28 Final Year Projects for Computer Science Students

What is a Project?

Project work is a collection of activities that allows students to 

• learn,
• do independent research,
• and conduct independent action based on their skills, interests, and personal experiences.

An instructor or other guide observes and guides the project work as it progresses.

What is a Domain?

In general, a domain is a particular field of thought, activity, or interest, especially one you have control over and know in and out. Computer science indicates the domain of interest.

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Best Domains to Choose for Conducting the Final Year Project

Here are some of the best domains for final-year computer science  projects:

• Artificial intelligence
• Web Technology
• Data Science
• Machine Learning
• IoT

28 Final Year Projects for Computer Science Students

Here is a video on final-year projects for computer science.

Here are some of the best ideas for final year projects for computer science students:

1. Hangman Game 

Hangman is one of the best final-year projects for computer science that you can consider. It is a popular guessing game wherein one player thinks of a word, and the other one tries to guess it by suggesting letters within a limited number of guesses. The goal here is to discover the missing words. 

You can declare a class to create a GUI version of the game. The user attempts to guess the letters in a secret word and loses after a specified number of guesses that are not in the word. The user guesses a letter by clicking a button whose text is that letter. You need to create separate classes to define a listener that will respond to the events when the user clicks any button. The constructor will create the main panel, and a method should be called whenever a new game starts. The main program makes it possible to run this class as an application. The main routine creates a window, sets it to contain a panel of type Hangman, and shows the window in the center of the screen.

Category: Text-Based Interactive Game Development

Prerequisites:

• Basic programming knowledge (Python, Java, or C++)
• Understanding of control flow, loops, and data structures (arrays, strings)
• Optional: Knowledge of GUI frameworks for advanced versions

Difficulty: Beginner to Intermediate

Skills Required:

• Programming logic and syntax
• Problem-solving
• Basic understanding of algorithms

Duration: 4 to 6 weeks

2. Restaurant Booking Website

This idea for a final-year computer science project will help restaurant owners handle online food orders, table booking, inventory control, generating bills, managing menus, and various customer services. Here, you can have different Staff Management Modules, Transactions, Login Admin, Reservations, and Menu Management. You can build the website using CSS, HTML, and JavaScript and manage the backend data using the MySQL database.

Category: Web Development, Full-Stack Development

Prerequisites:

• Knowledge of HTML, CSS, and JavaScript for front-end
• Understanding of back-end technologies like Node.js, Django, or PHP
• Database management (MySQL, MongoDB)
• Familiarity with web frameworks and version control (Git)

Difficulty: Intermediate to Advanced

Skills Required:

• Front-end and back-end development
• Database design and management
• User authentication and session management

Duration: 8 to 10 weeks

3. Library Management System

Library management can also be considered for CSE projects as it involves maintaining the database of new books, the record of books issued, and their respective dates. The main goal of this computer science project is to provide an easy way to handle and automate the library management system. 

This project is designed to provide a comprehensive solution for library management. It includes features and an interface for maintaining librarians' records, students' issue history, and fines. A key aspect of the project is the creation of two distinct modules - a user module and an admin module. These modules will handle new user registration, student login, issue and return dates, and more. The project can be developed using Java, MySQL, NetBeans IDE, and PhpMyAdmin for server-side queries.

Category: Database Management System, Web Application Development

Prerequisites:

• Knowledge of programming languages like Java, Python, or PHP
• Understanding of database systems (MySQL, PostgreSQL)
• Familiarity with web frameworks (Spring, Django, Laravel)
• Basic knowledge of front-end technologies (HTML, CSS, JavaScript)

Difficulty: Intermediate

Skills Required:

• Database design and management
• CRUD (Create, Read, Update, Delete) operations
• User authentication and session management
• Full-stack development

Duration: 6 to 8 weeks

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4. Web Scraping Using Beautiful Soup

Our next final-year project for computer science is Web Scraping Using Beautiful Soup. This project, which involves web scraping (also known as Web crawling), is a technique that scans a collection of web pages to extract raw data from the web. It's a crucial skill for computer science engineers, as it allows us to gather data for various purposes, such as research, analysis, and decision-making. 

As computer science engineers, you can use Beautiful Soup as a key tool for web scraping. It allows you to collect data from web pages and store it in various formats for analysis and decision-making. Beautiful Soup, a Python package, is specifically designed to parse HTML and XML documents and extract data from them. It works with your favorite parser, offering flexible ways of searching, navigating, and modifying the parse tree. 

