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Each course consists of
8 x 1.5 hour lectures = 12 hours

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Engineering

The Engineering Taster Course offers students an engaging and comprehensive introduction to the diverse field of engineering, mirroring first-year university content. Students will explore various engineering disciplines, including Mechanical, Civil, Chemical, Biomedical, and Environmental Engineering. Through lectures, hands-on activities, and problem-solving sessions, students will learn key principles and approaches to tackle real-world challenges. The course culminates in a design challenge, where students will apply their knowledge to develop innovative solutions, providing valuable insights into the engineering design process and future directions in the field.

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Life Sciences

The Life Sciences Taster Course offers a comprehensive introduction to key concepts at the forefront of modern biology, designed to mirror the first-year university-level content in Life Sciences. Students will explore molecular concepts and systems biology, covering topics from the chemistry of macromolecules and molecular genetics to advanced techniques in molecular analysis and modern discoveries in neuroscience and medicine. Through interactive lectures, discussions, and practical insights into cutting-edge research, students will gain a solid understanding of life at the molecular, cellular, and organismal levels, preparing them for further studies in the biological sciences.

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Computer Science and Robotics

The Computer Science and Robotics course introduces computer science and robotics, starting with definitions, history, and key concepts of both fields, including artificial intelligence and their interconnections. Students explore robotics applications across industries and reflect on daily interactions with technology. Basic programming fundamentals, focused on languages and coding for robotics, are taught through simulators like Tynker. Understanding and integrating sensors and actuators are highlighted with real-world examples and discussions of challenges. The course concludes with a group activity to conceptualise a simple robot, selecting components, developing a system flowchart, and presenting designs. This hands-on approach fosters teamwork and practical understanding of robotics.

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Mathematics

This Mathematics Taster Course provides an engaging introduction to first-year university-level linear algebra, as typically taught in leading UK universities. The course covers essential concepts such as matrices, systems of linear equations, linear transformations, eigenvalues, and eigenvectors. Through eight interactive classes, students will explore how matrices represent transformations of physical systems, develop an intuitive understanding of linear algebra, and see how these concepts are applied in fields such as physics, engineering, and applied mathematics. The course combines theoretical discussions with practical exercises, equipping students with foundational skills for university studies.

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