Biomedical Engineering
Medical instrumentation, imaging, biomaterials and healthcare AI.
Foundations of Biomedical Engineering
- Introduction to Biomedical Engineering
- Human Physiology for Engineers
- Bioelectricity: Membranes, Action Potentials & Nerves
Biomechanics & Biofluids
- Stress
- Elasticity
- Biomechanics: Joints, Bones, Tissues & Gait
- Pipe Flow
- Biofluid Mechanics: Blood Flow & Cardiovascular Devices
Bioinstrumentation & Medical Devices
- Operational Amplifiers
- Signal Conditioning & 4–20 mA Transmission
- Digital Filters & DSP
- Biosignal Acquisition & Processing: ECG, EEG, EMG
- Medical Devices: Monitoring, Diagnostic & Therapeutic
Medical Imaging
- DFT & FFT
- Medical Imaging I: X-ray, CT & Radiation Safety
- Medical Imaging II: MRI, Ultrasound & Nuclear Medicine
Biomaterials & Regenerative Medicine
Drug Delivery & Healthcare Data
- First-Order ODEs
- Pharmacokinetics & Drug Delivery Systems
- Probability Fundamentals & Bayes
- Healthcare Data Science & Medical AI