Biomedical Related ai Projects
— Tools & PlatformsIndustry-standard simulation, AI/ML, hardware and materials analysis tools used across BCI, Regenerative Medicine, Wearable Health Tech, Biomedicine and Biomaterials project domains.
MATLAB / EEGlab
Python / Jupyter
TensorFlow / PyTorch
BCI2000 / OpenBCI
COMSOL Multiphysics
ANSYS FEA
SolidWorks / AutoCAD
Arduino / ESP32
Raspberry Pi
OpenCV / ImageJ
GROMACS / AutoDock
LabVIEW
FIJI / Bio-Formats
STM32 / nRF52
New Biomedical Projects
60+ IEEE and ScienceDirect 2026 project titles across 5 cutting-edge Biomedical Engineering domains. Filter by domain or scroll through all topics.
| # | Domain | IEEE 2026 Project Title | Tools / Platform |
|---|---|---|---|
| 01 | BCI | SSVEP-Based Brain-Computer Interface for Smart Home Appliance Control Using Power Spectral Density and CCA on OpenBCI Cyton | BCI2000, OpenBCI, MATLAB EEGlab, Python |
| 02 | BCI | Motor Imagery EEG Classification for Rehabilitation Using Common Spatial Patterns and CNN on PhysioNet Dataset | MATLAB, EEGlab, Python (TensorFlow), OpenBCI |
| 03 | BCI | P300 Speller for Paralysis Communication Using Deep Learning ERP Detection and BCI2000 Platform | BCI2000, Python (CNN), MATLAB, OpenBCI |
| 04 | BCI | EEG-Based Emotion Recognition for Adaptive Interfaces Using DEAP Dataset, Wavelet Features and LSTM-CNN | Python (TensorFlow), DEAP Dataset, MATLAB EEGlab |
| 05 | BCI | Closed-Loop EEG Neurofeedback System for ADHD Attention Training Using OpenBCI and BrainFlow SDK | OpenBCI, Python, BrainFlow SDK, MATLAB |
| 06 | BCI | Hybrid BCI Combining EEG Motor Imagery and EOG for Robotic Arm Control Using MATLAB and ROS | MATLAB, EEGlab, OpenBCI, ROS, Robotic Arm |
| 07 | BCI | Seizure Detection and Prediction From Scalp EEG Using GRU Deep Learning on CHB-MIT Clinical Dataset | Python (PyTorch, GRU), CHB-MIT Dataset, MATLAB |
| 08 | BCI | Brain-Controlled Smart Wheelchair Navigation Using EEG P300 and Bluetooth Low Energy on Arduino Due | BCI2000, Arduino Due, BLE, MATLAB, Python |
| 09 | BCI | EEG Artifact Removal Using Independent Component Analysis and Blind Source Separation for Cleaner BCI Signals | MATLAB (EEGlab), Python (MNE), ICA, BSS |
| 10 | BCI | Steady-State Visual Evoked Potential BCI for ALS Patient Communication Using Frequency Detection and FPGA DSP | FPGA (Xilinx), BCI2000, MATLAB, OpenBCI |
| 11 | BCI | Mental Workload Assessment BCI Using EEG Frontal Theta / Alpha Band Analysis for Pilot Fatigue Monitoring | MATLAB, EEGlab, Python, OpenBCI, SVM Classifier |
| 12 | BCI | EEG-Triggered Upper Limb Exoskeleton for Post-Stroke Motor Rehabilitation Using Motor Imagery and EMG Fusion | BCI2000, OpenBCI, MATLAB, STM32, Dynamixel |
| 13 | Regen Med | COMSOL Simulation of Oxygen and Nutrient Diffusion in 3D Bioprinted Hydrogel Scaffold for Cartilage Tissue Engineering | COMSOL Multiphysics, MATLAB, Python |
| 14 | Regen Med | Finite Element Analysis of Electrospun PLGA Nanofibre Scaffold Mechanical Properties for Bone Regeneration Using ANSYS | ANSYS Mechanical, SolidWorks, MATLAB |
| 15 | Regen Med | Mathematical Modelling of Stem Cell Differentiation Dynamics in Bioreactor Cultures Using MATLAB ODE Solver | MATLAB (ODE45), Simulink, Python (SciPy) |
| 16 | Regen Med | Machine Learning-Based Prediction of Organoid Growth Morphology From Phase-Contrast Microscopy Using CNN | Python (TensorFlow, OpenCV), ImageJ/FIJI |
| 17 | Regen Med | Bioelectrical Signal-Guided Wound Healing Model Using COMSOL Multiphysics Electro-Diffusion Coupled Simulation | COMSOL Multiphysics, MATLAB, Python |
| 18 | Regen Med | Deep Learning Segmentation of Histological Images for Quantification of Tissue Regeneration Using U-Net on Whole Slide Images | Python (PyTorch, U-Net), QuPath, FIJI |
| 19 | Regen Med | COMSOL Simulation of Drug Release Kinetics From Biodegradable PLGA Microspheres for Controlled Delivery in Wound Healing | COMSOL, MATLAB, Python (SciPy) |
