Course results for Swinburne University of Technology Science Subjects

Revolve around the solar system. Survey the stellar suburbs of stars, terrestrial and giant planets and the Moon and Sun. Understand Earth’s position.  Study celestial activities of the night sky. Probe the solid surfaces of Mercury, Venus and Mars. 

Gravitate towards galaxies and reveal the theory of dark matter. Chart the universe in depth and navigate structures from dwarf stars to voids. Discover the gravity of galactic clusters. Unearth how first galaxies are formed, evolve and change. 

Develop a number of statistical data techniques; assess theories and survey limitations. Increase analysis skills and translate investigation outcomes. Recognise statistical inference and sampling distributions. Transcribe interpretative summaries. 

Line up and calculate statistical modelling for a range of research designs. Examine how analysis of variance (ANOVA) and multiple regression methods are used to assess experimental and observational research data. Interpret results and write reports.

Upskill and package up your computer and statistical knowledge. Form questions. Use SPSS software to select, modify, merge and apply data visualisation techniques. Investigate missing values and manage complex data files. 

Revolve around the Milky Way and classify stars. Illuminate stellar lifecycles from the birth of dazzling white dwarfs to fading red giants. Get deeply topical. Discuss dark matter and raise awareness of modern theory. Map out an astronomical topic. 

Practice and advance your statistical knowledge and extend ideas. Produce an independent investigation. Get analytical and compare groups using parametric and non-parametric methods. Stop generalising, question assumptions and identify data limits. 

Survey research methods and get critical about design. Describe approaches and observe techniques. Sample data collection methods. Scale and graph procedures and figure out incidence and prevalence. Draw on case studies and assess and present data

Launch through the cosmos and trace the history and progress of space exploration. Navigate the risks and benefits. Observe and explore crewed versus robotic galactic missions. Unearth ethical and legal debates. Probe public perceptions. 

Navigate the origins and evolution of life on Earth. Study what matters in the universe and reach for the stars. Uncover the early Earth and the rise of life. Explore probabilities of life on other planets—what makes habitability and the signs of life.