Computer Science, ISE, AI & Machine Learning engineering projects in Bangalore — WEBUILDPRO lab dark technical environment
// CSE / ISE / AI / ML PROJECTS

Computer Science, ISE, AI & Machine Learning in Bangalore

AI systems and software that run on real data — not demo datasets.

Machine LearningDeep LearningComputer VisionNLPBlockchainIoT IntegrationCloud & Edge AINetwork SecurityData Engineering
// PROJECT TITLES

12 project titles — click to expand.

A computer vision system that identifies registered individuals from a live camera feed and marks attendance automatically in a database, eliminating manual roll-calls. Uses MTCNN for face detection and FaceNet embeddings for identification, achieving sub-200ms recognition latency on standard hardware.

// CORE TECHNOLOGIES

PythonOpenCVMTCNNFaceNetSQLiteFlaskRaspberry Pi / PC

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 3–4 weeksIntermediate

A CNN-based image classification system trained on PlantVillage dataset to identify 38 crop disease categories from leaf photographs captured via a mobile camera. The system runs inference on-device using TensorFlow Lite, enabling offline diagnosis in low-connectivity agricultural settings.

// CORE TECHNOLOGIES

PythonTensorFlow / KerasMobileNetV2TFLiteReact NativePlantVillage Dataset

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 3–4 weeksIntermediate

An NLP pipeline that classifies news articles as real or fabricated using a fine-tuned BERT model trained on the LIAR and FakeNewsNet datasets. A browser extension and web dashboard allow users to paste article text or URLs for real-time credibility scoring with explainability outputs.

// CORE TECHNOLOGIES

PythonHuggingFace TransformersBERTFastAPIReactLIAR Dataset

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 4 weeksAdvanced

A decentralised land ownership and transfer system built on Ethereum, where property records are stored as NFTs and ownership transfers are executed via smart contracts — removing the need for centralised intermediaries and reducing fraud risk. Includes a React frontend connected to MetaMask.

// CORE TECHNOLOGIES

SolidityEthereumHardhatIPFSReactMetaMaskWeb3.js

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 4–5 weeksAdvanced

An automated recruitment pipeline that parses resumes in PDF/DOCX format, extracts structured entities (skills, experience, education) using spaCy NER, and ranks candidates against a job description using TF-IDF and semantic similarity scoring. Reduces initial screening time by over 80% in test deployments.

// CORE TECHNOLOGIES

PythonspaCyscikit-learnpdfminerFlaskPostgreSQL

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 3 weeksIntermediate

A real-time alert system that monitors a driver's eye aspect ratio (EAR) and mouth aspect ratio (MAR) using dlib facial landmarks to detect microsleep and yawning events. An audio alarm triggers when drowsiness thresholds are exceeded for more than 2 consecutive seconds, with an optional SMS alert via Twilio.

// CORE TECHNOLOGIES

PythonOpenCVdlibimutilsRaspberry Pi CameraPygame

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 2–3 weeksIntermediate

A privacy-preserving machine learning framework where multiple hospital nodes train a shared diagnostic model on local patient data without centralising records. Uses PySyft for federated aggregation and demonstrates differential privacy guarantees on a chest X-ray pneumonia classification task.

// CORE TECHNOLOGIES

PythonPySyftPyTorchTensorFlow FederatedFlaskNIH Chest X-Ray Dataset

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 5–6 weeksAdvanced

A time-series forecasting system that predicts urban traffic density at intersections 30 minutes ahead using LSTM networks trained on historical sensor data. The model integrates with a simulated traffic light controller to demonstrate adaptive signal timing, reducing average wait times by 22% in simulation.

// CORE TECHNOLOGIES

PythonKeras LSTMNumPyPandasSUMO SimulatorMatplotlib

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 4 weeksAdvanced

A retrieval-augmented generation chatbot that ingests institutional documents (syllabi, regulations, timetables) into a vector database and answers student queries with cited source passages. Built on LangChain with a local LLM backend, ensuring no student data is sent to external APIs.

// CORE TECHNOLOGIES

PythonLangChainChromaDBOllama / Llama3FastAPIReact

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 4–5 weeksAdvanced

A binary and multi-class classifier trained on the NSL-KDD and CICIDS datasets to distinguish normal network traffic from 14 attack categories including DoS, probe, R2L and U2R. An XGBoost ensemble achieves 98.4% accuracy on the test set, with a live packet capture interface using Scapy.

// CORE TECHNOLOGIES

PythonXGBoostscikit-learnScapyWiresharkNSL-KDD Dataset

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 3–4 weeksAdvanced

An automated warehouse inventory system using RFID readers and ESP32 nodes to track item movements in real time. A web dashboard displays current stock levels, triggers low-stock alerts via Telegram, and logs all transactions to a cloud database — eliminating manual stocktaking for small warehouses.

// CORE TECHNOLOGIES

ESP32RFID RC522Node.jsMQTTInfluxDBGrafanaTelegram Bot API

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 3–4 weeksIntermediate

A real-time pipeline that streams tweets via the Twitter API, classifies sentiment using a fine-tuned RoBERTa model, and visualises trends on a live dashboard. Supports topic filtering, temporal trend plots, and geographic heat maps of sentiment distribution.

// CORE TECHNOLOGIES

PythonTweepyRoBERTaApache KafkaElasticsearchKibana

// WHAT YOU GET

  • Working hardware/software demo
  • Full source code
  • Circuit diagrams & schematics
  • Bill of Materials (BOM)
  • Project report material
  • PPT support
  • Viva walkthrough session
Est. 3 weeksIntermediate

Have your own idea?

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Discuss My Idea
// FAQ

Questions we get asked every week.

Do you support IEEE paper-based projects?

Yes. We implement both IEEE and non-IEEE titles. If you have a specific paper, bring the DOI and we will scope the implementation against your timeline.

Yes. Training is done on our hardware in the lab. You receive the trained model weights, inference code, and performance benchmarks as part of the delivery.

We scope the full stack — backend ML pipeline plus frontend interface. Mention it in the requirement and it will be included in the quote.

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