Category: Data Extraction, Web Scraping

Prerequisites:

• Basic understanding of Python programming
• Familiarity with HTML and CSS
• Knowledge of HTTP requests and libraries like ‘request’
• Understanding of data parsing and manipulation

Difficulty: Intermediate

Skills Required:

• Proficiency in Python
• Web scraping techniques using Beautiful Soup
• Data parsing and storage (CSV, JSON, databases)

Duration: 4 to 6 weeks

5. Twitter Sentiment Analysis

Sentiment analysis uses machine learning and natural language processing techniques to analyze users' sentiments based on their emotions. It focuses not only on polarity, which is positive, negative, or neutral, but also on feelings such as happiness, sadness, etc., which makes it an excellent idea for a final-year computer science project. We can also carry this analysis out from tweets to understand the public's mood towards a brand or for an event like general elections in a country. 

In your computer science project, you can extract tweets based on specific hashtags and analyze the data using R and Python programming. R provides TwitteR, and Python has tweeps to perform sentiment analysis.

Category: Data Science, Natural Language Processing (NLP)

Prerequisites:

• Understanding of Python programming
• Familiarity with NLP libraries (NLTK, TextBlob)
• Basic knowledge of machine learning concepts
• Experience with APIs (Twitter API)

Difficulty: Intermediate to Advanced

Skills Required:

• Python Programming
• Data preprocessing and cleaning
• Sentiment analysis techniques
• API integration

Duration: 6 to 8 weeks

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6. Building Chatbots

A chatbot is a versatile application that can conduct an online chat conversation via text or text-to-speech. Its uses span across various fields, from customer interaction to social network marketing and instant messaging clients, making it a powerful tool in today's digital landscape.

spaCy, a user-friendly open-source Python library for Natural Language Processing, is designed for developers to build interactive NLP applications that can process and understand large volumes of text. ChatterBot, another user-friendly Python library, is designed to produce automated responses to user inputs. It combines various ML algorithms to generate several types of responses, making it easy for developers to build chatbots using Python to talk to humans and deliver relevant responses.

Category: Artificial Intelligence, Natural Language Processing (NLP)

Prerequisites:

• Proficiency in Python or JavaScript
• Understanding of NLP libraries (NLTK, Rasa, or Dialogflow)
• Familiarity with machine learning basics and APIs
• Knowledge of conversational design principles

Difficulty: Intermediate to Advanced

Skills Required:

• Python or JavaScript programming
• NLP techniques
• API integration
• Machine learning for chatbots

Duration: 6 to 8 weeks

7. Uber Data Analysis

The NYC Taxi and Limousine Commission (TLC) datasets about Uber's ridership are popular in data analytics. You could use this data in your CSE project to analyze Uber bookings in New York City for a particular location.

Using Python and its libraries, such as Pandas, NumPy, Matplotlib, and Seaborn, you can find which hour of the day or day of the month has the highest pickups. 

Category: Data Analytics, Big Data

Prerequisites:

• Proficiency in Python or R for data analysis
• Understanding of data visualization tools (e.g., Matplotlib, Seaborn, Tableau)
• Familiarity with data processing libraries (Pandas, NumPy)
• Knowledge of SQL for database queries

Difficulty: Intermediate to Advanced

Skills Required:

• Data cleaning and preprocessing
• Statistical analysis
• Data visualization and reporting
• Handling large datasets

Duration: 6 to 8 weeks

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8. Election Analysis

You might have watched election results on news channels, and there is much excitement about them. Various channels show different results for exit and opinion polls.  

The interactive charts shown by news channels use data analytics and data visualization. Python and R, versatile tools, are widely used for analyzing election data. In your final year project for computer science, you can harness the power of R to analyze any election data. This can help you understand the political scenario that existed in the past and how it could change in the upcoming years.

Category: Data Analytics, Political Data Science

Prerequisites:

• Proficiency in Python or R for data analysis
• Understanding of statistical methods and electoral data
• Familiarity with data visualization tools (e.g., Matplotlib, Seaborn, Tableau)
• Basic knowledge of machine learning for predictive analysis

Difficulty: Intermediate to Advanced

Skills Required:

• Data cleaning and preprocessing
• Statistical analysis and modeling
• Data visualization and reporting
• Machine learning for prediction

Duration: 6 to 8 weeks

9.  OpenCV Face Detection

This CSE project, designed to detect and track an object of interest in real-time, such as a human face, is highly practical and applicable to real-world scenarios. 

