Getting noticed, but rough fundamentals could turn visitors away.
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Documentation
13
No install instructions found in the README (−45 pts).
→ Add a section showing how to install dependencies.
No license detected.
→ Add a LICENSE file. Without one, nobody can legally use, copy, or contribute to your code.
No CONTRIBUTING.md found (−47 pts base + up to −53 pts more for content).
→ Add a CONTRIBUTING.md telling newcomers how to get involved. Include setup, code style, test, and PR instructions.
README is present.
Engineering
0
No tests detected anywhere in the repository.
→ Add automated tests. They prove the code works and give contributors confidence to make changes.
No CI configuration detected in this repository.
→ If your CI lives elsewhere (a private repo that builds this one) or this project is itself a CI/CD tool, mark this check Not Applicable. Otherwise add a GitHub Actions workflow that runs tests on each push. It takes 15 minutes and reassures contributors their changes won't break things.
No linter or formatter config found.
→ Add a linter config such as .eslintrc.json, .prettierrc, ruff.toml, or .golangci.yml to enforce consistent code style.
No dependency lockfile found (−70 pts).
→ Commit the lockfile for this project's package manager so installs produce the same dependency versions everywhere.
No issue or PR templates found (−100 pts).
→ Add .github/ISSUE_TEMPLATE/ with bug_report.md and feature_request.md to guide contributors. It dramatically improves issue quality.
Project health
48
No dependency manifest detected at root.
→ Add a manifest (package.json, pyproject.toml, Cargo.toml, go.mod, etc.) so others can install dependencies in one command.
No .gitignore found (−60 pts).
→ Add a .gitignore to keep build output, node_modules, and secrets out of version control.
Repository has a description.
Actively maintained (pushed within the last month).
Repository health signals
Activity, community, and responsiveness at scan time
Activity
- —Commits (30d / 90d)
- 22Forks
- 0Releases
Community
- —Community health
- —authors own >50% of commits
- 137Watchers
Responsiveness
- 8hMedian issue response
- 8d 8hMedian PR merge time
- 4Open issues
Repository files219 root entries
- [PMCA501L] Data Structures and Algorithms
- [PMCA502L] Java Programming
- [PMCA503L] Database Systems
- [PMCA506L] Cloud Computing
- 2 and 3 wheeler
- Accounting and Financial Management
- advanced c programming
- Advanced Computer Architecture
- advanced concrete technology
- advanced data visualization techniques
- Advanced Predictive Analytics
- Advances in Web Technologies
- agile development process
- ai
- alternative fuels
- analog circuits
- analog communication systems
- Analytical Bioinformatics
- android programming
- antenna and microwave
- ARCHITECTURE AND TOWN PLANNING
- artificial intelligence
- artificial intelligence and expert systems
- artificial intelligence and machine learning
- automative aerodynamics
- automative chassis
- automative electricals
- automative electronics
- automotive braking systems
- Automotive Safety Systems
- automotive transmission systems
- AWS Solutions Architect
- basic bioinformatics
- BEEE
- biometric systems
- blockchain and distributed ledger technology
- blockchain architecture design
- building drawing
- Business Analytics
- Business Analytics with Spread Sheet Modelling
- business intelligence
- Calculus
- CAO
- Chemical Technology
- circuit theory
- cloud computing
- cloud computing methodologies
- compiler design
- Complex Variables and Linear Algebra
- computer communications and networks
- computer integrated manufacturing
- computer networks
- construction materials and techniques
- control systems
- crypto
- cryptography and network security
- cyber security
- daa
- Data Communication and Computer Networks
- data mining
- data privacy
- database systems
- dbms
- Decision support Systems and Intelligent Systems
- design of smart cities
- Design Process Planning and Management
- development economies
- DFT and AOD
- digital communication systems
- digital forensics
- digital signal processing
- digital system design
- digital watermarking and steganography
- discrete maths
- dld
- DSA
- Electromagnetic Field Theory
- embedded c programming
- embedded systems
- EMD
- Energy Systems Analysis and Design
