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Design and build with no build


Gale, T and Callaghan, R and Sutherland, CR and Doe, P, Design and build with no build, Teaching Matters 2020 - Learning in 2021: strengthening connections, 30 November - 2 December 2020, Online (2020) [Conference Extract]

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Students in Engineering Design and Build A (ENG201) develop, evaluate and refine a conceptual design; then build and test a prototype for a national competition. In 2020, teams of 6 students were to build an autonomous robot depositing tennis balls in tubes. In previous years students built physical robots in the Sandy Bay Engineering Workshop, but in 2020 COVID-19 prevented a physical build. So, how was this unit delivered with no physical build component? All teams had experience with creating three dimensional virtual designs using CAD software (Autodesk Inventor), so within a week of the campus closing, tutorial sessions commenced on replacing the physical build with virtual designs. These designs were then brought to life in simulation using the MathWorks product Simscape Multibody (MATLAB and Simulink based). Realistic and functional robots were created in simulation, and programmed to navigate around virtual competition boards; depositing tennis balls in tubes. Designs considered robot dynamics, structural strength and competition performance. Class tutorial sessions were conducted using Web Conferencing (Blackboard Collaborate and Zoom). Assessment and feedback involved four presentations, three group reports and a final individual portfolio. What could be improved? eVALUate responses showed students wanted more individual feedback throughout the semester. This resulted in changes to the proposed 2021 delivery, and delivery of the follow-on unit Engineering Design and Build B (ENG202), to incorporate fortnightly feedback on individual PebblePad ePortfolios with weekly group Web Conference tutorials. Overall, the use of simulation to replace a physical build was well-received, and enabled successful "virtual" delivery of a design and build unit.

Item Details

Item Type:Conference Extract
Keywords:robot simulation, design competition, on-line delivery
Research Division:Engineering
Research Group:Engineering practice and education
Research Field:Engineering design
Objective Division:Education and Training
Objective Group:Learner and learning
Objective Field:Higher education
UTAS Author:Gale, T (Dr Timothy Gale)
UTAS Author:Sutherland, CR (Mr Charles Sutherland)
UTAS Author:Doe, P (Dr Peter Doe)
ID Code:144935
Year Published:2020
Deposited By:Architecture and Design
Deposited On:2021-06-22
Last Modified:2021-06-22

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