Python and OpenCV play a crucial role in this project. Open Source Computer Vision Library (OpenCV) is primarily a library of programming functions aimed at real-time computer vision. It identifies the features and patterns on a human face to detect where ears, eyes, nose, and other parts are located.

Category: Computer Vision, Image Processing

Prerequisites:

• Proficiency in Python or C++
• Understanding of OpenCV library functions
• Basic knowledge of image processing techniques
• Familiarity with machine learning concepts (optional)

Difficulty: Intermediate

Skills Required:

• Python or C++ programming
• Image processing with OpenCV
• Data handling and analysis
• Understanding of face detection algorithms (e.g., Haar Cascades)

Duration: 6 to 8 weeks

10. SMS Spam Filtering

Next, we have SMS spam filtering as another important topic for computer science projects. Short Message Service or SMS is one of the most widely used communication services. You often receive spam messages that include advertisements, free services, awards, promotions, etc. 

You can create a spam detection model using TensorFlow and Deep learning algorithms. Deep neural networks, such as Recurrent neural networks and LSTMs, can predict spam short text messages with close to 99% accuracy.

Category: Natural Language Processing (NLP), Machine Learning

Prerequisites:

• Proficiency in Python
• Understanding of NLP techniques and libraries (NLTK, Scikit-learn)
• Basic knowledge of machine learning algorithms (e.g., Naive Bayes, SVM)
• Familiarity with data preprocessing and feature extraction

Difficulty: Intermediate

Skills Required:

• Python Programming
• NLP for text processing
• Machine learning model development
• Data cleaning and feature engineering

Duration: 6 to 8 weeks

11. Handwritten Digit Classification Using CNN

Handwritten Digit Classification, a deep learning model under the umbrella of Artificial Intelligence, is a compelling choice for a final-year project for computer science. This model, which relies on the powerful Convolutional Neural Network, excels in classifying handwritten digits. The CNN's architecture, comprising seven layers, is meticulously designed to extract features from the input dataset, ensuring accurate digit recognition. The model is trained and tested on the MNIST dataset using stochastic gradient descent and backpropagation algorithms. It implements the MNIST dataset through TensorFlow and Keras libraries, facilitating dataset download.

Category: Deep Learning, Computer Vision

Prerequisites:

• Proficiency in Python
• Understanding of neural networks and deep learning concepts
• Familiarity with TensorFlow and Keras libraries
• Knowledge of Convolutional Neural Networks (CNN) and image processing

Difficulty: Advanced

Skills Required:

• Python Programming
• Deep learning model development
• CNN architecture understanding
• Data preprocessing and model training

Duration: 8 to 10 weeks

12. Placement Cell

The Placement Cell is a web application developed for colleges, using some front-end technologies, including HTML, CSS, PHP, JavaScript, and back-end technology, for instance, MySQL. Here, the application has two kinds of modules: the User module and the Admin. Any new user needs to register and provide all the information required to be able to enter. Information on upcoming and ongoing college placement activities and the students' information is maintained in the software. This results in a smooth inflow in the placement process and the ease of managing such placement-related activities for students showing interest and administrators.

Category: Web Application Development, College Management System

Prerequisites:

• Proficiency in HTML, CSS, and JavaScript for front-end development
• Knowledge of PHP for server-side scripting
• Understanding of MySQL for database management
• Basic understanding of user authentication and session management

Difficulty: Intermediate

Skills Required:

• Full-stack web development
• Database design and management
• Front-end and back-end integration
• User authentication

Duration: 6 to 8 weeks

13. Car Data Set Analysis

This CSE project is designed to equip potential car buyers with a comprehensive understanding of car parameters, facilitating efficient vehicle decision-making. A key aspect of this project is the use of data science techniques to meticulously clean the dataset, ensuring its correctness and reliability. The Random Forest algorithm and linear regression are then employed to analyze the correctness of the predictions, providing buyers with a trustworthy guide for their decision-making.

