilities, resources, and mentors available at your disposal before deciding with the topic.
  2. Once you shortlist an IEEE Electrical project topic, identify all the technologies that you need to learn before complete the project successfully on your own. Then start learning those technologies before you begin with your engineering project.
  3. Stick to your area of interest. It might be tempting to go for an EEE project topic that represents a domain that is completely alien to you, but remember the objective of doing engineering projects is to increase your skillsets and help you land in your dream core job.
  4. Check for the ready availability of resources needed to complete the project. If your project requires rare electrical & mechanical components, then you might not be able to acquire them within the short project duration that you have. So be cautious while selecting such project topics.
  5. Prior planning is very vital to complete your IEEE Electrical project. Try to predict the timeline for project completion and modify it to match with the project duration that you have.

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Here are some of the trending IEEE projects list for Electrical Engineering (EEE) students:

1. Solar Tracking System with Automatic Panel Cleaning Mechanism for Efficient Power Generation: The main objective of this electrical project is to develop a device that can generate electricity by trapping the natural energy sources. We all know that solar power is one of the most abundant energy source available, yet we utilize it’s potential so little.

Through this project you will develop an electrical device that can trap solar energy with the help of solar panels and to improve the efficiency, the panels can orient themselves to the direction of maximum light intensity at a given time. Also, these solar panels will a unique mechanism that facilitates the automatic cleaning operation to generate maximum electricity by trapping more intense solar rays.

Technology you need to know: Automatic Solar Tracking System (learn more)

2. Smart Meter for Power Factor Enhancement in Real-Time: The existing energy meter that we use day-to-day in our lives poses several challenges and obstructs the power factor enhancement. Some of the major problems include difficulty in construction, poor real-time, too low rate and narrow bandwidth, no two-way communication, etc. To solve these problems, the energy meter should be made smarter.

The objective of this project is to develop an automatic meter reading system that can track energy consumption in real-time and informs both the Electricity Board & the consumer to make them aware of energy usage. This will greatly impact the electricity usage behavior of consumers and also the data that is being collected will be stored on the cloud platform and will be used to intimate users in real-time.

Technology you need to know: Smart Energy Meter using Arduino (learn more), IoT Application with Arduino (learn more)

3. Automatic Fault Detection and Location of Transmission Lines using IoT: Energy leakage is one of the major problems that the corporation faces in recent times. Bringing this leakage under control is next to impossible with the electrical transmission lines running millions of miles across the country. The only way to solve this problem is to come up with a mechanism that can detect the fault in an electricity transmission line automatically and intimate the authorities with a specific location.

Through this project, you will develop a device that uses sensors to sense the incoming & outgoing values and detect anomalies. And also the system will be integrated with the IoT mechanism, to intimate the responsible people in real-time with the location information and scale of leakage with an App.

Technology you need to know: IoT Application with Arduino (learn more)

4. Fire Fighting Robot: With urbanization on the rise, it is becoming more and more difficult for corporations to meet consumer demands. This includes assuring safety, uninterrupted power & water supply, efficient roadways & transportation means. One of the biggest challenges is to provide immediate response to a fire break out. With the traffic at peaks during the working hours, it is becoming very tedious for the fire department to reach the site on time. One way to solve this is to implement autonomous robotic systems that can act immediately.

Through this project, you will develop a fire fighting robot that can detect the fire, move in that direction and put it off. The robot will be equipped with IR sensors to detect the fire happening at longer ranges, DC motors to help them move in the direction of fire, Fan or Extinguisher that is mounted on the robot to put out the fire and a microcontroller to process & control all the operations.

Technology you need to know: Fire Fighting Robot with Arduino (learn more)

Did you know

Skyfi Labs helps students learn practical skills by building real-world projects.

You can enroll with friends and receive kits at your doorstep

You can learn from experts, build working projects, showcase skills to the world and grab the best jobs.

Get started today!

5. Energy Meter Billing with Theft Detection: Electricity became an inevitable part of our lives and our day-to-day tasks largely depend on it. You can’t imagine a day now without electricity, all the machines that make us work more efficiently & conveniently runs on electricity. Such is the importance of this resource and citing the vulnerability of our energy metering systems, a large number of power thefts are also happening each day.

The objective of this project is to develop a smart energy meter that will help in reducing the illegal usage of power and lessens the power theft. This can be achieved by programming the energy meter to send real-time power consumption data to both the electricity board and consumers. Also, the energy meter will facilitate the storage of data on the cloud platform, so any surge in the power consumption can be tracked in real-time and rectified immediately without any delay.

Technology you need to know: Smart Energy Meter using Arduino (learn more), IoT Application with Arduino (learn more)

6. Design and Implementation of an Advanced Security System – Invisible Eye: Security has become one of the major concerns among the people living in cities thanks to the increase in crime rates in recent times. But with the recent technological advancements, the security systems as we see have developed into an entirely different industry itself.

The objective of this project is to develop an electrical device that will act as the smart security system for a place and prevent theft from happening. The device will be equipped with PIR (passive infrared) sensors to detect the movements within the house premises and alert the residents accordingly with the help of a buzzer. Also, the system will be connected with the internet to send updates to a remote user on a real-time basis.

Technology you need to know: Smart Building Systems with PIR (learn more), IoT Application with Arduino (learn more)

7. Android Based Device Control – Home or Office Automation: The objective of this project is to develop an automation mechanism to control all the devices at Home/ Office. The communication can happen either through Bluetooth or WiFi mode. And these electrical devices can be controlled using an Android App installed on a mobile phone. This process will help in the automation of electrical devices at home and can be controlled with an Android App from a remote location.

Technology you need to know: Home Automation System (learn more), Smart Building Systems (learn more)

8. Biometric System Based Electronic Voting Machine using Raspberry Pi: The objective of this project is to develop an electronic device that will use biometric-based authentication to take in the votes during the election. With many discrepancies happening with the election process across the globe, there is a great need to develop a much smarter voting machine and this project will provide an innovative solution for that. Since biometrics are unique to each individual, tampering of votes will not be possible and the government can easily verify for the authenticity of the votes. The device will also be integrated with the cloud platform using Raspberry Pi. So the data collected will be stored online and can be checked by any remote user from anywhere on the earth.

Technology you need to know: Biometrics based Authentication (learn more), IoT Application with Raspberry Pi (learn more)

9. Voice Controlled Home Automation using Raspberry Pi: With the usage of smart electronic devices on rise, a lot of companies are racing against each other to develop more innovative devices for the consumers. One such latest advancement that these companies had brought in is the usage of speech recognition technology. This particular technology provides a more convenient way of using electronic devices among consumers.

The objective of this project is to develop an electronic device that will be connected to all the home appliances and can be used to control all of them using speech recognition technology. The user can simply give his/her voice commands to switch ON/OFF all the electronic devices that are embedded within the home. The device will use Raspberry Pi as its brain and it will also facilitate internet connectivity. So a user from anywhere on earth can control the home appliances just by giving voice commands.