| 20 | Regen Med | Computational Fluid Dynamics Analysis of Shear Stress on Endothelial Cells in Vascular Tissue Engineering Bioreactors | COMSOL, ANSYS Fluent, MATLAB |
| 21 | Regen Med | Neural Network Prediction of Scaffold Porosity-Mechanical Strength Trade-Off for 3D-Printed Hydroxyapatite Bone Implants | Python (TensorFlow), MATLAB, ANSYS, SolidWorks |
| 22 | Regen Med | Systems Biology ODE Model of TGF-β Signalling Pathway in Fibrosis and Regenerative Wound Response Using MATLAB | MATLAB, Simulink, Python (SciPy), BioNetGen |
| 23 | Regen Med | Image Analysis of Cardiac Organoid Contractility Using Python-Based Optical Flow on Brightfield Timelapse Videos | Python (OpenCV), ImageJ, FIJI, MATLAB |
| 24 | Regen Med | Electrical Stimulation of Skeletal Muscle Tissue Construct for Enhanced Myogenesis — COMSOL E-Field and Viability Model | COMSOL, MATLAB, Arduino, Pulse Generator |
| 25 | Wearable | IoT-Based 12-Lead Wearable ECG Patch With AD8232 AFE, ESP32 and Cloud Dashboard for Real-Time Arrhythmia Monitoring | Arduino/ESP32, AD8232, Firebase, Python, MATLAB |
| 26 | Wearable | Non-Invasive Continuous Blood Glucose Estimation Wearable Using NIR Spectroscopy and Machine Learning on Raspberry Pi | Raspberry Pi, NIR Sensor, Python (scikit-learn), MATLAB |
| 27 | Wearable | Wearable Fall Detection System for Elderly Using IMU (MPU6050), Edge AI TensorFlow Lite and GSM Alert on nRF52 | nRF52, MPU6050, TensorFlow Lite, GSM SIM800 |
| 28 | Wearable | Smart Pulse Oximetry and Heart Rate Wristband With MAX30102, BLE and Predictive SpO₂ Alert via Android App | Arduino, MAX30102, BLE, Android Studio, Firebase |
| 29 | Wearable | Parkinson's Tremor Severity Monitoring Smart Glove With Accelerometer, Gyroscope and BLE Cloud Reporting | nRF52, MPU6050, Python, Firebase IoT, MATLAB |
| 30 | Wearable | Epilepsy Seizure Detection Wearable Using EEG-IMU Sensor Fusion and Edge CNN on ESP32 With Emergency Alert | ESP32, ADS1299 EEG, IMU, TensorFlow Lite, GSM |
| 31 | Wearable | Continuous Blood Pressure Estimation From PPG Waveform Using LSTM Neural Network and PTT Feature Extraction | Python (TensorFlow LSTM), MATLAB, MAX30102 |
| 32 | Wearable | Wearable Gait Analysis Insole With Force Sensors and IMU for Diabetic Foot Pressure Mapping and Cloud Analytics | Arduino, FSR Sensor, IMU, Python, Firebase, Tableau |
| 33 | Wearable | AI-Powered Sleep Stage Classification Wristband Using EEG + PPG + Accelerometer Fusion and Random Forest | Python (scikit-learn), MATLAB, nRF52, MAX30102 |
| 34 | Wearable | Sweat-Based Electrochemical Biosensor Wearable Patch for Real-Time Cortisol Stress Monitoring With Bluetooth | Arduino/ESP32, Potentiostat IC, BLE, Python, MATLAB |
| 35 | Wearable | ECG-Based Stress and Emotion Classification Using HRV Features and SVM/CNN for Wearable Mental Wellness Monitoring | MATLAB, Python (scikit-learn, TensorFlow), AD8232 |
| 36 | Wearable | Smart Inhaler IoT Device for COPD Patients With Flow Sensor, Medication Adherence Tracking and Physician Dashboard | Arduino, Flow Sensor, BLE, Firebase, Android Studio |
| 37 | Biomedicine | CNN-Based Brain Tumour Detection and Grading From MRI Scans Using Transfer Learning (ResNet50/VGG16) on BraTS Dataset | Python (TensorFlow), OpenCV, BraTS 2024 Dataset |
| 38 | Biomedicine | Deep Learning-Based Diabetic Retinopathy Grading From Fundus Images Using EfficientNet on Kaggle APTOS Dataset | Python (PyTorch, EfficientNet), MATLAB, APTOS Dataset |
| 39 | Biomedicine | AI Drug–Target Interaction Prediction Using Graph Neural Networks on ChEMBL and UniProt Databases | Python (PyG, RDKit), BioPython, ChEMBL, UniProt |
| 40 | Biomedicine | CRISPR Off-Target Site Prediction Using Deep Learning (Transformer / LSTM) on Genome-Wide Off-Target Datasets | Python (Transformers/HuggingFace), BioPython, BLAST |