Category: Data Science, Machine Learning

Prerequisites:

• Proficiency in Python and data science libraries (Pandas, NumPy)
• Understanding of data preprocessing techniques
• Familiarity with machine learning algorithms (Random Forest, Linear Regression)

Difficulty: Intermediate

Skills Required:

• Data cleaning and preprocessing
• Machine learning model development
• Statistical analysis
• Data visualization

Duration: 6 to 8 weeks

14. Wireless Sound Control

This final year project for computer science in Python uses OpenCV, Pycaw, and TensorFlow to implement a touchless volume control system. The implementation will help users by providing a touch-free experience in changing the system's sound. The model is trained using MediaPipe; therefore, moving one's hand toward or away from the camera can increase or decrease the volume. This further innovated a user's interaction with technology most seamlessly and intuitively.

Category: Human-Computer Interaction (HCI), Computer Vision

Prerequisites:

• Proficiency in Python
• Understanding of computer vision libraries (OpenCV, MediaPipe)
• Familiarity with sound control libraries (Pycaw)
• Basic knowledge of machine learning concepts

Difficulty: Intermediate

Skills Required:

• Python Programming
• Computer vision and gesture recognition
• Sound control and hardware interaction
• Real-time data processing

Duration: 6 to 8 weeks

15. Smart Farming Using IoT Technologies

Another final year project for computer science is Smart farming. It involves using a device that can detect the soil's temperature, moisture, and humidity to provide the farmer with essential data on the state of the soil. This project, developed using the following components: Arduino Nano IDE, temperature and moisture sensors, and jumper wires is a testament to the power of technology in agriculture. It is directly in contact with the soil, and the measurements are displayed on the monitor screen, thus helping the farmer decide about the crops based on real-time data. With its innovative use of sensors, this technology enhances farming efficiency by providing accurate information regarding soil conditions.

Category: Internet of Things (IoT), Smart Agriculture

Prerequisites:

• Basic understanding of IoT concepts
• Familiarity with Arduino or other microcontrollers
• Knowledge of sensor integration and data collection
• Basic programming skills for device control and data monitoring

Difficulty: Intermediate

Skills Required:

• IoT device setup and programming
• Sensor data collection and processing
• Basic electronics and circuit design
• Real-time data monitoring

Duration: 6 to 8 weeks

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16. Health Administration

A final-year project for computer science on health administration targets the development of software solutions to manage and bring innovation into healthcare management. This may include design and development for patient record management, appointment scheduling, and billing automation. It could also include IoT device integration for patient monitoring, data analytics for health insights, and mobile applications for patient engagement.

Category: Health Informatics, Management Information Systems (MIS)

Prerequisites:

• Knowledge of database management systems (SQL)
• Proficiency in programming languages like Python, Java, or C#
• Understanding of web development (HTML, CSS, JavaScript) for user interfaces
• Familiarity with healthcare regulations and data privacy (HIPAA compliance)

Difficulty: Intermediate to Advanced

Skills Required:

• Database design and management
• Backend and frontend development
• Data security and compliance
• User interface/experience design

Duration: 8 to 10 weeks

17. Weather Forecasting App

A Weather Forecasting App is an ideal final-year project for computer science students. This project, whether a mobile or web app, will focus on creating a user-friendly interface for accurate weather forecasting. The app will utilize various APIs to fetch current weather data and present it to the user in a visually appealing and easy-to-understand format. The interface will include temperature, humidity, precipitation, wind speed, and forecasts for different locations.

Category: Mobile/Web Application Development, Data Science

Prerequisites:

• Proficiency in programming languages (Java, Swift, Python)
• Knowledge of APIs and data integration
• Understanding of user interface design

Difficulty: Intermediate

Skills Required:

• API integration for real-time data
• Frontend and backend development
• Data visualization
• User interface/experience design

Duration: 8 to 10 weeks

18. Android Battery Saver

A practical and impactful Android Battery Saver project for a final-year computer science student entails developing an Android application that optimizes battery usage in mobile devices. The application will monitor background processes, adjust screen brightness, turn on and off Wi-Fi and Bluetooth connectivity, and use GPS, with suggestions about power-saving modes. Advanced features could include AI-based prediction of battery drain and personalized recommendations.

