IEEE 2026 Biomedical Engineering — Tools & Platforms
Industry-standard simulation, analysis, hardware and AI tools used across all 18 biomedical engineering domains in our Bangalore project lab.
MATLAB / Simulink
LabVIEW
Python / Jupyter
TensorFlow / PyTorch
OpenCV
Arduino / ESP32
Raspberry Pi
FPGA (Xilinx/Intel)
ANSYS
SolidWorks / AutoCAD
COMSOL Multiphysics
Simulink / Biosig Toolbox
BioPython / R
IBM SPSS / SAS
Proteus / Multisim
90+ IEEE 2026 Biomedical Engineering Project Topics — All Domains
Curated IEEE-style 2025–2026 Biomedical Engineering project topics for BE, B.Tech, MTech and Diploma students across 18 specialised domains. Every topic includes IEEE base paper reference, MATLAB/Python/Arduino source code, circuit diagram, report, PPT and viva support. Covering Bioinstrumentation, Medical Devices, Biomaterials, Tissue Engineering, Medical Imaging, Signal Processing, Biomechanics, Neural Engineering, Drug Delivery, Genetic Engineering and more.
| # | Domain | IEEE 2026 Biomedical Project Title / Topic | Tools & Platform |
|---|---|---|---|
| 01 | Bioinstrumentation | IoT-Based Multi-Parameter Patient Monitoring System for ICU with Real-Time ECG, SpO₂ and Temperature Alerts | Arduino, ESP32, LabVIEW, ThingSpeak |
| 02 | Bioinstrumentation | FPGA-Based Portable ECG Acquisition System with Pan-Tompkins R-Peak Detection and Arrhythmia Classification | Xilinx FPGA, MATLAB, ADS1292R |
| 03 | Bioinstrumentation | Wireless EEG Brainwave Monitoring Headset with BLE and Seizure Pre-Detection Alert Using CNN | Arduino, OpenBCI, TensorFlow, BLE |
| 04 | Bioinstrumentation | Non-Invasive Blood Glucose Monitoring System Using Near-Infrared (NIR) Spectroscopy and Machine Learning | Raspberry Pi, NIR Sensor, Python, scikit-learn |
| 05 | Bioinstrumentation | Low-Cost Portable Spirometer for Pulmonary Function Testing with MATLAB Data Visualization | Arduino Mega, Flow Sensor, MATLAB, LabVIEW |
| 06 | Medical Devices | AI-Driven Smart Insulin Pump with Closed-Loop Glucose Control and Hypoglycaemia Safety Algorithm | Raspberry Pi, Python, CGM Sensor, MATLAB |
| 07 | Medical Devices | Implantable Cardiac Pacemaker Simulation with Adaptive Rate Control and FPGA Implementation | Xilinx Vivado, VHDL, MATLAB Simulink |
| 08 | Medical Devices | Smart Wound Monitoring Patch with pH, Temperature and Bacterial Biosensor Integration over IoT | Arduino, ESP32, Biosensor Array, ThingSpeak |
| 09 | Medical Devices | Wearable Sweat-Based Electrolyte Monitoring Device for Athlete Health Management Using IoT | ESP32, Electrochemical Sensor, Python, Firebase |
| 10 | Medical Devices | Low-Cost 3D-Printed Smart Nebuliser with Particle Size Optimisation for Paediatric Respiratory Therapy | 3D Printing, Arduino, Aerosol Sensor, LabVIEW |
| 11 | Biomaterials | Finite Element Analysis of Hydroxyapatite-Coated Titanium Implants Under Cyclic Loading for Dental Applications | ANSYS, COMSOL, SolidWorks, MATLAB |
| 12 | Biomaterials | Computational Modelling of Biodegradable Polymer Stent Degradation Kinetics Using COMSOL Multiphysics | COMSOL, MATLAB, Python |
| 13 | Biomaterials | Machine Learning-Based Biocompatibility Prediction for Novel Hydrogel Biomaterials Using Molecular Descriptors | Python, RDKit, scikit-learn, MATLAB |