Technology you need to know: Voice Controlled System (learn more), IoT Application with Raspberry Pi (learn more)

10. Vehicle Anti-Theft Tracking System based on the Internet of Things: With the urbanization on the rise, the number of vehicles especially cars entering the roadways has increased significantly over recent years. This enforced the automobile manufacturing companies to come up with smarter cars that can facilitate advanced tracking systems, real-time internet connectivity, best in class dashboard infotainment systems, etc. Among these, the tracking system that is embedded in the cars has a very significant role as it can help the owners in the anti-theft car tracking too.

The objective of this project is to develop one such car tracking device that can accurately show the car’s location in real-time and facilitate the anti-theft mechanism too. The device will be embedded with a GPS module that can track the car’s location and a Raspberry Pi that facilitates internet connectivity. So anyone across the globe can track the car’s location from anywhere on earth easily. This particular device will also be very helpful in case of theft.

Technology you need to know: Vehicle Tracking System using GPS (learn more), IoT Application with Raspberry Pi (learn more)

Some of the other IEEE Electrical Engineering (EEE) project topics are mentioned below:

  • Battery Management System using Arduino
  • Implementation of a Web of Things Based Smart Grid to Remotely Monitor and Control Renewable Energy Sources
  • Enable – Example of an Advanced Metering Infrastructure based on Zigbee
  • Power Factor Metering System using Arduino
  • Using the Arduino Development Platform in the Diagnosis of AC Electrical Machines
  • Design and Implementation of Real-Time Transformer Health Monitoring System using Gsm Technology
  • Design and Implementation of an Advanced Security System – Invisible Eye (Power Saving System)
  • Foot Step based Power Generation and Multi-Purpose Optimization
  • Universal Electrical Power Generation and Multipurpose Optimization – Solar, Wind, and Rain
  • Electrical Substation Scrutinizing and Controlling Device from Remote Area
  • Wireless Power Transmission
  • Transformer Industrial Parameters Management Control System and Intimation to Electricity Board
  • Online Speed Control of DC Motor with High-Speed Network
  • Energy Scrutiny System with Auto Load
  • Talking Energy Meter
  • MicroController based Intelligent Multi Timer System for Industrial Automation
  • Auto Digital-Speed Indicator with Speed Control
  • GSM and PIR Sensor based Light Controller and Networked Safety System
  • Electric Field and Ultrasonic Sensor based Security System
  • Mobile Controlled DC Motor Speed Controller

Above are some of the best IEEE Electrical Engineering Students (EEE) project topics that you can select and build your innovative engineering project.

I hope you got some good IEEE EEE project ideas from this article. You can contact us at 1800-200-3855 if you need to talk to our expert team.

Also, shoot out your queries by commenting below, we will assist you at the earliest.

Good luck with your engineering project!

GENERAL

Latest Electrical (EEE) Projects List for Electrical Engineering students

Vasanth Vidyakar

I have been working with a large number of colleges and students over the last 2 years to help them learn by building projects. Our team visited a number of colleges and trained more than 100,000 students all over India. Those students are now coming back to me (and my team members) and asking us for more projects to do. Here are some of the queries they have – what are the latest EEE projects to build? What are the trending technologies in electrical engineering? What are the latest technological skills that an EEE student should have to improve job prospects? etc.

I am assuming more of you will have similar queries. So here I am writing down the list of simple electrical projects and ideas which will help an Electrical Engineering Student to select and build good projects that will help him/her in the future.

Note:

Have you checked out our projects on Electrical yet?

Electrical Kit will be shipped to you and you can build using tutorials. You can start with a free demo today!

1. Home Automation using IoT

2. Smart Energy Meter using GSM

3. Home Automation System

4. Solar & Smart Energy Systems

5. Automatic Solar Tracker

6. 5 Arduino Projects

7. 4 Smart Energy Projects

8. PCB Manufacturing

9. Smart Traffic Lighting System

Here is the brief info of above mentioned electrical project topics,

1. Home Automation System electrical project:

Recent technological advancements enable us to build smarter homes that contribute to energy saving and decreasing human effort. Automation is one such technology that is being widely implemented to control all the electrical appliances automatically/ remotely, saving energy and human effort. Through this electrical engineering project, you will build a system that connects the electrical appliances with Bluetooth and can be controlled via a mobile App. The system can also be programmed to switch ON/ OFF automatically based on user needs.

Since this project offers a lot of scope for modification and innovation, you can choose this topic for your mini or major electrical engineering (EEE) project.

To build a Home Automation Electrical Project you need 3 major components,

  1. Microcontroller – It acts as the brain of the system and controls the process
  2. Bluetooth Module – It is used to connect the system to the mobile via an Android App
  3. Relay Drivers – It will be used to convert and provide the necessary voltage to operate the electrical appliances

Check home automation project details & try free demo

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2. Solar and Smart Energy System electrical project:

We have been hearing about how Elon Musk is transforming the renewable energy market and bringing in more innovation to it. Reports state that more power from the sun hits Earth in a single hour than humanity uses in an entire year, yet we use solar energy at 0.39% for our energy consumption. Building solar projects will help you to learn the technology from basics. The main theme of this electrical engineering (EEE) project is to develop a solar energy-based battery charger and use that to power up a smart traffic lighting system.

For those who want to pursue a career in renewable energies, you can choose this electrical project to learn and build for your mini or major engineering projects.

4 major components are required to build this electrical project,

  1. Solar panel – It is used to collect the sun rays and convert into voltage
  2. IR sensors – this will be used to detect the vehicle movements & send data
  3. Microcontroller – used to process the data from sensors & control the traffic lights accordingly
  4. LED’s– to display the desired output based on the voltage from micro-controller

Check solar and smart energy project details & try free demo

3. Smart Irrigation System using IoT electrical project:

Internet of Things (IoT) is an upcoming technology that is going to revolutionize all the electronic gadgets that we see today in the coming years. This particular project is an application of the Internet of Things (IoT) Technology. The main theme of this electrical project is to develop a device that can monitor the moisture content of the soil and turn on the water pump automatically whenever the moisture drops below a threshold value. This device can also be programmed to send the user an update via email regard to the moisture level changes from a remote location.

This electrical project is a must-do for engineering students who want to have a career in the IoT domain.

To build this Smart Irrigation Project you will need 4 major components

  1. Soil Moisture Sensor – It will act as the brain of the system and sends voltage to the water pump
  2. Arduino Uno – It is used to connect the system to the mobile via an Android App
  3. WiFi Module – This will be integrated into the system so that the user can get updates remotely
  4. Water Pump – It receives the voltage from Arduino and turn ON/ OFF the water flow

Check smart irrigation project details & try free demo

Did you know

Skyfi Labs helps students learn practical skills by building real-world projects.

You can enroll with friends and receive kits at your doorstep

You can learn from experts, build working projects, showcase skills to the world and grab the best jobs.

Get started today!