- Engineering Chemistry
- engineering drawing
- engineering mechanics
- Engineering Optimization
- Engineering Thermodynamics
- entrepreneurship
- environmental engineering
- Environmental Sciences
- Ergonomics & Styling
- ethics and values
- exploratory data analysis
- fluid mechanics
- foundation of blockchain technology
- foundations of data science
- Foundations of Management and Organizational Behaviour
- french
- fuel cells
- Fuels and Combustion
- Fundamentals of Artificial Intelligence
- Fundamentals of Autonomous Systems
- fundamentals of fog and edge computing
- game theory
- geotechnical earthquake engineering
- german
- Global Brand Marketing Strategies
- heat transfer
- Human Computer Interaction
- industrial engineering
- information security
- information theory and coding
- intelligent database systems
- Internal Combustion Engines
- international economics
- Internet and Web Programming
- introduction to bitcoin
- Introduction to Nanoscience and Nanotechnology
- introduction to psychology
- iot
- IOT Domain Analyst
- japanese
- Java
- kinematics
- knowledge engineering
- linear algebra
- Logic and Combinatorics for Computer Science
- machine learning
- machine learning for data science
- machine learning for robotics
- Machining Processes and Metrology
- macro economies
- malware analysis
- manufacturing processes
- mass media and society
- material science
- Mechanical Operations
- mechanics of machines
- mechanics of solids
- metal casting and welding
- micro
- micro economics
- ML
- Momentum Transfer
- natural disastar mitigation and management
- net programming
- network and communications
- New Venture Planning and Management
- nlp
- OOPs
- open source programming
- operating systems
- Operation research
- optical fiber communications
- optoelectronics
- Parallel and Distributed Computing
- penetration testing and vulnerability analysis
- physics
- Pollution Control and Monitoring
- Polymer Technology
- predictive analysis
- Principles of communication Engineering
- principles of management
- principles of sociology
- Process Plant Utilities
- product development
- programming for data science
- Quantity Surveying and Estimating
- random processes
- Rapid Manufacturing Technologies
- Renewable Energy Sources
- rfid and flexible sensors
- robot modeling and simulation
- robotic process automation
- robotics
- Robotics and Automation
- Robotics Based Industrial Automation
- ruby programming
- satellite communication
- sensor technology
- sensors and actuators
- sensors and instrumentations
- signal processing in robotics
- signals and systems
- soft computing
- software configuration management
- software engineering
- Software Engineering
- soil mechanics and foundation engineering
- Solar Energy Technologies
- Solar Photovoltaic System Design
- Solid and Hazardous Waste Management
- SOLID WASTE MANAGEMENT
- spanish
- statistics
- strength of materials
- structural analysis
- STS Advanced Competitive Coding
- sustainability and society
- sustainable energy
- technical english communication
- thermal energy systems
- toc
- Total Quality Management and Reliability
- transportation engineering
- urban community development
- urban planning
- vehicle dynamics
- Vehicle Inspection & Maintenance
- virtualization
- vlsi
- waste management
- water resource management
- web mining
- web technologies
- wind energy engineering
- wireless and mobile communications
- photo_2024-02-19_17-32-59.jpg
- photo_2026-03-26_07-26-50.jpg
- README.mdGood: README is present.Good: README is well structured with multiple sections.Issue: No screenshots or images in the README (−20 pts).Fix: Add a GIF, screenshot, or logo image. It is the fastest way to show what your project does.Issue: README has no code examples (−15 pts).Fix: Show a quick-start snippet so contributors can see what using your project looks like.Issue: No live demo link in the README (−20 pts).Fix: Link to a deployed version, docs site, or demo video. Users want to see it running.Issue: No status badges in the README (−10 pts).Fix: Add CI/build status badges from shields.io or your CI provider to signal project health.Issue: No install instructions found in the README (−45 pts).Fix: Add a section showing how to install dependencies.Issue: No run or usage instructions found (−45 pts).Fix: Add a section showing how to start or use the project.