| 14 | Biomaterials | Piezoelectric PVDF Scaffold Simulation for Bone Regeneration with Electrical Stimulation Analysis | COMSOL, ANSYS, MATLAB |
| 15 | Biomaterials | Deep Learning Prediction of Wear Behaviour in Ultra-High Molecular Weight Polyethylene (UHMWPE) Hip Implants | Python, TensorFlow, ANSYS, MATLAB |
| 16 | Tissue Engineering | MATLAB Simulation of Oxygen and Nutrient Diffusion in 3D Scaffold for Cardiac Tissue Engineering | MATLAB PDE Toolbox, COMSOL |
| 17 | Tissue Engineering | CNN-Based Automated Cell Viability Assessment in 3D Bioprinted Tissue Constructs Using Fluorescence Microscopy | Python, TensorFlow, OpenCV, MATLAB |
| 18 | Tissue Engineering | Computational Fluid Dynamics Modelling of Bioreactor Hydrodynamics for Cartilage Tissue Growth | COMSOL, ANSYS Fluent, MATLAB |
| 19 | Tissue Engineering | Agent-Based Simulation of Stem Cell Differentiation Dynamics in Scaffold Microenvironments | NetLogo, MATLAB, Python |
| 20 | Tissue Engineering | Electrospun Nanofibre Scaffold Characterisation for Skin Tissue Engineering Using Image Processing | MATLAB Image Processing Toolbox, SEM Analysis, Python |
| 21 | Medical Imaging | Deep Learning-Based Brain Tumour Detection and Segmentation from MRI Using U-Net Architecture | Python, TensorFlow, OpenCV, MATLAB |
| 22 | Medical Imaging | Automated Diabetic Retinopathy Grading from Retinal Fundus Images Using CNN and Transfer Learning | Python, PyTorch, OpenCV, MATLAB |
| 23 | Medical Imaging | Lung Nodule Detection in CT Scans Using 3D Convolutional Neural Networks for Early Cancer Screening | Python, TensorFlow, SimpleITK, MATLAB |
| 24 | Medical Imaging | Ultrasound Liver Fibrosis Classification Using Deep Feature Extraction and SVM Classifier | MATLAB, Python, OpenCV, scikit-learn |
| 25 | Medical Imaging | Dental X-Ray Caries Detection Using YOLOv8 and Attention-Based Feature Pyramid Network | Python, YOLOv8, PyTorch, OpenCV |
| 26 | Signal Processing | ECG Arrhythmia Classification Using LSTM-CNN Hybrid Deep Learning on PhysioNet MIT-BIH Dataset | MATLAB, Python, TensorFlow, Wfdb Toolbox |
| 27 | Signal Processing | EEG-Based Motor Imagery Brain–Computer Interface Using Common Spatial Pattern and SVM | MATLAB EEGLAB, Python, MNE-Python |
| 28 | Signal Processing | EMG Signal-Based Prosthetic Hand Gesture Recognition Using Deep Learning and Arduino | MATLAB, Python, Arduino, Myo Armband |
| 29 | Signal Processing | PPG-Based Continuous Blood Pressure Estimation Using Pulse Transit Time and Machine Learning | MATLAB, Python, Arduino, MAX30102 |
| 30 | Signal Processing | Fetal Heart Rate Extraction from Maternal Abdominal ECG Using Adaptive Noise Cancellation and Wavelet Transform | MATLAB Signal Processing Toolbox, Python, LabVIEW |
| 31 | Biomechanics | Gait Analysis and Fall Risk Prediction in Elderly Patients Using Wearable IMU Sensors and Machine Learning | Arduino, MPU6050, Python, MATLAB |
| 32 | Biomechanics | Finite Element Analysis of Human Lumbar Vertebra Under Compressive Loading for Spinal Implant Design | ANSYS, SolidWorks, MATLAB, COMSOL |
| 33 | Biomechanics | Musculoskeletal Simulation of Lower Limb Dynamics During Running Using OpenSim and MATLAB | OpenSim, MATLAB, Python |