4. Animatronics Hand Project:

Mechatronics is an upcoming technology that facilitates the machine to mimic the action of humans and animals and produce more natural movements. This particular technology is being widely used in the film industries, automation industries, etc, The main theme of this electrical project is to build a device that can record the movement of the hand and send the signals to an animatronic hand which then mimics the movement.

If you are amazed by the concept of mechatronics technology and wish to develop hands-on skills, then you can build this electrical project for your engineering curriculum and get skilled.

To build this electrical project you will need 3 major components,

  1. Flux Sensors – which will be attached to a glove to record the hand movement
  2. Arduino Uno – It will act as the Brain of the system & process the signals from sensor
  3. Servo Motors – which gets the voltage input from Arduino & facilitates the movement

Check animatronics hand project details & try free demo

5. Weather Monitoring System using IoT:

This project is also an application of the Internet of Things (IoT). Reports state that IoT Technology is going to transform into a multi-trillion dollar market and more than a billion devices will be connected to the Internet using this technology by 2020. So building projects on this technology will help you to understand it better. By doing this electrical project you will develop an electronic device that can sense the temperature/ humidity changes and send updates to the user from a remote location. It can be programmed such that the user will get an email and SMS update based on the threshold value.

You need 3 major components to build this electrical project,

  1. DHT Sensor – It will detect the temperature/ humidity changes in the environment
  2. Arduino Uno – It will act as the brain of the system and processes the data from the sensor
  3. WiFi Module – This will be used to integrate the system onto the cloud and send updates to the user

Check weather monitoring system project details & try free demo

6.Automatic Solar Tracker Project:

Reports state that, if solar is 20% efficient at turning solar energy into power, as it has been in lab tests, we would only need to cover a land area about the size of Spain to power the entire Earth renewably in 2030. So rather than just building a Solar Energy based project, you can build a project that can improve the efficiency of Solar Energy. This electrical project involves building a solar device that can automatically sense the intensity of sunlight and orient itself to get the maximum voltage from the sun. When compared to a fixed solar panel, this tracking system produces 40% more energy.

4 major components are needed to build this electrical project,

  1. Solar Panel – which will be used to convert the sunlight to voltage
  2. LDR sensor – used to sense the intensity of light coming on to the system
  3. Arduino Board – collects data from the sensor and sends voltage to the motors
  4. DC Motor – gets voltage from the system and orients the solar panel accordingly

Check automatic solar tracker project details & try free demo

7. Robotic Arm Project:

Robots are beginning to cross that line from absolutely primitive motion to motion that resembles animal or human behavior. Robotic arm is one such mechatronics application that can operate autonomously to handle the industrial process that needs more physical effort/ contagious in nature. By doing this electrical project you will build a Robotic Arm that can be controlled by human hand gestures to move along 3 axes and carry out operations like pick/place, drop, etc.

You need to work with the following components to build the robotic arm project,

  1. ADXL Accelerometer Sensor – It will be used to detect the human gestures (3 axis)
  2. Arduino Uno – Acts as the brain and process the signals coming from the ADXL sensor
  3. Servo Motors – Multiple of them will be used to facilitate individual arm movements

Check robotic arm project details & try free demo

8. Smart Lighting System using PIR:

Smart Energy Systems are designed to adapt to the changing environment parameters and produce output accordingly. These kinds of systems are being widely implemented in homes to reduce energy consumption and human effort. Through this electrical project, you will develop a device that can detect the human presence with the help of the PIR sensor and controls the lighting accordingly. The device can also be programmed to switch ON/ OFF the appliances based on the number of occupants.

You will need 3 major components to build this electrical project,

  1. PIR sensors – used to detect the human presence and will be connected to the system
  2. Microcontroller – It acts as the brain of the system & process the data from sensor
  3. Relay Drivers – converts the voltage coming from the micro-controller to power up the lights

Check smart lighting system project details & try free demo

9. Smart Energy Meter using GSM:

Energy consumption monitoring is essential for any industry to understand the trends for a period of time. The data acquired during monitoring will help to take the necessary steps for saving energy. Through this electrical project, you can develop a device that can monitor energy consumption and can be integrated into any industry. The system can also be programmed to send updates to the user via SMS whenever the energy is consumed beyond a threshold value.

You will need the following components to complete the electrical project,

  1. Energy Meter – used to get the output pulse in accord to the energy consumed
  2. Arduino Uno – gets the pulse from the energy meter and process the data
  3. GSM Module – used to send the data to the user via SMS as an update

Check smart energy meter project details & try free demo

10. Health Monitoring Glove Project:

Wearable Technologies are devices that can be worn by the user & simultaneously process and display relevant information on the wearer. Wearables are considered as the biggest innovation in technology since the smartphone – and the possibilities are endless. Through this project, you will build an electronic device that can be worn and used to display the heart rate of any individual on the display mounted on the glove.

If you are fascinated with the wearable gadgets and wants to know how the whole system operates, then this electrical project is just for you.

The following components are needed to complete this electrical project,

  1. Lilypad Arduino – it is miniature Arduino which can be integrated on to the fabric
  2. Pulse Sensor Amped – used to detect the pulse and send the info to the microcontroller
  3. TM1637 Display – used to display the processed value coming from the Arduino

Check health monitoring project details & try free demo

Can I use the above electrical project topics for mini/major projects?

Of course, you can use the above mentioned electrical projects to do for your engineering curriculum. Since the above electrical projects integrate the latest technology, they offer you a lot of scope for learning and understanding the innovative technologies. Remember, the main objective of doing electrical mini or major projects is to strengthen your learning of engineering concepts. So always choose electrical project topics that offer you a very good learning opportunity.

In case you are interested to do innovative electrical engineering projects but don’t know where to start, Skyfi Labs has developed Online Project-Based Courses that you can use to build your projects in the best way possible. Our Learn-Do-Review Methodology ensures you learn while you build your mini or final year projects. Kits needed will be dispatched to you within 24 hours and you get instant access to the course content. Using the kits and course content, EEE students can build super awesome Electrical Engineering Projects!

Build Innovative Electrical (EEE) Engineering Projects using Skyfi Labs Online Project Based Courses. Click here to check all the projects.

SOFTWARE ENGINEERING

Software Engineering | Project Management Process

Project Management is the application of knowledge, skills, tools, and techniques to project activities to meet the project requirements.

Project Management Process consists of the following 4 stages:

  • Feasibility study
  • Project Planning
  • Project Execution
  • Project Termination

Feasibility Study:

Feasibility study explores system requirements to determine project feasibility. There are several fields of a feasibility study including economic feasibility, operational feasibility, technical feasibility. The goal is to determine whether the system can be implemented or not. The process of feasibility study takes as input the required details as specified by the user and other domain-specific details. The output of this process simply tells whether the project should be undertaken or not and if yes, what would the constraints be. Additionally, all the risks and their potential effects on the projects are also evaluated before a decision to start the project is taken.

Project Planning:

A detailed plan stating a stepwise strategy to achieve the listed objectives is an integral part of any project.

