Always positive and motivating in class.
Makes every class a rewarding experience.
Creates a collaborative and inclusive space.
Makes learning exciting and meaningful.
Travis Woodward serves as Senior Lecturer in the School of Engineering and Energy at Murdoch University, where he specializes in process systems engineering. He holds a Doctor of Philosophy in Chemical Engineering from Murdoch University, awarded in 2014. His doctoral research centered on the operability of hydrometallurgical processes, specifically the Sherritt-Gordon ammonia leach at the Kwinana Nickel Refinery. Woodward's academic interests encompass process systems engineering, hydrometallurgical engineering with a focus on leaching reactors, process control, process modelling, engineering education, mineral processing, extraction and processing industry, processing engineering, hydrometallurgy, and leaching processes. These areas reflect his expertise in optimizing industrial chemical processes, particularly in nickel refining and related metallurgical applications.
As Academic Chair for several engineering programs at Murdoch University, including the Master of Engineering Practice in Intelligent Industrial Control and Autonomous Systems Engineering and the Bachelor of Engineering Honours in Industrial Control and Automation Engineering, Woodward plays a key leadership role in curriculum development and student supervision in advanced engineering disciplines. His contributions extend to teaching mechanical systems, modelling and systems engineering, and thermal properties in engineering contexts. A notable publication is 'Steady-state optimisation of the leaching process at Kwinana Nickel refinery,' published in 2007 in Computer Aided Chemical Engineering. This work addresses optimization challenges in hydrometallurgical leaching, aligning with his research profile. On Google Scholar, his publications have garnered 9 citations, underscoring his contributions to process engineering scholarship. Woodward's work supports advancements in sustainable industrial processes and engineering education within the School of Engineering and Energy.
