Program Overview
The Chemistry major at Murdoch University delves into the interplay between molecular-level phenomena and the macroscopic world, equipping students with the knowledge to tackle real-world challenges. Through its emphasis on computational tools and problem-based learning, graduates acquire the skills to develop sustainable industrial processes, create innovative materials, and contribute to various fields, including research, education, and environmental protection. The program's small class sizes and focus on co-design foster meaningful interactions and the tailoring of learning experiences to students' interests.
Program Outline
Degree Overview:
Chemistry is often referred to as the central science as it is the common link between molecular level phenomena and the macro-level world which is key for many areas of science. The Chemistry major has been designed to provide students with a deep understanding of how chemical knowledge can be used to develop a more sustainable society. Students will explore the use of modern simulation and computational tools to assist in this endeavour and how chemistry knowledge can intersect with other science disciplines to create truly novel and lasting solutions for a sustainable life. 3 reasons to study Chemistry at Murdoch This course emphasises naturally merging computational and simulation techniques with laboratory methods and a problem-based approach to learning.With small class sizes you'll gain plenty of opportunities for interactions with friendly staff and students to co-design content, assessment, and solutions.
Outline:
Total credit points: 24
| Unit code | Unit name | Credit points | |---|---|---| | PEN152 | Principles of Physics | 3 | | CHE145 | Introduction to Chemical Concepts | 3 | | CHE207 | Chemical Analysis | 3 | | PEN201 | Thermodynamics for Chemistry and Physics | 3 | | CHE300 | Surface and Interface Phenomena | 3 | | CHE205 | Organic and Biological Chemistry I | 3 | | CHE203 | Molecular Reactivity | 3 | | CHE301 | Sustainable Industrial Chemistry | 3 |
Teaching:
The practical quantitative, analytical and problem solving traits developed in graduates from this major can be applied broadly, including to: Research and Development in Industry or Academia Education and Training Public Health and Safety Mining and Mineral Processing Manufacturing and Agriculture Environmental Projects, including Analysis and Water Treatment Forensic Environmental and Criminal Investigation
Other:
Students enrolling in units that have a practical component must make allowance for on-campus attendance to complete the practical work. The on-campus sessions for external students are generally held in a one-week block for each unit; the dates are published in each unit guide.
