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composites, soldering, and basic workshop techniques such as drilling, filing, and tapping. Metal trade-based skill (Fabrication) Experience with the operation of Computer Numerically Controlled (CNC
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strategic goals, budgets, and governance requirements. You will lead and develop a team of Project Managers, providing clear direction and fostering a high-performing, inclusive, and supportive team culture
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scanning probe microscopy techniques. Ultimately, this research will pave the way for a new class of low-power, high-speed computational systems, opening exciting possibilities for the future of sustainable
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1.00pm - 9.00pm (7.5) Friday 7.45am - 4.00pm (7.25) Saturday 1.00pm - 9.15pm (7.75) Note that hours of operation and work patterns change over the summer period (outside of academic year). This will
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transient simulation tools for large-scale AC/DC power systems. Designing and testing EMT and DPEMT solvers, ensuring seamless interfacing between subsystems. Optimizing simulation performance through
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understanding of building physics and technical aspects of architectural design. Interest in computational design, digital fabrication, and emerging construction technologies. Experience with 3D Concrete Printing
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to ensure the safe and reliable operation of equipment critical to our laboratories and School activities. You'll support system modifications and contribute to lifecycle planning and technical documentation