| 34 | Biomechanics | Computational Fluid Dynamics Simulation of Blood Flow in Stenosed Coronary Artery Using ANSYS Fluent | ANSYS Fluent, SolidWorks, MATLAB |
| 35 | Biomechanics | Plantar Pressure Distribution Analysis for Diabetic Foot Ulcer Risk Assessment Using Pressure Mat and Deep Learning | Python, Arduino, Pressure Sensor Matrix, MATLAB |
| 36 | Orthopaedic | FEA-Based Stress Analysis of Total Knee Replacement Implant Under Dynamic Gait Loading Conditions | ANSYS, SolidWorks, MATLAB |
| 37 | Orthopaedic | 3D Printing of Patient-Specific Orthopaedic Implant Using CT-Scan Reconstruction and SolidWorks Design | SolidWorks, Mimics, 3D Printing, MATLAB |
| 38 | Orthopaedic | Smart Bone Fracture Detection and Classification from X-Ray Using YOLOv8 and Deep Learning | Python, YOLOv8, OpenCV, TensorFlow |
| 39 | Orthopaedic | Osseointegration Simulation of Porous Titanium Implant Using Micro-CT Image Analysis and FEA | ANSYS, MATLAB, Python, ImageJ |
| 40 | Orthopaedic | Wearable Knee Joint Load Monitoring System for Post-Surgical Rehabilitation Using IoT and AI | Arduino, IMU, Python, Firebase, MATLAB |
| 41 | Rehabilitation | EEG-Controlled Robotic Exoskeleton for Upper Limb Motor Rehabilitation in Stroke Patients | MATLAB EEGLAB, Arduino, Servo Motors, Python |
| 42 | Rehabilitation | AI-Assisted Gait Rehabilitation System with Real-Time Feedback Using Wearable Sensors and LSTM | Python, TensorFlow, Arduino, IMU Sensors |
| 43 | Rehabilitation | Smart Glove for Hand Rehabilitation Exercises with Motion Tracking and Gamified Feedback | Arduino, Flex Sensors, ESP32, Unity 3D, Python |
| 44 | Rehabilitation | IoT-Enabled Remote Physiotherapy Monitoring Platform with Progress Tracking and Therapist Dashboard | Raspberry Pi, Python, Firebase, Web App |
| 45 | Rehabilitation | Functional Electrical Stimulation (FES) System for Drop Foot Correction Using EMG Feedback Control | MATLAB, Arduino, EMG Sensor, Muscle Stimulator |
| 46 | Assistive Tech | Eye-Gaze Controlled Wheelchair Navigation System for Paralysed Patients Using OpenCV and Raspberry Pi | Raspberry Pi, OpenCV, Python, L298N |
| 47 | Assistive Tech | Voice-Controlled Smart Home Environment System for Quadriplegic Patients Using NLP and IoT | Raspberry Pi, Google Speech API, Python, ESP32 |
| 48 | Assistive Tech | MEMS-Based Gesture Recognition Glove for Sign Language Translation Using Deep Learning | Arduino, MEMS Sensor, Python, TensorFlow |
| 49 | Assistive Tech | AI-Powered Audio Navigation Stick for Visually Impaired with Object Detection and GPS Guidance | Raspberry Pi, YOLOv8, GPS, Python, Ultrasonic |
| 50 | Assistive Tech | Brain-Computer Interface AAC System for ALS Patients Using P300 EEG Speller and MATLAB | OpenBCI, MATLAB EEGLAB, Python |
| 51 | Computational Biology | Molecular Dynamics Simulation of SARS-CoV-2 Spike Protein Binding with ACE2 Receptor Using GROMACS | GROMACS, Python, VMD, MATLAB |
| 52 | Computational Biology | Deep Learning-Based Protein Secondary Structure Prediction Using LSTM and Attention Mechanism | Python, TensorFlow, BioPython, UniProt |
| 53 | Computational Biology | Mathematical Modelling of Tumour Growth Dynamics Using Ordinary Differential Equations in MATLAB | MATLAB, Python SciPy, COMSOL |