Planning consists of the following activities:

  • Set objectives or goals
  • Develop strategies
  • Develop project policies
  • Determine courses of action
  • Making planning decisions
  • Set procedures and rules for the project
  • Develop a software project plan
  • Prepare budget
  • Conduct risk management
  • Document software project plans

This step also involves the construction of a work breakdown structure(WBS). It also includes size, effort, schedule and cost estimation using various techniques.

Project Execution:

A project is executed by choosing an appropriate software development lifecycle model(SDLC). It includes several steps including requirements analysis, design, coding, testing and implementation, testing, delivery, and maintenance. Several factors need to be considered while doing so including the size of the system, the nature of the project, time and budget constraints, domain requirements, etc. An inappropriate SDLC can lead to failure of the project.

Project Termination:

There can be several reasons for the termination of a project. Though expecting a project to terminate after successful completion is conventional, but at times, a project may also terminate without completion. Projects have to be closed down when the requirements are not fulfilled according to given time and cost constraints.

Some of the reasons for failure include:

  • Fast-changing technology
  • Project running out of time
  • Organizational politics
  • Too much change in customer requirements
  • Project exceeding budget or funds

Once the project is terminated, a post-performance analysis is done. Also, a final report is published describing the experiences, lessons learned, recommendations for handling future projects.

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DETAILED PROJECT ENGINEERING

Introduction:

Detailed Project Engineering is the core service provided by our engineers as an integrated engineering service. Integrated engineering, by a multidisciplinary engineering team, is to ensure seamless integration of plant O&M needs (productivity, design duties) and engineering requirements for building up of plant.

With mechanical, electrical, instrumentation and civil/ structural engineering services along with process & raw material capabilities available under one roof and interlinked through a Local Area Network, the customer is assured of completion of engineering activities in the shortest possible time and without rework. Past experience with similar equipment and painstakingly created databases ensure a continuous supply of data, documents, and drawings to the site for uninterrupted work.

Coverage:

Mechanical

  • Prepare the final layout and flowsheet based on the main machinery selected, with proper code.
  • Review and approve data and drawings from suppliers.
  • Prepare general arrangement drawings for ducting and chutes.
  • Review & approve fabrication drawings (steel GAs) for all chutes, ducts. Belt conveyor galleries, trestles, short supports, foundations, and transfer towers.
  • Prepare steel GA’s for any interface areas, where required.
  • Procurement Services – Mechanical Contractor.

Electrical

  • System design for the power system, Earthing system and lightning protection system for the plant, based on the machinery selected, approved layout/ flow-sheet and to keep the capital and operating costs at the optimum level.
  • Procurement Services – Electrical Equipment.
  • Scrutinize the GA drawings, power and control schematics and design details for the equipment submitted by the suppliers.
  • Prepare layout drawings and general arrangements with fixing detail for various electrical systems in the plant.
  • Procurement Services – Electrical Contractor.

Instrumentation

  • Prepare control concept of the plant, identify a number of control rooms, type of microprocessor controls, control loops for optimized operation of the plant, system architecture for central control based on the latest programmable controllers available.
  • Procurement Services – total C&I system as a single turnkey package.
  • Scrutinize the GA drawings, control schematics, interface/inter-connection diagrams, I/O addresses, etc submitted by the supplier.
  • Prepare detailed design and schemes for various components of the C&I system for the entire plant.

Civil and Structural

  • Prepare specifications for releasing to tenders for carrying out soil investigation and topographic survey work to the extent required. Supervise and evaluate soil investigation results and topographic surveys carried out by independent external specialist agencies.
  • Design foundations, buildings, and structurals in conformity with the project engineering and general arrangement drawings for the process departments and material handling sections. Foundations will be designed on the load data provided by different suppliers of the machinery.
  • The design of all duct supports, conveyor belt supports/foundations, bins, and hoppers, stacks, stairs, platforms, railing, etc shall form part of the civil design scope.
  • Prepare RCC working drawings to enable the civil contractor(s) to prepare a bar bending schedule and execute the work at site.
  • Prepare structural steel drawings (Steel GA’s only) “Good for fabrication” giving details of structural system, shape, and size of members, splices details for the members to enable the fabricator to prepare shop floor details. 
  • Prepare schematic drawings for the plant services within the plant area such as roads, drainage, Sanitary system, etc. 
  • Procurement Services – Civil and structural Contractor.

Miscellaneous

  • Provide requisite technical support for obtaining clearances from relevant statutory agencies /authorities.

CoverageGreenfieldBrownfieldModernizationRehabilitation

Process Engineering      

Mechanical Engineering     

Electrical Engineering      

Instrument & Control Engineering     

Civil & Structural Engineering      

Methodology:

Holtec’s mechanical, electrical, instrumentation & control and civil & structural engineering follows clearly established guidelines and practices along with applicable statutory norms/ standards.

Benefits:

Holtec has an edge in providing this service as we have:

  • Access to Holtec’s vast database for advance engineering and early lead of civil works construction drawings.     
  • Cross benefit from knowledge of different engineering standards & practices of global cement manufacturing players.
  • Availability of integrated multidisciplinary engineering team under one roof.
  • Streamlined coordination with one lead manager.
  • Arresting omissions/ commissions at the design stage.
  • Cross benefits due to the incorporation of solutions implemented in other projects with resultant benefits both for CAPEX as well as O&M.

METALLURGICAL ENGINEERING

B.Tech in Metallurgical Engineering Project Names and Ideas

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B. Tech in Metallurgical Engineering is a professional course of 4 years duration which focuses on the study of physical and chemical properties of the diversified metals and their applications. The aspirants who hold this degree has a great scope ahead. The following are the details regarding the final year projects and ideas of B.Tech in Metallurgical Engineering.

Final year Project Names and Ideas

Failure analysis of a Leaking Oil Cooler from a diesel engine – This project deals with the process of failure analysis of a leaking oil cooler from a diesel engine. The method is that the heads on each end of the boost cooler are cut off so that the tube openings and tube sheets could be observed during leak testing.

Development of wear-resistant steel for hydro turbine – This project deals with the development of wear-resistant steel for a hydro turbine. It explains the arrangement and process to be followed to attain the target.

Analysis of paint failure in a marine environment – This project aims at the detailed analysis of paint failure in a marine environment. Various cases are analyzed to check the areas of failure and suitable remedies are also suggested.

Analysis of the pitting problem in a potable water system – This project’s main objective is to analyze the pitting problem in a potable water system. Various cases of analysis are demonstrated in this project.

