Biomedical Engineering
Biomedical engineers apply engineering principles to healthcare — designing medical devices, prosthetics, diagnostic equipment, and even lab-grown tissues.
Stage-by-stage path 🗺️
Click any stage to expand and see what to learn + free resources.
- Human anatomy and physiology fundamentals
- Physics and chemistry for biology
- Circuit basics (for bio-signal sensing)
- Python for basic data analysis
- Biomechanics: forces on bones and muscles
- Biopotential signals: ECG, EEG, EMG
- Medical instrumentation and amplifiers
- MATLAB for biomedical signal processing
- Medical device design and FDA regulations
- Medical imaging: X-ray, MRI, ultrasound
- Image processing with Python/MATLAB
- Tissue engineering basics and biomaterials
- Clinical trials and regulatory pathways
- AI in medical diagnostics
- Prosthetics and neural interfaces (BCI)
- Research publications and patents
Career paths 💼
Medical Device Engineer
₹6–25 LPAClinical Engineer
₹5–18 LPABioinformatics Scientist
₹7–30 LPATop free resources 🎓
100% free. No subscriptions. Direct links.
Capstone project ideas 🛠️
Portfolio-grade projects that prove you know your stuff.
Design a portable ECG monitor with Arduino and signal processing
Build an AI model to detect arrhythmias from ECG data