Your final year project is more than just something you have to do. It’s a chance to follow what you like, learn new things, and do something meaningful. Think of it like starting an exciting journey where you find out something new with each step. There’s no perfect or wrong choice. The most important thing is to choose a topic that makes you feel excited and interested. So, take a deep breath, stay calm, and let your curiosity lead you. This journey is about making your own path and making it special.
You Never Fail in Research. You Just Tell How Not to do Something!
Here we focus mostly on three things which you need in your FYP selection.
- Topic Selection
- How to Choose an Advisor
- Project Execution
1 Topic Selection
Please give your input first about it. How do you think should a topic be chosen? Think a little bit about it how you see towards the FYP. Now i we will see 4-5 things for Topic Selection Criterion which are here.
Topic Selection Criterion
- Interest Area
- Resources
- Cost
- Value
- Time
You have to see accordingly about your level of intelligence and must give 1-2 weeks for such thing. Follow the following instructions given below and every boy of the group write these things for yourself.
Interest Area
- Write down 4 subjects of your interest
- Write down 4 subjects of your expertise
- Find the common subjects in both
- Those are your potential interest areas
Resources
- Does your department have equipment in your interest area?
- Do you have enough resources?
Cost
- Even if you have equipment and resources cost is important
Value
- What is the advantage of your project?
- What is its application?
- What value does it add to knowledge?
Time
- Do you have sufficient time to complete it?
Answer What, Why & How
- What are you going to do?
- Why are you doing it?
- How do you plan to do it?
For example you have to do or write things in such a way as below. This is the real time example form your class fellow from 2k22 session who is working on a project related to robotics and control engineering.
What am I going to do? I am going to work on a project that focuses on building a soft robotic gripper using machine learning. This project will involve creating a robotic hand that can gently pick up and hold different objects using smart technology.
Why am I doing it? I chose this topic because I am interested in how robots can be used to help in real-world tasks, especially in delicate jobs like handling fragile items. I believe learning how to combine robotics with machine learning will help me understand how to solve problems with advanced technology.
How do I plan to do it? I plan to research how soft robotic grippers work, study how machine learning can be applied, and then build a prototype using sensors and a flexible robotic hand. I will test it by programming it to grip various objects and improving the design based on my findings.
2 How to Choose an Advisor
- Please give your input on it first
You have to see the faculty profiles form University website. Contact your seniors who had done projects form different professors they will guide you also, and must visit by your self for better understanding.
Advisor Selection Criterion
- Field of expertise
- Compatibility
- Vision
Advisor Field of Expertise
- Go to profile of your professor on website
- Evaluate if his research interests match
- Especially look for his latest publications
Advisor Compatibility
- Do you easily get along?
- Take feedback from peers and seniors
- Availability
Advisor Vision
- Does he value creativity?
- Does he have vision for future in your field?
- Does he encourage innovation?
First Meeting With Advisor
- First impression is the last impression
- Go with WHAT, WHY & HOW
- Go with relevant proposal including review
- Find if your and advisor’s interests align or refine
Consider the this way as previously discussed student.
For the first meeting with my advisor, I plan to make a strong impression by clearly presenting my project idea using the What, Why, and How approach. I will explain what my project is—developing a soft robotic gripper using machine learning. I will discuss why I am passionate about this topic, highlighting how it combines robotics and AI to solve real-world problems, particularly in delicate tasks. Lastly, I will outline how I intend to execute the project, emphasizing my research plan, the technology involved, and my step-by-step approach.
I will also bring a well-prepared proposal, including a brief literature review to show that I have already started exploring the topic. This will demonstrate my commitment and understanding of the subject. During the meeting, I’ll try to gauge whether my advisor’s interests align with mine. If they don’t, I’ll be open to refining my proposal to better match their expertise, ensuring we can work together effectively throughout the project.
3 How to Do your Project?
Give your input first on the topic.
To tackle my project on developing a soft robotic gripper using machine learning, here’s how I plan to approach it:
- Research and Background: I’ll start by researching existing soft robotic grippers and the application of machine learning in robotics. This includes studying recent advancements, reviewing related academic papers, and understanding current challenges and solutions in the field.