Other Topics for doing Projects

  • Stretched zone with measurements and metallurgical investigations of piping components
  • Materials Characterization
  • Blending of aluminum ingots for electrical conductors
  • Determination of fracture properties of narrow gap stainless steel pipe welds
  • Failure analysis of cracking problem during stamping of automotive components
  • Failure analysis of fractured connecting rod in a NASCAR race engine
  • Material selection for convection furnace tubes in a chemical processing plant.
  • Analysis of stress corrosion cracking in Heat Exchanger Tubing
  • Failure analysis of NASCAR Titanium Exhaust Valve that exhibited unusual pitting
  • Failure analysis of a leaking Diesel Engine Manifold
  • Testing and analysis of steel from a mixed batch from the supplier
  • Failure analysis of corrosion-resistant thermal spray coatings on boiler tubes
  • Failure analysis of locomotive roller bearings
  • Failure analysis of an automotive rear-end gear
  • Failure analysis of erosion problem in chemical batch processing
  • Failure Analysis of Cracked Impeller Blades
  • Failure Analysis of Pitted Still Condenser Tubes
  • Analysis of T11 Boiler Superheater Tube Rupture
  • Failure analysis of creep damage and failure in superheater boiler tubes
  • Analysis of a fractured Retention Stud from a CNC tool holder collet
  • Failure analysis of failed soldering in a leaking refrigeration unit
  • Failure Analysis of Arcing and Contact Fatigue of Ball Bearings
  • Failure analysis of weld overlay dilution problem in a digester
  • Analysis of fatigue failures in automotive exhaust valve springs.
  • Comparison testing of fabrication welding techniques
  • Failure analysis of a fractured gear shift lever
  • Analysis of crevice corrosion in a wet chlorine line fitting
  • Analysis of surface stains from defective parts cleaning process.
  • Fatigue Fracture of A 300M Ultra-high Strength Steel Race Car Transmission Input Shaft
  • Analysis of failed hip replacement in a medical implant
  • Fatigue Cracking Of a 316l Stainless Steel Nozzle Sleeve from a Chemical Processing Vessel
  • Analysis of Condensate Induced Pitting Corrosion of a Leaking Marine Oil Cooler
  • Stress corrosion cracking and intergranular corrosion of a 316ti stainless steel preheated tube
  • Analysis of an impact fractured, welded steering arm spindle assembly
  • High-temperature oxidation failure of aluminized steel heater tubes

Choose the Industry

Several organizations are coming forward to aid students to do their final year projects. It includes Government firms, KPOs, research firms, and various IT firms. Many firms have separate sections for dealing with final year projects. The students have to choose the right firm depending on their interests, the type of project they are about to do and also on the reputation of the firm.

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Find information on nanotechnology-enabled products at:

  • Nanowerk’s List of Nanotechnology Companies, and their Products, Applications & Instruments
  • The Project on Emerging Nanotechnologies’ Consumer Products List
  • CPSC’s SaferProducts.gov

Agency accomplishments:

  • DOE, Basic Energy Sciences, Program Summaries
  • DOE/BES Summary Report (pdf)
  • NIH Nanomedicine Program Highlights
  • NIH/NCI Alliance for Nanotechnology in Cancer Accomplishments
  • NIST, Center for Nanoscale Science and Technology (CNST) Project Highlights
  • NSF Nanoscience Project Highlights
  • NSF Nanoscale Science and Engineering Annual Grantees Conferences (includes research highlights)

After more than 20 years of basic nanoscience research and more than fifteen years of focused R&D under the NNI, applications of nanotechnology are delivering in both expected and unexpected ways on nanotechnology’s promise to benefit society.

Nanotechnology is helping to considerably improve, even revolutionize, many technology and industry sectors: information technology, homeland security, medicine, transportation, energy, food safety, and environmental science, among many others. Described below is a sampling of the rapidly growing list of benefits and applications of nanotechnology.

Many benefits of nanotechnology depend on the fact that it is possible to tailor the structures of materials at extremely small scales to achieve specific properties, thus greatly extending the materials science toolkit. Using nanotechnology, materials can effectively be made stronger, lighter, more durable, more reactive, more sieve-like, or better electrical conductors, among many other traits. Many everyday commercial products are currently on the market and in daily use that rely on nanoscale materials and processes:

  • Nanoscale additives to or surface treatments of fabrics can provide lightweight ballistic energy deflection in personal body armor, or can help them resist wrinkling, staining, and bacterial growth.
  • Clear nanoscale films on eyeglasses, computer and camera displays, windows, and other surfaces can make them water- and residue-repellent, antireflective, self-cleaning, resistant to ultraviolet or infrared light, antifog, antimicrobial, scratch-resistant, or electrically conductive.
  • Nanoscale materials are beginning to enable washable, durable “smart fabrics” equipped with flexible nanoscale sensors and electronics with capabilities for health monitoring, solar energy capture, and energy harvesting through movement.
  • Lightweighting of cars, trucks, airplanes, boats, and spacecraft could lead to significant fuel savings. Nanoscale additives in polymer composite materials are being used in baseball bats, tennis rackets, bicycles, motorcycle helmets, automobile parts, luggage, and power tool housings, making them lightweight, stiff, durable, and resilient. Carbon nanotube sheets are now being produced for use in next-generation air vehicles. For example, the combination of lightweight and conductivity makes them ideal for applications such as electromagnetic shielding and thermal management. 

High-resolution image of a polymer-silicate nanocomposite. This material has improved thermal, mechanical, and barrier properties and can be used in food and beverage containers, fuel storage tanks for aircraft and automobiles, and in aerospace components. (Image courtesy of NASA.)

  • Nano-bioengineering of enzymes is aiming to enable conversion of cellulose from wood chips, corn stalks, unfertilized perennial grasses, etc., into ethanol for fuel. Cellulosic nanomaterials have demonstrated potential applications in a wide array of industrial sectors, including electronics, construction, packaging, food, energy, health care, automotive, and defense. Cellulosic nanomaterials are projected to be less expensive than many other nanomaterials and, among other characteristics, tout an impressive strength-to-weight ratio.
  • Nano-engineered materials in automotive products include high-power rechargeable battery systems; thermoelectric materials for temperature control; tires with lower rolling resistance; high-efficiency/low-cost sensors and electronics; thin-film smart solar panels; and fuel additives for cleaner exhaust and extended range.
  • Nanostructured ceramic coatings exhibit much greater toughness than conventional wear-resistant coatings for machine parts. Nanotechnology-enabled lubricants and engine oils also significantly reduce wear and tear, which can significantly extend the lifetimes of moving parts in everything from power tools to industrial machinery.
  • Nanoparticles are used increasingly in catalysis to boost chemical reactions. This reduces the quantity of catalytic materials necessary to produce desired results, saving money and reducing pollutants. Two big applications are in petroleum refining and in automotive catalytic converters.
  • Nano-engineered materials make superior household products such as degreasers and stain removers; environmental sensors, air purifiers, and filters; antibacterial cleansers; and specialized paints and sealing products, such a self-cleaning house paints that resist dirt and marks.
  • Nanoscale materials are also being incorporated into a variety of personal care products to improve performance. Nanoscale titanium dioxide and zinc oxide have been used for years in sunscreen to protect from the sun while appearing invisible on the skin. 

