1.Definition, practice, history, present, and future of bionics (from mechanics and biology to biomechanics and subsequently to modern bionetics)
2.Fundamentals of biology and mechanics and their integration and applications in bionetics (Part 1)
3.Fundamentals of biology and mechanics and their integration and applications in bionetics (Part 2)
4.Anatomy of the musculoskeletal system of humans and animals. Anthropometry and zoometry
5.Analysis of loading, boundary and initial conditions of the musculoskeletal system of humans and animals. Human movement and sports activities
6.Methods of medical and engineering diagnostics and experiments applicable in bionics (material testing, X-ray, CT, MRI, statistics, experiments) – Part 1
7.Methods of medical and engineering diagnostics and experiments applicable in bionics (material testing, X-ray, CT, MRI, statistics, experiments) – Part 2
8.Injuries (analysis of injury mechanisms and types, their causes, traffic accidents)
9.Numerical modeling in bionics (CAD and the finite element method)
10.Engineering design and concepts in bionics and biomechanics (implantology, osteosynthesis in traumatology and orthopedics, etc.) – Part 1
11.Engineering design and concepts in bionics and biomechanics (implantology, osteosynthesis in traumatology and orthopedics, etc.) – Part 2
12.Ergonomics of human work, prostheses, orthoses, and their design
13.Other applications in mechanical engineering and technologies
2.Fundamentals of biology and mechanics and their integration and applications in bionetics (Part 1)
3.Fundamentals of biology and mechanics and their integration and applications in bionetics (Part 2)
4.Anatomy of the musculoskeletal system of humans and animals. Anthropometry and zoometry
5.Analysis of loading, boundary and initial conditions of the musculoskeletal system of humans and animals. Human movement and sports activities
6.Methods of medical and engineering diagnostics and experiments applicable in bionics (material testing, X-ray, CT, MRI, statistics, experiments) – Part 1
7.Methods of medical and engineering diagnostics and experiments applicable in bionics (material testing, X-ray, CT, MRI, statistics, experiments) – Part 2
8.Injuries (analysis of injury mechanisms and types, their causes, traffic accidents)
9.Numerical modeling in bionics (CAD and the finite element method)
10.Engineering design and concepts in bionics and biomechanics (implantology, osteosynthesis in traumatology and orthopedics, etc.) – Part 1
11.Engineering design and concepts in bionics and biomechanics (implantology, osteosynthesis in traumatology and orthopedics, etc.) – Part 2
12.Ergonomics of human work, prostheses, orthoses, and their design
13.Other applications in mechanical engineering and technologies