| 54 | Computational Biology | Pharmacokinetic / Pharmacodynamic (PK/PD) Modelling of Drug Concentration Using MATLAB SimBiology | MATLAB SimBiology, Python, R |
| 55 | Computational Biology | Cell Migration Pattern Analysis Using Agent-Based Modelling and Deep Learning Image Classification | NetLogo, Python, TensorFlow, MATLAB |
| 56 | Bioinformatics | Machine Learning-Based Cancer Gene Expression Classification Using RNA-Seq Data from TCGA Database | Python, scikit-learn, R, Bioconductor |
| 57 | Bioinformatics | Drug–Target Interaction Prediction Using Graph Neural Networks on ChEMBL and BindingDB Datasets | Python, PyTorch Geometric, RDKit, DeepPurpose |
| 58 | Bioinformatics | Multiple Sequence Alignment and Phylogenetic Tree Construction for SARS-CoV-2 Variants Using BioPython | BioPython, MEGA, CLUSTAL, Python |
| 59 | Bioinformatics | Single-Cell RNA Sequencing Analysis Pipeline for Tumour Microenvironment Characterisation Using Seurat | R, Seurat, Python, Scanpy, UMAP |
| 60 | Bioinformatics | Protein Structure Prediction and Binding Pocket Analysis for Novel Antimicrobial Peptides Using AlphaFold2 | AlphaFold2, PyMOL, Python, AutoDock Vina |
| 61 | Clinical Engineering | IoT-Based Hospital Asset Tracking and Medical Equipment Lifecycle Management System Using RFID | Arduino, RFID RC522, ESP32, Node-RED, MQTT |
| 62 | Clinical Engineering | AI-Powered Clinical Decision Support System for Sepsis Early Warning Using EHR Data and LSTM | Python, TensorFlow, PostgreSQL, MIMIC-III |
| 63 | Clinical Engineering | Automated Electrical Safety Testing Framework for Biomedical Devices Compliant with IEC 62353 Standards | LabVIEW, NI DAQ, Python, MATLAB |
| 64 | Clinical Engineering | Predictive Maintenance System for ICU Ventilators Using Vibration Sensors and Deep Learning | Python, TensorFlow, Raspberry Pi, Vibration Sensor |
| 65 | Clinical Engineering | Machine Learning-Based Hospital Readmission Prediction from Structured EHR Records Using XGBoost | Python, XGBoost, pandas, MIMIC-IV |
| 66 | Neural Engineering | EEG Seizure Onset Detection Using Wavelet-Based Feature Extraction and Random Forest Classifier | MATLAB EEGLAB, Python, scikit-learn |
| 67 | Neural Engineering | Deep Brain Stimulation Parameter Optimisation Using Computational Neural Network Simulation in NEURON | NEURON Simulator, MATLAB, Python |
| 68 | Neural Engineering | Non-Invasive Vagus Nerve Stimulation Device Design with Closed-Loop EEG Feedback for Epilepsy Management | Arduino, MATLAB, EEG, TMS320 DSP |
| 69 | Neural Engineering | Spike Sorting and Neural Signal Decoding from Microelectrode Array Data Using ICA and CNN | MATLAB, Python, TensorFlow, MNE |
| 70 | Neural Engineering | Neuromorphic Computing Implementation of Spiking Neural Network for Real-Time Biomedical Signal Classification | Intel Loihi, Python, Brian2, MATLAB |
| 71 | Pharmaceutical Engg | AI-Based Drug Repurposing Prediction for COVID-19 Using Knowledge Graphs and Graph Neural Networks | Python, PyTorch Geometric, Neo4j, RDKit |
| 72 | Pharmaceutical Engg | MATLAB-Based Pharmaceutical Process Simulation for Tablet Coating Uniformity Using Monte Carlo Methods | MATLAB, COMSOL, Python SciPy |