| 41 | Biomedicine | Automated Skin Lesion Classification (Melanoma vs Benign) Using EfficientNet and Grad-CAM on ISIC 2024 Dataset | Python (TensorFlow, Grad-CAM), MATLAB, ISIC Dataset |
| 42 | Biomedicine | Molecular Dynamics Simulation of Anticancer Drug Docking With EGFR Protein Using AutoDock Vina and GROMACS | AutoDock Vina, GROMACS, PyMOL, BioPython |
| 43 | Biomedicine | Single-Cell RNA-seq Clustering and Cell Type Annotation Using Seurat / Scanpy for Tumour Microenvironment Analysis | Python (Scanpy), R (Seurat), TCGA Dataset, UMAP |
| 44 | Biomedicine | Federated Learning Framework for Privacy-Preserving ECG Arrhythmia Classification Across Multiple Hospital Sites | Python (PySyft, TensorFlow), PhysioNet, MATLAB |
| 45 | Biomedicine | Ultrasound Image Segmentation for Thyroid Nodule Detection Using Attention U-Net and Transfer Learning | Python (PyTorch, U-Net), OpenCV, MATLAB |
| 46 | Biomedicine | Protein Structure Prediction and Binding Site Analysis Using AlphaFold2 and PocketFinder for Novel Drug Targets | AlphaFold2, PyMOL, BioPython, AutoDock, GROMACS |
| 47 | Biomedicine | Cancer Gene Expression Multi-Class Classification Using RNA-Seq Data, PCA Dimensionality Reduction and XGBoost | Python (scikit-learn, XGBoost), R, TCGA/GEO Datasets |
| 48 | Biomedicine | AI-Based COVID-19 Detection From Chest X-Ray Using Ensemble CNN (DenseNet + ResNet) and Explainability (SHAP) | Python (TensorFlow, SHAP), OpenCV, COVID-19 Dataset |
| 49 | Biomaterials | COMSOL FEA of Stress Distribution in Biodegradable PLGA/HA Composite Bone Implant Under Physiological Loading | COMSOL Multiphysics, ANSYS, SolidWorks, MATLAB |
| 50 | Biomaterials | Molecular Dynamics Simulation of Polymer-Drug Interaction in PEGylated Nanocarrier for Doxorubicin Delivery | GROMACS, NAMD, VMD, AutoDock, Python |
| 51 | Biomaterials | Machine Learning Prediction of Hydrogel Mechanical Properties (Young's Modulus, Swelling) From Crosslinker Concentration Data | Python (scikit-learn, XGBoost, ANN), MATLAB |
| 52 | Biomaterials | COMSOL Simulation of pH-Responsive Drug Release From Chitosan-Alginate Hydrogel Bead in GI Tract Environment | COMSOL Multiphysics, MATLAB, Python (SciPy) |
| 53 | Biomaterials | Finite Element Analysis of Hydroxyapatite-Coated Titanium Dental Implant Osseointegration and Fatigue Life Using ANSYS | ANSYS Mechanical, SolidWorks, MATLAB, COMSOL |
| 54 | Biomaterials | Deep Learning Image Analysis of SEM Micrographs for Automatic Nanoparticle Size Distribution Measurement | Python (TensorFlow, OpenCV), ImageJ, MATLAB |
| 55 | Biomaterials | Piezoelectric Biopolymer (PVDF) Scaffold Simulation for Bone Regeneration Using COMSOL Piezo-Structural Coupling | COMSOL Multiphysics, MATLAB, SolidWorks |
| 56 | Biomaterials | GROMACS Simulation of Self-Assembling Peptide Amphiphile Nanostructures for Spinal Cord Regeneration Scaffold Design | GROMACS, VMD, PyMOL, NAMD, Python |
| 57 | Biomaterials | Monte Carlo Simulation of Nanoparticle Diffusion and Tumour Penetration for EPR-Effect Drug Delivery Optimisation | MATLAB (Monte Carlo), Python, COMSOL |
| 58 | Biomaterials | Corrosion Behaviour Simulation of Magnesium Alloy Biodegradable Orthopaedic Implant Using COMSOL Electrochemistry Module | COMSOL Multiphysics, MATLAB, ANSYS |
| 59 | Biomaterials | ANN-Based Optimisation of Electrospinning Parameters for PLGA/Collagen Nanofibre Diameter Control | MATLAB (ANN Toolbox), Python, SEM ImageJ Analysis |
| 60 | Biomaterials | Topology Optimisation of Lattice-Structured Ti6Al4V 3D-Printed Orthopaedic Implant for Weight Reduction and Osseointegration | ANSYS Mechanical, SolidWorks, MATLAB, nTopology |
All topics are aligned with IEEE JBHI, IEEE TNSRE, Biomaterials (Elsevier), Acta Biomaterialia, Tissue Engineering Parts A/B/C, ACS Nano, Advanced Healthcare Materials and Biomedicines (MDPI) 2026. Contact us on WhatsApp for base-paper PDF, simulation files and implementation support.