Nanotechnology has greatly contributed to major advances in computing and electronics, leading to faster, smaller, and more portable systems that can manage and store larger and larger amounts of information. These continuously evolving applications include:

  • Transistors, the basic switches that enable all modern computing, have gotten smaller and smaller through nanotechnology. At the turn of the century, a typical transistor was 130 to 250 nanometers in size. In 2014, Intel created a 14-nanometer transistor, when IBM created the first seven-nanometer transistor in 2015, and then Lawrence Berkeley National Lab demonstrated a one-nanometer transistor in 2016! Smaller, faster, and better transistors may mean that soon your computer’s entire memory may be stored on a single tiny chip.
  • Using magnetic random access memory (MRAM), computers will be able to “boot” almost instantly. MRAM is enabled by nanometer‐scale magnetic tunnel junctions and can quickly and effectively save data during a system shutdown or enable resume‐play features.
  • Ultra-high-definition displays and televisions are now being sold that use quantum dots to produce more vibrant colors while being more energy-efficient.
  • SUNY College of Nanoscale Science and Engineering’s Michael Liehr left, and IBM’s Bala Haran and display a wafer comprised of 7nm chips in an NFX clean room in Albany, New York. (Image courtesy of IBM.)
  •  
  •  
  • Flexible, bendable, foldable, rollable, and stretchable electronics are reaching into various sectors and are being integrated into a variety of products, including wearables, medical applications, aerospace applications, and the Internet of Things. Flexible electronics have been developed using, for example, semiconductor nanomembranes for applications in smartphone and e-reader displays. Other nanomaterials like graphene and cellulosic nanomaterials are being used for various types of flexible electronics to enable wearable and “tattoo” sensors, photovoltaics that can be sewn onto clothing, and electronic paper that can be rolled up. Making flat, flexible, lightweight, non-brittle, highly efficient electronics opens the door to countless smart products.  
  • Other computing and electronic products include Flash memory chips for smartphones and thumb drives; ultra-responsive hearing aids; antimicrobial/antibacterial coatings on keyboards and cell phone casings; conductive inks for printed electronics for RFID/smart cards/smart packaging; and flexible displays for e-book readers.
  • Nanoparticle copper suspensions have been developed as a safer, cheaper, and more reliable alternative to lead-based solder and other hazardous materials commonly used to fuse electronics in the assembly process.

Nanotechnology is already broadening the medical tools, knowledge, and therapies currently available to clinicians. Nanomedicine, the application of nanotechnology in medicine, draws on the natural scale of biological phenomena to produce precise solutions for disease prevention, diagnosis, and treatment. Below are some examples of recent advances in this area:

  •  
  • This image shows the bamboo-like structure of nitrogen-doped carbon nanotubes for the treatment of cancer. (Courtesy of Wake Forest and the National Cancer Institute)
  •  
  • Commercial applications have adapted gold nanoparticles as probes for the detection of targeted sequences of nucleic acids, and gold nanoparticles are also being clinically investigated as potential treatments for cancer and other diseases.
  • Better imaging and diagnostic tools enabled by nanotechnology are paving the way for earlier diagnosis, more individualized treatment options, and better therapeutic success rates.
  • Nanotechnology is being studied for both the diagnosis and treatment of atherosclerosis, or the buildup of plaque in arteries. In one technique, researchers created a nanoparticle that mimics the body’s “good” cholesterol, known as HDL (high-density lipoprotein), which helps to shrink plaque. 
  • The design and engineering of advanced solid-state nanopore materials could allow for the development of novel gene sequencing technologies that enable single-molecule detection at low cost and high speed with minimal sample preparation and instrumentation.
  • Nanotechnology researchers are working on several different therapeutics where a nanoparticle can encapsulate or otherwise help to deliver medication directly to cancer cells and minimize the risk of damage to healthy tissue. This has the potential to change the way doctors treat cancer and dramatically reduce the toxic effects of chemotherapy.
  • Research in the use of nanotechnology for regenerative medicine spans several application areas, including bone and neural tissue engineering. For instance, novel materials can be engineered to mimic the crystal mineral structure of human bone or used as a restorative resin for dental applications. Researchers are looking for ways to grow complex tissues with the goal of one-day growing human organs for transplant. Researchers are also studying ways to use graphene nanoribbons to help repair spinal cord injuries; preliminary research shows that neurons grow well on the conductive graphene surface. 
  • Nanomedicine researchers are looking at ways that nanotechnology can improve vaccines, including vaccine delivery without the use of needles. Researchers also are working to create a universal vaccine scaffold for the annual flu vaccine that would cover more strains and require fewer resources to develop each year.

Nanotechnology is finding applications in traditional energy sources and is greatly enhancing alternative energy approaches to help meet the world’s increasing energy demands. Many scientists are looking into ways to develop clean, affordable, and renewable energy sources, along with means to reduce energy consumption and lessen toxicity burdens on the environment:

  • Nanotechnology is improving the efficiency of fuel production from raw petroleum materials through better catalysis. It is also enabling reduced fuel consumption in vehicles and power plants through higher-efficiency combustion and decreased friction.
  • Nanotechnology is also being applied to oil and gas extraction through, for example, the use of nanotechnology-enabled gas lift valves in offshore operations or the use of nanoparticles to detect microscopic down-well oil pipeline fractures. 
  • Researchers are investigating carbon nanotube “scrubbers” and membranes to separate carbon dioxide from power plant exhaust.
  • New solar panel films incorporate nanoparticles to create lightweight, flexible solar cells. (Image courtesy of Nanosys)
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  • Researchers are developing wires containing carbon nanotubes that will have much lower resistance than the high-tension wires currently used in the electric grid, thus reducing transmission power loss.
  • Nanotechnology can be incorporated into solar panels to convert sunlight to electricity more efficiently, promising inexpensive solar power in the future. Nanostructured solar cells could be cheaper to manufacture and easier to install since they can use print-like manufacturing processes and can be made in flexible rolls rather than discrete panels. Newer research suggests that future solar converters might even be “paintable.”
  • Nanotechnology is already being used to develop many new kinds of batteries that are quicker-charging, more efficient, lighter weight, have a higher power density and hold electrical charge longer. 
  • An epoxy containing carbon nanotubes is being used to make windmill blades that are longer, stronger, and lighter-weight than other blades to increase the amount of electricity that windmills can generate.
  • In the area of energy harvesting, researchers are developing thin-film solar electric panels that can be fitted onto computer cases and flexible piezoelectric nanowires woven into clothing to generate usable energy on the go from light, friction, and/or body heat to power mobile electronic devices. Similarly, various nanoscience-based options are being pursued to convert waste heat in computers, automobiles, homes, power plants, etc., to usable electrical power. 
  • Energy efficiency and energy-saving products are increasing in number and types of applications. In addition to those noted above, nanotechnology is enabling more efficient lighting systems; lighter and stronger vehicle chassis materials for the transportation sector; lower energy consumption in advanced electronics; and light-responsive smart coatings for glass.