| 73 | Pharmaceutical Engg | Deep Learning QSAR Modelling for Toxicity Prediction of Drug Candidate Molecules Using ChEMBL Dataset | Python, DeepChem, RDKit, TensorFlow |
| 74 | Pharmaceutical Engg | Automated HPLC Chromatogram Analysis and Impurity Quantification Using Image Processing and MATLAB | MATLAB, Python, OpenCV, LabVIEW |
| 75 | Pharmaceutical Engg | Blockchain-Based Pharmaceutical Supply Chain Counterfeit Drug Detection System with RFID and IoT | Ethereum, Raspberry Pi, RFID, Python |
| 76 | Drug Delivery | COMSOL Simulation of pH-Responsive Hydrogel Nanoparticle Drug Release Kinetics for Cancer Therapy | COMSOL, MATLAB, Python SciPy |
| 77 | Drug Delivery | Machine Learning-Based Optimisation of Liposomal Drug Formulation for Targeted Tumour Delivery | Python, scikit-learn, MATLAB, R |
| 78 | Drug Delivery | Wearable Transdermal Drug Delivery Patch with IoT-Based Dosing Control and GSM Patient Alert | Arduino, ESP32, Iontophoresis Circuit, GSM |
| 79 | Drug Delivery | Microfluidic Chip Design for Controlled Nanoparticle Synthesis and Drug Encapsulation Simulation | COMSOL, SolidWorks, MATLAB, Python |
| 80 | Drug Delivery | Feedback-Controlled Implantable Drug Delivery System with Biosensor-Triggered Release for Diabetes Management | Arduino, CGM Sensor, Python, MATLAB Simulink |
| 81 | Genetic Engineering | CRISPR-Cas9 Off-Target Site Prediction Using Deep Learning and Genome-Wide Sequence Analysis | Python, TensorFlow, BioPython, BLAST |
| 82 | Genetic Engineering | Whole Exome Sequencing Variant Calling and Pathogenicity Classification Using GATK and Machine Learning | GATK, Python, R, VarScan, scikit-learn |
| 83 | Genetic Engineering | Gene Regulatory Network Inference from Single-Cell RNA-Seq Using GENIE3 and Graph Deep Learning | R, Python, GENIE3, Scanpy, PyTorch |
| 84 | Genetic Engineering | Genetic Algorithm-Based Multi-Objective Optimisation of Synthetic Gene Circuit Parameters in MATLAB | MATLAB, Python, SimBiology, Genetic Algorithm Toolbox |
| 85 | Genetic Engineering | Deep Learning SNP Variant Classification for Hereditary Disease Risk Prediction from Genomic Biobank Data | Python, TensorFlow, Hail, BioPython |
| 86 | Systems Biology | ODE-Based Mathematical Modelling of Insulin–Glucose Regulatory System for Type 2 Diabetes Simulation | MATLAB SimBiology, Python SciPy, R |
| 87 | Systems Biology | Boolean Network Modelling of Cell Cycle Regulatory Pathways and Attractor State Analysis | MATLAB, Python, BoolNet (R), GINsim |
| 88 | Systems Biology | Flux Balance Analysis of Human Metabolic Network for Disease Biomarker Identification Using COBRApy | Python COBRApy, MATLAB, COBRA Toolbox |
| 89 | Systems Biology | Multi-Scale Mechanistic Simulation of Immune Response to Viral Infection Using Hybrid ODE-ABM Modelling | MATLAB, NetLogo, Python, COPASI |
| 90 | Systems Biology | Network-Based Drug Target Identification Using Protein–Protein Interaction Graph Mining and Centrality Analysis | Python NetworkX, Cytoscape, R, STRING DB |
All titles are IEEE 2025–2026 aligned and refreshed each semester. Call or WhatsApp us for the full base-paper list, implementation guide, source code and hardware demo for any topic above. Final year Biomedical Engineering Projects in Bangalore — BE, MTech, Diploma, PhD.
