Tutor profile: Kolemann L.

What are the materials science chemical, physical, and mechanical properties that govern the evolution of materials, systems, and life on Earth and throughout the Universe?

Learn about the fundamental principles of physics and chemistry, and materials that shape our civilisation and life. The Course provides a scientific foundation to promote understanding of materials from an atomistic and macroscopic viewpoint. Material systems such as soft materials, polymers, metals, ceramics, and electronics are analysed in the research and project-based curriculum. The chemical, physical and mechanical properties of materials (strength, plasticity, ductility, resilience, hardness, fatigue, machinability,etc) are reviewed and analysed.

What are the biological environments, engineering principles, and systems to bioengineer to solve real world problems? How can we bioengineer life to adapt to new frontiers?

The answer revolves around the intersection of many fields including: applied engineering, materials science, quantitative biology, biomechanics, and nanotechnology. Learn about the organisms, mathematics, equations, properties, and science involved in polymers, biocompatible materials, and nanotechnology at the interfaces of systems including the human, plant, animals, and microbes.

Ever wonder about the science, math, and how to engineer the systems and life to sustain life beyond Earth, on Mars, Moon, and Planetary Sciences?

Learn more about the materials science, systems, and advancements, in space technology and exploration with instructor Kole