In addition to the ways that nanotechnology can help improve energy efficiency (see the section above), there are also many ways that it can help detect and clean up environmental contaminants:

  • Nanotechnology could help meet the need for affordable, clean drinking water through rapid, low-cost detection and treatment of impurities in water. 
  • Engineers have developed a thin-film membrane with nanopores for energy-efficient desalination. This molybdenum disulfide (MoS2) membrane filtered two to five times more water than current conventional filters.
  • Nanoparticles are being developed to clean industrial water pollutants in groundwater through chemical reactions that render the pollutants harmless. This process would cost less than methods that require pumping the water out of the ground for treatment.
  • Researchers have developed a nanofabric “paper towel” woven from tiny wires of potassium manganese oxide that can absorb 20 times its weight in oil for cleanup applications. Researchers have also placed magnetic water-repellent nanoparticles in oil spills and used magnets to mechanically remove the oil from the water.
  • Many airplane cabins and other types of air filters are nanotechnology-based filters that allow “mechanical filtration,” in which the fiber material creates nanoscale pores that trap particles larger than the size of the pores. The filters also may contain charcoal layers that remove odors. 
  • Nanotechnology-enabled sensors and solutions are now able to detect and identify chemical or biological agents in the air and soil with much higher sensitivity than ever before. Researchers are investigating particles such as self-assembled monolayers on mesoporous supports (SAMMS™), dendrimers, and carbon nanotubes to determine how to apply their unique chemical and physical properties for various kinds of toxic site remediation. Another sensor has been developed by NASA as a smartphone extension that firefighters can use to monitor air quality around fires.

Nanotechnology offers the promise of developing multifunctional materials that will contribute to building and maintaining lighter, safer, smarter, and more efficient vehicles, aircraft, spacecraft, and ships. Besides, nanotechnology offers various means to improve the transportation infrastructure:

  • As discussed above, nano-engineered materials in automotive products include polymer nanocomposites structural parts; high-power rechargeable battery systems; thermoelectric materials for temperature control; lower rolling-resistance tires; high-efficiency/low-cost sensors and electronics; thin-film smart solar panels; and fuel additives and improved catalytic converters for cleaner exhaust and extended range. Nano-engineering of aluminum, steel, asphalt, concrete and other cementitious materials, and their recycled forms offers great promise in terms of improving the performance, resiliency, and longevity of highway and transportation infrastructure components while reducing their life cycle cost. New systems may incorporate innovative capabilities into traditional infrastructure materials, such as self-repairing structures or the ability to generate or transmit energy.
  • Nanoscale sensors and devices may provide cost-effective continuous monitoring of the structural integrity and performance of bridges, tunnels, rails, parking structures, and pavements over time. Nanoscale sensors, communications devices, and other innovations enabled by nanoelectronics can also support an enhanced transportation infrastructure that can communicate with vehicle-based systems to help drivers maintain lane position, avoid collisions, adjust travel routes to avoid congestion, and improve drivers’ interfaces to onboard electronics. 
  • “Game-changing” benefits from the use of nanotechnology-enabled lightweight, high-strength materials would apply to almost any vehicle. For example, it has been estimated that reducing the weight of a commercial jet aircraft by 20 percent could reduce its fuel consumption by as much as 15 percent. A preliminary analysis performed for NASA has indicated that the development and use of advanced nanomaterials with twice the strength of conventional composites would reduce the gross weight of a launch vehicle by as much as 63 percent. Not only could this save a significant amount of energy needed to launch spacecraft into orbit, but it would also enable the development of single stage to orbit launch vehicles, further reducing launch costs, increasing mission reliability, and opening the door to alternative propulsion concepts.

CONTROL ENGINEERING

Project Control Engineer Job Description

Project Control Engineers develop, implement and maintain cost controls on a project, and provide centralized planning and scheduling on many projects. Project Control Engineers are employed in many different industries, including and manufacturing and construction, and their specific duties vary based on the industry.

Employment of Project Control Engineers quite steady. The Bureau of Labor Statistics projects no change in employment for Industrial Engineers by 2024, a category that includes Project Control Engineers.

Project Control Engineer Duties and Responsibilities 

To accomplish their primary goal of planning and maintaining cost control on a project, Project Control Engineers perform many tasks. We analyzed several job listings to identify these core Project Control Engineer duties and responsibilities.

Determine Project Objectives

Working with the client and the engineering team, the Project Control Engineer determines project objectives and contributes to the development of a comprehensive project plan. They outline project requirements and assign tasks to the team.

Cost Engineering

Project Control Engineers are responsible for the budgeting and cost management of the project. Interfacing with the Procurement, Engineering, and Finance Departments, they develop and maintain a detailed cost control system. They regularly perform analytical reviews and checks of cost reporting documentation and present cost status and forecast updates to the Project Management and client.

Establish Schedules

The Project Control Engineer establishes a schedule for the project and monitors its progress. They routinely analyze, evaluate and forecast the current project status against the baseline schedule, assessing the impacts of design or construction changes to the schedule. They then report the status of schedule to appropriate project and Company management, as well to the client.

Coordinate Projects

Project Control Engineers coordinate all work on the project, ensuring that objectives are met within budget. They conduct site visits to verify progress and identify any potential and critical issues. They then work with the teams to recommend recovery plans and update the schedule and budget accordingly.

Project Control Engineer Skills

Well-organized and able to work under deadlines, successful Project Control Engineers can handle to big picture and small details of multiple projects. In addition to these general skills and personality traits, employers are seeking Project Control Engineer candidates with the following skills.

Core skills: Based on job listings we looked at, employers want Project Control Engineers with these core skills. If you want to work as a Project Control Engineer, focus on the following.

  • Basic knowledge of the Systems Engineering approach to design, development, integration and product support
  • Ability to develop and maintain detailed schedules, ensure adherence to quality standards and maintain policies and procedures
  • Strong cost reporting skills and techniques
  • Experience in the identification, monitoring, and reporting of project risks
  • Ability to develop and update schedules, create reports and provide analysis using Microsoft Project and Primavera.
  • Experience working with project management plans (PMP) and plans, specifications and estimates (PS&E)

Advanced skills: While most employers did not require the following skills, multiple job listings included them as preferred. Add these to your Project Control Engineer toolbox and broaden your career options.

  • Professional Engineering License (PE)
  • Ability to document business requirements
  • Proficient in PMP and Primavera
  • PMP or Capur certification

Project Control Engineer Resources

We searched the Web to find the best industry resources to help you continue exploring a career as a Project Control Engineer. From thought leaders to industry groups, this list is packed with opportunities to learn, connect and engage.

On the Web

Planning Planet – Find news and tips, or become a certified Project Controls Practitioner on this site.

Civil Engineer Blog – Although focused on Civil Engineering, this blog offers lots of useful resources for project planning, budgeting, and scheduling.

Project Controls Community – A place where you can share, network and learn with other Project Control Engineers.

Industry Groups

Association of Cost Engineers – Offers a wide library on the subject of cost controls, as well as certifications and job listings.

AACE International – Network and learn from experts in the field of Cost Management, an important part of Project Control.

Guild of Project Controls – An online community of Project Controls Professionals, they offer a free download of the “Project Controls Compendium and Reference.”

Project Control Engineer Books

The Wiley Guide to Project Control – A quick guide to the traditional project management activities of control, risk, time and cost, and quality and value.