Regenerative Medicine Projects
BCI signal acquisition, wearable embedded systems, MATLAB signal processing, COMSOL simulation and biomaterials analysis workstations for IEEE 2026 Biomedical Engineering projects — BE, MTech and PhD scholars.
EEG / BCI Workstation
MATLAB Biomedical Signal Lab
Raspberry Pi Wearable Rig
Arduino / ESP32 IoT Bench
Deep Learning Medical Imaging
COMSOL Scaffold Simulation
LabVIEW Instrumentation Lab
FPGA Biomedical DSP
Python Bioinformatics Lab
MTech / PhD Mentoring RoomFrequently Asked Questions
What IEEE 2026 Biomedical project topics are available in Bangalore?
We offer 60+ IEEE 2026 topics across Brain-Computer Interface (SSVEP, P300, Motor Imagery, seizure detection), Regenerative Medicine (COMSOL scaffold, stem cell ODE, organoid image analysis), Wearable Health Tech (ECG patch, continuous glucose, fall detection), Biomedicine (MRI tumour CNN, drug-target GNN, scRNA-seq, AlphaFold) and Biomaterials (COMSOL FEA, GROMACS MD, ML scaffold optimisation).
Which simulation tools are used in your advanced Biomedical projects?
MATLAB/EEGlab (BCI signal processing), Python TensorFlow/PyTorch (deep learning), COMSOL Multiphysics (scaffold diffusion, drug release, implant FEA), ANSYS (biomechanical stress), SolidWorks (implant CAD), Arduino/ESP32 (wearable embedded), Raspberry Pi (edge AI), BCI2000/OpenBCI (EEG), GROMACS/AutoDock (molecular dynamics), ImageJ/FIJI (histology analysis).
Do you provide complete Biomedical project kits with report, code and viva support?
Yes. Every project includes an IEEE 2026 base paper, hardware prototype or software simulation, source code (MATLAB/Python/Arduino), circuit/block diagram, university-format report (VTU, Anna University, JNTU, SRM, Manipal), PPT, demo video and viva Q&A on biomedical concepts, regulatory standards (ISO 10993, IEC 60601) and methodology.
Are Biomaterials and Regenerative Medicine projects suitable for MTech and PhD scholars?
Yes. MTech/PhD projects include COMSOL scaffold diffusion modelling, MATLAB drug-release kinetics, Python organoid image analysis, machine learning for biomaterial property prediction, and GROMACS molecular dynamics — with IEEE/ScienceDirect 2026 base papers and complete thesis-format chapters.
Which journals publish Biomedical projects from your domains?
IEEE TNSRE and IEEE JBHI (BCI, Wearable), Biomaterials and Acta Biomaterialia (Elsevier) for Biomaterials, Tissue Engineering Parts A/B/C (Regenerative Medicine), ACS Nano and Advanced Healthcare Materials (drug delivery and nanosystems), Sensors MDPI (wearables), and Biomedicines MDPI (clinical biomedicine). We help identify and procure the most relevant 2026 base paper for your selected topic.
Can BE students do BCI and Wearable Health Tech projects?
Yes. Beginner-friendly BCI projects use MATLAB EEGlab and Python with pre-recorded PhysioNet or OpenBCI datasets. Wearable Health Tech projects use Arduino/ESP32 with AD8232 ECG, MAX30102 SpO₂, MPU6050 IMU and GSM — all with complete hardware kit, code, circuit diagram, report and viva support for BE final year students.