In July 2021 term, I covered the second part of the course. Here I taught-

• Lecture 1 to 3: Uniaxial Deformation (Basic Idea of Stress-Strain, Different Diagrams)

• Lecture 4 to 8: Multiaxial Deformation (Poisson's Ratio, Biaxial and Triaxial Deformation, Stress Transformation- Analytical Method, Mohr's Circle, Stress Tensor Method);

Lecture 4; Lecture 5; Lecture 6; Lecture 7; Lecture 8

• Lecture 9: Torsion

Lecture 9

• Lecture 10 to 12: Bending- SFD, BMD

Lecture 10; Lecture 11, 12

• Lecture 13 to 14: Failure Mechanics- Corresponding Failure Theories of Ductile and Brittle Biomaterials

Lecture 13, 14

• Lecture 15 to 16: Viscoelastic Behavior and Moduli of Biomaterials;

Lecture 15, 16

• Lecture 17: Muscle Biomechanics

Lecture 17

• Lecture 18: Cellular Biomechanics

• Lecture 19: Soft Tissue Biomechanics

Lecture 19

• Lecture 20: Bone Biomechanics.

In the July 2022 term, I covered the following topic on this course-

• Introduction to Human Physiology

• Homeostasis

• Cellular Physiology

• Blood Physiology (Only a few part is shown in the slide)

• Alimentary System (Only a few part is shown in the slide)

• Muscle Physiology

• Action Potential Propagation and Nervous System

• Sensory Physiology and Effector Motor Control

Course Outline is here. BME 204: Human Physiology Sessional

• Erythrocyte Sedimentation Rate (ESR) Test via Westergreen Method

• Estimation of Haemoglobin in Human Blood via Sahli's Method

In the January 2021 term, I covered the second part of the BME 301 course. Here is the course outline (my portion of the course is highlighted) and the learning outcomes of the course- BME 301: Course Outline.

• Cardiac Electrophysiology

• Neural Electrophysiology

• Neuromuscular Junction

• Skeletal Muscle

• Functional Electrical Stimulation

• Application and Recent Advancements of Bioelectricity

Readings: Building Electronic Bridges to Bionics: The Basic Science of Neural Prosthetics_FASEB; Farina et. al. (2021); Uddin S et. al. (2015); Adamantidis et. al. (2007);