Biomedical Project Lab Gallery — Bangalore
Inside our Bangalore biomedical engineering lab — MATLAB workstations, LabVIEW setups, Arduino & Raspberry Pi hardware rigs, FPGA boards, signal processing benches and biomedical instrumentation project stations for BE, MTech, Diploma and PhD scholars.
MATLAB Signal Processing Lab
LabVIEW Instrumentation Bench
Biomedical Hardware Setup
FPGA / VLSI Signal Lab
AI Medical Imaging Station
Wearable & IoT Health Lab
Biomedical Imaging Desk
Neural Engineering Setup
Bioinformatics Analysis Lab
Rehab & Assistive Tech BenchFAQs — IEEE 2026 Biomedical Engineering Projects Bangalore
Common questions from final year BE, MTech and Diploma students about our biomedical engineering project services.
What IEEE 2026 Biomedical Engineering project topics are available for BE and MTech students in Bangalore?
We offer 90+ IEEE 2025–2026 biomedical engineering project topics across 18 domains — Bioinstrumentation, Medical Devices, Biomaterials, Tissue Engineering, Medical Imaging (MRI, CT, retinal fundus), Signal Processing (ECG, EEG, EMG), Biomechanics, Orthopaedic Bioengineering, Rehabilitation Engineering, Assistive Technology, Computational Biology, Bioinformatics, Clinical Engineering, Neural Engineering, Pharmaceutical Engineering, Drug Delivery, Genetic Engineering and Systems Biology. Contact us for the updated 2026 base paper list and implementation guide for any domain.
Do you provide MATLAB and Python based medical image processing projects?
Yes. We offer IEEE 2026 medical image processing projects using MATLAB, Python (TensorFlow, PyTorch, OpenCV) — covering brain tumour detection from MRI using U-Net, diabetic retinopathy grading from retinal fundus images, lung nodule detection from CT using 3D CNN, ultrasound liver fibrosis classification, dental X-ray caries detection using YOLOv8, and more. Full code, report, PPT and viva support are included.
Can MTech students get biomedical signal processing projects using MATLAB and deep learning?
Yes. MTech-level biomedical signal processing projects include ECG arrhythmia classification using LSTM-CNN on PhysioNet MIT-BIH dataset, EEG motor imagery BCI using CSP and SVM, EMG-based prosthetic gesture recognition using deep learning, PPG-based blood pressure estimation using machine learning, and fetal ECG extraction using adaptive noise cancellation — all with MATLAB, Python, IEEE base paper and complete university report.
Do you provide hardware-based biomedical instrumentation projects in Bangalore?
Yes. We build and deliver complete hardware biomedical instrumentation project kits — including IoT patient monitoring systems (ECG, SpO₂, temperature), FPGA-based ECG acquisition with arrhythmia detection, wearable EEG headsets, non-invasive glucose monitoring using NIR spectroscopy, smart nebulisers, and more — with Arduino, Raspberry Pi, FPGA, LabVIEW, circuit diagram, source code, working demo and viva support.
Are bioinformatics and computational biology projects available for MTech and PhD scholars?
Yes. We offer advanced bioinformatics and computational biology projects including cancer gene expression classification using RNA-Seq and machine learning, drug–target interaction prediction using graph neural networks, single-cell RNA-seq analysis using Seurat/Scanpy, protein structure prediction using AlphaFold2, CRISPR off-target prediction using deep learning, and Systems Biology ODE / Boolean network modelling — using Python, R, BioPython, MATLAB and relevant databases (TCGA, ChEMBL, UniProt, MIMIC).
What does a complete biomedical project from Projectsatbangalore include?
Every biomedical engineering project includes: IEEE 2025–2026 aligned base paper reference, hardware kit or software implementation, MATLAB / Python / Arduino source code, circuit diagram and block diagram, university-format project report (as per VTU, Anna University, JNTU, SRM, Manipal), PPT presentation, working demo video, plagiarism-checked documentation and viva question–answer preparation support for your final year examination.