Bike GP
The Bike GP program at Comet Bay College has become a popular choice among Year 10 students, offering a hands-on, transformative experience in mechanical engineering. Starting with foundational lessons in bicycle mechanics – such as understanding compression and the function of chains and wheels – students then take on the challenge of stripping down the bikes, redesigning them, and installing a two-stroke engine. This unique program provides an engaging way for students to learn, create, and ultimately test their innovations in a final race event at the end of the year.
Engineering: Mechatronics
Step into the future of technology with a course that transforms ideas into impactful solutions. In this engaging STEM program, students tackle real-world challenges by designing and building technology-driven innovations. Through hands-on projects, they develop creativity, practical skills, and problem-solving abilities, transforming concepts into tangible results. The curriculum offers in-depth knowledge in electro-technology, robotics, coding, and Computer-Aided Drawing (CAD), while also introducing students to advanced Computer-Aided Manufacturing (CAM) technologies. Equipped with tools like microcontrollers, 3D printers, laser cutters, and CNC mills, students will craft sophisticated solutions that meet real-world needs and open doors to endless possibilities.
Forensic Science
Uncover the science behind crime-solving in this immersive exploration of forensic investigation. Students delve into essential concepts of crime scene analysis, gaining skills in fingerprint analysis to understand unique identification patterns and exploring toxicology to detect and analyze substances in the human body. With crime scene analysis as a focal point, students learn to systematically collect and interpret evidence to reconstruct events. Engaging hands-on activities and case studies allow students to apply scientific methods to solve hypothetical cases, honing their skills in evidence collection, analysis, and reasoning. This course fosters a scientific mindset, ethical awareness, and critical thinking, laying the groundwork for deeper studies in forensic science.
Laboratory Skills
Students receive a comprehensive introduction to essential laboratory techniques and practices, gaining proficiency in water and soil analysis with a focus on conducting precise measurements and assessments of these critical environmental elements. The curriculum offers hands-on experience in extractions, providing insight into isolating specific components from complex mixtures. Emphasis on calibration and standardisation techniques ensures students build a strong foundation in maintaining accuracy and precision throughout their experimental work. By the course's end, students acquire a solid grasp of laboratory practices, preparing them for further exploration and specialisation in scientific fields.
Mechanics
Mechanics explores the operation of multi-cylinder engines, with a focus on both petrol and diesel engines in two-stroke and four-stroke configurations. Students will gain an understanding of various systems that work in conjunction with these engines, including power generation and the pumping of fuel and lubricants. In addition, students will learn about essential automotive components such as brakes, steering, gearing, clutches, and differentials. Throughout the course, students will compile a comprehensive work package based on theoretical lessons, which will serve as a valuable reference both during their studies and in future careers. As with all workshop courses, strict adherence to Occupational Health and Safety practices is required at all times.
Robotics
Inspiring the tech innovators of tomorrow, our Robotics program begins in Years 7 and 8, progressing to Computer Science: Robotics in Year 9 and advanced Computer Science in Year 10. This rigorous program cultivates computational thinking and creativity, empowering students to analyse, innovate, and transform the world. At its core, students master foundational computer science principles, digital systems, and practical programming skills. Hands-on projects – like designing custom Lego EV3 robots and developing games – ensure graduates are not only digitally literate but primed for success in our evolving digital landscape.