- Define Objectives: I’ll clearly define the goals of my project. For instance, my objectives might include creating a gripper that can handle a variety of objects with precision and improving its adaptability through machine learning algorithms.
- Design and Development: I’ll design the soft robotic gripper, focusing on materials, structure, and mechanics. I’ll use CAD software for designing and simulate its functionality to identify potential issues.
- Machine Learning Integration: I’ll develop and train machine learning models to enhance the gripper’s performance. This involves collecting data, choosing appropriate algorithms, and iterating on the model to improve accuracy and efficiency.
- Prototyping and Testing: I’ll build a prototype of the gripper and test it under different conditions. This step will help in evaluating its performance, identifying weaknesses, and making necessary adjustments.
- Analysis and Improvement: I’ll analyze the results from testing and refine both the hardware and software based on the feedback. This might involve tweaking the design or retraining the machine learning model.
- Documentation and Presentation: Finally, I’ll document the entire process, including challenges faced, solutions implemented, and outcomes achieved. I’ll prepare a detailed report and presentation to share my findings with my advisor and peers.
As this is done by my student you can follow this way to present your proposal for project. Discuss with your members, class fellows or session fellows, seniors and with Professors.
Project Execution
- Execution Plan
- Timetable With Deadlines
- In Depth Literature Review
- Regular Meetings With Advisors
- Equipment Procurement
- Backup Plan
For the project execution you have to follow the aboe steps here the breakdown of this
Here’s how I plan to execute my project on developing a soft robotic gripper using machine learning:
- Execution Plan: I’ll outline a detailed plan for each phase of the project. This includes specific tasks, milestones, and resources needed. The plan will ensure that every aspect of the project is addressed systematically.
- Timetable With Deadlines: I’ll create a timetable with clear deadlines for each task. This will help me stay organized and on track. For example, deadlines will be set for completing the literature review, designing the gripper, developing the machine learning model, and conducting tests.
- In-Depth Literature Review: I’ll conduct a thorough literature review to understand existing research and technologies related to soft robotic grippers and machine learning. This will provide a solid foundation for my project and help in identifying gaps and opportunities.
- Regular Meetings With Advisors: I’ll schedule regular meetings with my advisor to discuss progress, seek feedback, and address any challenges. These meetings will ensure that I stay aligned with the project goals and make necessary adjustments based on expert advice.
- Equipment Procurement: I’ll identify and acquire the necessary equipment and materials for building the prototype and conducting experiments. This includes purchasing sensors, actuators, and other components essential for the gripper.
- Backup Plan: I’ll develop a backup plan to address potential issues or setbacks. This might include alternative methods for key tasks, additional resources for troubleshooting, and contingency plans for equipment failure or delays.
FAQ’s
- How do I choose my final year project title?
Choosing a final year project title starts with identifying an area of interest that excites you. Think about the subjects or topics you’ve enjoyed during your studies and research current trends or challenges in that field. Your title should reflect the key idea of your project clearly. It’s also helpful to make sure the title is specific, concise, and gives a hint of what the project will solve or improve. You can brainstorm with your advisor to refine the title to suit your objectives.
- How do I plan my final year project?
Planning your final year project requires breaking it down into manageable steps. Start by defining your project scope and objectives. Then, create a timeline with deadlines for each phase, such as research, design, development, and testing. A detailed literature review will help you understand what has already been done and where your project fits in. Regular meetings with your advisor will help you stay on track, while also adapting your plan if needed. Don’t forget to create a backup plan for unforeseen challenges.
- Which is the best project in final year?
The best final year project is one that aligns with your interests, skill set, and future career goals. It should also solve a real-world problem or contribute something new to your field of study. Popular topics in technology fields include artificial intelligence, robotics, data science, and renewable energy solutions. However, the “best” project is ultimately one that you are passionate about and motivated to work on, as this will help you stay committed and produce quality results.
- What is FYP (Final Year Project)?
FYP, or Final Year Project, is a significant academic project that students undertake in their last year of study. It typically involves research, design, and practical application, where students work to solve a problem or explore a new concept in their field of study. The FYP allows students to apply the knowledge they’ve gained throughout their course and demonstrate their ability to work independently, often culminating in a written report and presentation. It’s an important part of completing a degree program, showing readiness for the professional world.