Project Planning, Scheduling, and Control: The Ultimate Hands-On Guide to Bringing Projects in On Time and On Budget – A useful and accessible reference for planning and controlling a project.

Project Control: Integrating Cost and Schedule in Construction – This text focuses on planning, monitoring and controlling project costs and schedules for construction projects.

Engineering Robotics

Latest Robotics Projects Ideas for Engineering Students

The robot is an intelligent mechanical device and the first robots are made-up by “Czech Playwright Carel Capek” in the year 1920. Robotics is a branch of engineering which deals with designing, creating and operations. The word robotics was derived from the term robot. In the present days, there are few varieties of robots are available like serial type, parallel type, walking type and mobile type robots. The parts of the robotics mainly comprise power supply, controllers, grippers, manipulators and end effectors.

Latest Robotics Projects

When we think about a robot, the primary factor that strikes our mind is that it imitates somebody’s. However, in real terms, there’s no actual definition of a robot. But, there are some basic characteristics that a robot ought to have like intelligence, sensing, energy, and movement, etc. Some robots do the work by themselves to perform particular tasks. But, alternative robots need help fro human beings. As a result, these robots are dependent.  Robotics projects are used completely in different applications like medical, space communication and military applications

Latest Robotics Projects for Engineering Students

Nowadays, several engineering students are showing a lot of interest in robotics projects. They create a lot of interest as compared to other electronics projects. In education level, these projects on robotics are very popular, they are are line following robot, pick and place robot, fire fighting, wall track, humanoid, and Hexapod, etc. These projects on robotics for engineering students will helpful while doing the practice. So, we tend to advise engineering students to select from these robotics kits as these are capable of operating for them.

War Field Spying Robot using Night Vision Wireless Camera

The main intention of this project to design a robotic vehicle using RF technology and wireless camera, where RF technology is used for remote operation and wireless camera is used for monitoring purposes. The robot along with a camera can transmit video with night vision capabilities. This type of robot is helpful in the war fields for spying. An 8051 microcontroller is used for the desired operations.

War Field Spying Robot with Night Vision Wireless Camera

This project uses a night vision camera to capture images even in dark places and transmits wirelessly to a TV receiver unit. These robots are used in military applications like sending the information to the control unit and spy on enemy lands. This robot is controlled by using RF communication with a set of pushbuttons.

Furthermore, this project can be designed using DTMF technology. Using this technology we can control the robotic vehicle by using a cell phone. Compare to RF technology, this technology has an advantage over a long communication range.

Auto Metro Train that Shuttles between Two Stations

The main goal of this project is to demonstrate the technology, which used in a metro train movement. This project is used in many developed countries. The metro train is equipped with a controller, which allows the automatic running of the train from one station to another.

Auto Metro Train to Shuttle between Stations

This auto metro train project is designed with an automatic start and stop mechanism. So that the metro train stops at a particular time and starts after a particular time. It comprises an automatic mechanism to open and close the door and it counts the number of persons while entering into the train.

Track Sensing Robotic Vehicle Movement

The main aim of this project is to design a robot, that tracks a particular path. The path can be a black lane on a white floor. Track sensing robotic vehicle is being used in a variety of applications from being a guide at public places for automatic vehicles. Here, this robotic vehicle is designed by a pair of sensors which is made to move on a curved black lane sensed for both motors.

Track Sensing Robotic Vehicle Movement

This track sensing robotic vehicle comprises two motors, DC supply. These two motors are controlled by a transistor, which acts as a switch. The two sensors, each sensor including an IR LED and a photodiode is placed under the circuit. When the two sensors sense the white floor, then the motors give the rotation accordingly. At the turning, on encountering the black path, one of the motors stop rotating with the input of the sensor. The working principle of the sensor is, when IR LED produces light on the white floor, then it gets reflected. When the reflected light drops on the photodiode, it decreases its resistance to control the conduction of the motor switch.

Metal Detector Robotic Vehicle

The main object of this project is to design a robotic vehicle to detect metals and land mines. Land mines are unstable devices that are located under the ground and it is hazardous to detect those manually using metal detectors. In this project, a metal detector is embedded in the robot and that is controlled by using RF communication.

Metal Detector Robotic Vehicle

At the transmitter end, the number of pushbuttons is interfaced to the microcontroller to run the robot in a particular motion. When the button is pressed, then the signal is sent to the microcontroller which sends the binary data to the button. The encoder is used to convert parallel data to serial data and this command is transmitted using RF module.

At the receiver end, this signal is decoded by the decoder. Based on the signal, the microcontroller gives related signals to the motor driver to drive the motors. So that the robot moves in the desired motion. A metal detector is embedded in the robot circuit that detects the metal and gives an indication by using a buzzer.

RF Controlled Robotic Vehicle with a Laser Beam Arrangement

This project is designed to control a robotic vehicle by using RF technology. A low power laser light is interfaced for demonstrating the possibilities of ending a distant object by its beam. An 8051 microcontroller is used for the desired operation.

RF Controlled Robotic Vehicle with a Laser Beam Arrangement

At the transmitting end pushbuttons are used to send instructions to the receiver to control the movement of the robot either to move right, left forward or backward. At the receiving end, two motors are interfaced to the microcontroller where they are used for the movement of the vehicle.

The RF transmitter acts as an RF remote control that has the advantage of an adequate range (up to 200 meters) with proper antenna, while the receiver decodes before feeding it to another microcontroller to drive DC motors via motor driver IC for necessary work.

A laser pen is mounted on the robot body and its operation is carried out from the microcontroller output through an appropriate signal from the transmitting end. The laser light used is just for demonstration purposes and not a powerful one.

Further, this project can be enhanced using DTMF technology. Using this technology we can control the robotic vehicle by using a cell phone. This technology has an advantage over long communication range as compared to RF technology.

Some More Latest Robotics Projects Ideas for Final Year Engineering Students

Latest Robotics project ideas for final year engineering students have been listed here.

· Ultrasonic Obstacle Sensed Robotic Vehicle

· Robotic Vehicle Movement By Cell Phone

· Robotic Vehicle Operated by a TV Remote

· Fire Fighting Robot Remotely Operated by Android Applications

· Pick N Place Robotic Arm And Movement Controlled by Android Wirelessly

· Voice Controlled Robotic Vehicle with Long Distance Speech Recognition

· Line Following Robotic Vehicle

· Fire Fighting Robotic Vehicle

· ‘Pick N Place’ with Soft Catching Gripper

· Line following Robotic Vehicle using Microcontroller

· Cell Phone Controlled Robotic Vehicle

· IR Controlled Robotic Vehicle

· Touch Screen Based Remote Controlled Robotic Vehicle for Stores Management

These are the interesting latest robotics projects intended for final year engineering students. In the academic level of robotics projects using microcontroller or robotic kits are very famous. Thus, these robot projects will be quite helpful for students. Apart from this, any queries regarding these projects or simple robotics projects for beginners you can give your valuable suggestions by commenting in the comment section below.