Biomechanics of Joints and Implants (Online Certificate Program)
A comprehensive program exploring biomechanics, joint mechanics, and orthopedic implant design with real-world applications.
16 May – 14 June 2026 | 7:30 PM IST | Online | Certificate
About the Course
This online certificate program provides an in-depth understanding of musculoskeletal biomechanics, joint mechanics, and implant–bone interactions. The course focuses on real-world orthopedic applications, combining theoretical knowledge with practical insights into implant design, bone behavior, and clinical decision-making.
What You Will Learn
Fundamentals of biomechanics and musculoskeletal system
Joint mechanics and human gait analysis
Bone structure, properties, and remodeling
Implant biomaterials and fixation systems
Stress shielding and implant–bone interaction
Orthopedic implants (THA, TKR, fixation devices)
Basics of hard tissue segmentation and implant design
Course Features
Weekend live online sessions
Industry and research-oriented curriculum
Interaction with expert faculty
Hands-on exposure to implant design concepts
e-Certificate upon completion
Learning Outcomes
Analyze joint mechanics and musculoskeletal dynamics
Evaluate bone behavior and remodeling processes
Understand implant design and material selection
Apply biomechanics in clinical and research settings
Gain skills relevant to implant manufacturing, R&D, and QA roles
Who Can Join
Undergraduate and postgraduate students
Research scholars and early-career professionals
Biomedical, Biotechnology, and Mechanical engineers
Orthopedic surgeons and medical professionals
Course Fee
Indian Participants: Rs 4500
International Participants: $160 USD
Course Module
Week 1
Saturday (1.5 hrs)
Fundamentals of Biomechanics: definition and spheres; musculoskeletal system; anatomical planes and directions; skeletal organization
Sunday (1.5 hrs)
Bone, muscle, and connecting tissues; joint movements; human gait; musculoskeletal dynamics: forward and inverse dynamics, muscle models
Week 2
Saturday (1.5 hrs)
Joints: classification and structure; synovial joints; joint disorders and treatments
Sunday (1.5 hrs)
Bone microstructure; mechanical behavior of bone; classification of bone tissue; mechanical properties of bone tissue; compact and cancellous bone
Week 3
Saturday (1.5 hrs)
Bone adaptation; theory of adaptive bone remodeling; strain-adaptive remodeling
Sunday (1.5 hrs)
Stress shielding; introduction to implant biomaterials; properties of biomaterials; metallic and non-metallic implants
Week 4
Saturday (1.5 hrs)
Bone–implant system; background in orthopedic surgery; popular implant materials; fracture fixation devices; fracture types
Sunday (1.5 hrs)
Bone healing; Total Hip Arthroplasty (THA): cemented and uncemented designs; Total Knee Replacement (TKR): design philosophies
Week 5
Saturday (2 hrs)
Workshop on segmentation of hard tissue and implant design
Sunday
Reserved for interaction, discussion, and doubt-clearing session