Category: Mobile Application Development, Energy Efficiency

Prerequisites:

• Android development with Java/Kotlin
• Understanding of Android APIs and power management features
• Basic knowledge of machine learning (for advanced features)

Difficulty: Intermediate to Advanced

Skills Required:

• Android app development
• API integration
• Performance optimization techniques
• Machine learning (optional)

Duration: 8 to 10 weeks

19. Fingerprint Reader

A Fingerprint Reader project is thus one of the most innovative and secure final-year projects for computer science students. The project basically has to deal with developing a system that accesses any entity based on fingerprint recognition. This might be an application particularly developed to secure the access of a particular computer or any application, or it might be developed for a mobile device; it essentially captures the fingerprint data, followed by image processing techniques for processing and matching with stored templates.

Category: Biometrics, Security Systems

Prerequisites:

• Knowledge of image processing and pattern recognition
• Proficiency in programming languages (Python, Java, C++)
• Familiarity with fingerprint sensor integration and hardware interaction

Difficulty: Advanced

Skills Required:

• Image processing and analysis
• Data encryption and security
• Hardware-software integration
• User authentication protocols

Duration: 10 to 12 weeks

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20. Surveillance Camera using IoT

This IoT-based surveillance camera is an ideal final-year project for computer science students. The nature of the project involves the development of an IoT-enabled surveillance camera that monitors and sends back video feeds in real time to a cloud server. Other features the system can possess include motion detection, night vision, and remote access using a mobile or web application. The system also provides real-time alerts, data storage for later review, and video recording.

Category: IoT, Security Systems

Prerequisites:

• Knowledge of IoT platforms (Raspberry Pi, Arduino)
• Understanding of cloud computing and data storage
• Proficiency in programming languages (Python, C++)
• Basic networking and security concepts

Difficulty: Intermediate to Advanced

Skills Required:

• IoT hardware integration
• Video streaming and processing
• Cloud data management
• Real-time communication and alert systems

Duration: 8 to 10 weeks

21. Image Encryption System

The image encryption system is designed to develop or convert digital images into codes to ensure security and protection. The system designed for final year projects for CSE will align with organizations’ data privacy requirements. The common usage of image encryption systems is expected in Virtual reality applications, medical imaging, multimedia content distribution, financial transactions, etc. It can be designed using the AES algorithm, triple DES, or other methods. The project will offer the opportunity to develop skills like pixel permutations and substitutions, visual transformation, cryptographic algorithms, etc. 

The expected features of the system are: 

• Support for a variety of image formats 
• Efficient security 
• Real-time usage possibility 
• High speed of processing 
• User authorization

22. Biometric Attendance System

With the widespread application of the device, designing the same with innovative features to solve existing problems holds a wide scope. The application areas for such final year projects for computer science include government and private organizations, educational industries and many more. The system can be designed with multi-modal authentication methods, anti-spoofing technology, and time- and AI-based automated attendance correction. Algorithms like MTCNN, ECT and others can be used. The computational skills expected to be developed here are image processing, pattern recognition, feature extraction, data analysis, security protocols and others.

This system can have features like:

• Mobile-friendliness 
• User-friendly interface 
• Data security 
• Tracking specific data as required 

23. Face Detector

One of the efficient final year project ideas for computer science can also be designing a system that allows face detection through names or multiple images. The real-time and efficient version can be used in crowded areas to offer detection services, security and much more. Eigenfaces, deepface, haar cascades, and others are examples of algorithms that can be used. The uses can be for generating games and security cameras to identify criminals or others. The final year projects for CSE like this one will polish skills in artificial intelligence, model training, data analysis and interpretation, application deployment, and more. 

The features to be incorporated in this project are: 

• Real-time processing 
• Face tracking 
• Face attribute recognition 
• Emotion recognition 

24. IoT Monitoring Application

Connecting the hardware to the internet, the final year projects for computer science can be designed to monitor the environmental conditions and other aspects. Designing smart products, the devices can be home automation systems, agricultural, waste management, weather and other monitoring devices. The skills one can expect to develop with this major project for CSE final year are networking and communication protocol, sensor integration, data collection, embedded system programming, data visualization and others. 

The key features to be added in such formulated devices  for final year projects for computer science can be: 

• Automated settings in the devices for enhanced efficiency 
• Predictive maintenance time and duration 
• Real-time data to take appropriate action 
• Protection from harsh conditions 
• Trend analysis 
• GPS integration, depending on the requirement 

25. Online Learning Platform

Another suggestion for final year projects for CSE can be a web-based application that brings together students and faculty for educational purposes. Online learning platforms have been highly prevalent post-COVID times, and their importance has not only elevated but also bridged numerous international and language barriers. 

