Biosignatures: Characterising Exoplanet Atmospheres with Spectroscopy
About
This depth study consists of multiple online lesson plans and resources, along with suggested assessments, culminating in a capstone excursion to the UNSW Chemistry laboratories. During this on-campus experience, students actively engage in authentic scientific experiments, utilising UV-visible spectrometers to explore the composition of simulated "planets." Additionally, they have the unique opportunity to directly interact with researchers, fostering insightful discussions on science, university life, and potential career paths.
This depth study aligns with a globally pertinent current research theme, including contributions from UNSW researchers, thereby inherently connecting research with teaching. Furthermore, it serves as a crucial bridge between high school and university-level science skills. This bridge is constructed through the introduction of university-level data analysis utilising information technology tools, independent research components, structured "Speaking to a Scientist" sessions, and a platform for scientific debate.
The ‘Biosignatures: Characterising Exoplanets with Spectroscopy’ depth study is designed not only to cultivate passion in students but also to enhance their skill development. It offers an authentic glimpse into university life and provides valuable insights into potential scientific career paths. This holistic approach ensures that students are not only academically enriched but also inspired and well-prepared for their future endeavours in science.
11 online lessons that explore the fascinating possibilities of extraterrestrial existence, understand0ing the mysteries surrounding the origins of life. These lessons discuss the profound impact of living organisms on Earth's atmospheric conditions, and delve into the unique signatures that hint at potential extraterrestrial life.
Tutorial videos made by PhD students in the School of Chemistry showcasing how to operate common analytical chemistry instruments including infrared and UV/Vis spectrometers.
Science communication videos and articles that explore further humanity's quest for looking for scientific evidence of beyond Earth and its implications.