Content tagging algorithms, adaptive learning algorithms, natural language processing techniques, and more will be used in designing this project. The applications of this platform are widespread across all industries. The skills expected to be developed in the project include database management, data analysis and interpretation, user interface design, accessibility considerations and more. 

It can have key features like: 

• User-friendly interface 
• AI assistance 
• Identification of student’s performance 
• Tailored solutions, exams, practice and others 
• Doubt solutions

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26. Mobile App Development

Adding to our list of final year project ideas for computer science, you can develop a mobile app. With numerous available resources, gaining assistance during the issues is also easier. The project will help you learn and apply programming language, UI/UX design, API integration, version control, debugging and testing skills. 

The app can target any niche of interest and even combine different industries, enhancing once exposure is achieved. The ideas are the development of a praying app, tuition notes, college-specific communication apps with different departments, crime reporting and assistance, fitness-based security apps and others. 

The features expected in the developed mobile app are: 

• Smooth running 
• Lesser wait time 
• User-friendly interface 
• Easy navigation 
• Lack of lagging 
• Industry or niche-specific features 

27. Online Bus Reservation

This is one of the multi-modal final year projects for computer science. The project can be developed as an app, software or web-based application system. Essential in both the government and public sector, the reservation system can be designed to provide an enhanced personalized experience. It will develop skills in JavaScript, CSS, data validation, user interface, database design and management, secure payment integration, and APIs. 

The key features to include in the system include: 

• User-friendly interface suiting all age groups 
• Real-time information system 
• Effective and timely notification 
• Specific and accurate suggestions for booking 
• Security to safeguard passenger information 
• Secure payment gateways 

28. Railway Route Optimization System

Last one among our final year project ideas for computer science, this system will aim to offer timely insights into the railway-based mode of transportation for travelers. Considering all the factors, the project will inform you about the minimal distance path needed to reach the destination in the minimum possible time. It can have four modules: route, station, train and search. 

It will help you grasp and apply the concepts of IoT, telematics, programming, data collection, analysis, and graphical representation, among others. The project will serve various industries such as tourism, smart city infrastructure, transport, logistics, etc.

The key features to add in the system include: 

• Real-time traffic update
• Dynamic route adjustments depend on various factors
• Multi-objective optimization
• User-friendly interface

Conclusion

These final year projects form an important culminating activity in the academic journey in computer science by allowing students to put theoretical material into practice on accurate and relevant problems. This work showcases technical skills in AI, IoT, web development, security systems, creativity, problem-solving, and innovation. The projects provide students with challenging problems and put into practice these, proving that such experience is acquired for a professional career and making the shift from academia into industry relatively smooth and impactful. You can also enroll in Simplilearn’s Python Training course, which will give you an understanding of Python programming language.

FAQs

1. Which is the best project in the final year? 

The best project in the final year is subjective and depends on your interests and skills. Choose a project that aligns with your passion, challenges you, and offers practical learning opportunities.

2. How do I choose a major project for CSE? 

To choose a significant project for Computer Science Engineering (CSE), follow these steps:

a) Identify your interests and strengths within CSE.
b) Research current trends and emerging technologies in the field.
c) Discuss project ideas with professors, peers, and industry professionals.
d) Consider the project's feasibility, scope, and potential impact.
e) Select a project that excites you and aligns with your academic goals.

3. How do you do a mini project in CSE?

To do a mini project in Computer Science Engineering (CSE):

• Choose a specific problem or concept within CSE.
• Define clear objectives and deliverables for the project.
• Conduct thorough research and literature review related to your project.
• Design and implement a solution using appropriate tools and technologies.
• Test and evaluate your project's performance and functionality.
• Create a concise report or presentation showcasing your work.

4. Is the final year project hard? 

The difficulty of the final year project varies for each individual. It depends on the complexity of the chosen project and your familiarity with the required technologies. Proper planning, time management, and seeking guidance from mentors can help make the project more manageable.

5. Is the final year project compulsory? 

In most academic institutions, the final year project is compulsory for Computer Science Engineering (CSE) graduation. It allows students to apply their knowledge and skills gained during the course and demonstrate their ability to solve real-world problems.