Scott Cable
About Scott Cable
Scott Cable is a Senior Thermofluids Engineer at Belcan, where he has worked since 2019. He holds a Master of Engineering with Honours from The University of Glasgow and has expertise in fluid systems and Fluid-Structure Interaction.
Current Role at Belcan
Scott Cable currently holds the position of Senior Thermofluids Engineer at Belcan, where he has worked since 2019. In this role, he applies his expertise in thermofluids engineering to optimize fluid systems, particularly in aviation and aerospace applications. He is also a Fluid Systems Engineer at Belcan, a position he has held since 2015. His work involves critical analysis and design of fluid systems, leveraging his extensive knowledge in internal flows.
Previous Experience at Belcan
Scott Cable worked at Belcan as a Performance Engineer from 2013 to 2015. During this two-year period, he contributed to various projects that focused on enhancing performance metrics in engineering applications. His experience at Belcan laid the foundation for his current roles, allowing him to develop a deep understanding of fluid dynamics and thermofluids engineering.
Early Career at Automation Manufacturing Systems Ltd
In 2013, Scott Cable gained practical experience through unpaid work at Automation Manufacturing Systems Ltd in Livingston. This one-month role provided him with initial exposure to the engineering field, helping him to develop foundational skills that would benefit his future career in thermofluids engineering.
Education and Expertise
Scott Cable studied Aeronautical Engineering at The University of Glasgow, where he earned a Master of Engineering with Honours of the First Class (MEng) from 2008 to 2013. His academic background includes specialized knowledge in Fluid-Structure Interaction, which is essential for understanding the interactions between fluids and solid structures in engineering applications.
Technical Skills
Scott Cable possesses strong technical skills in engineering design and analysis, particularly with software tools such as AutoCAD and SolidWorks. He is also proficient in Matlab, a programming environment that is widely used for numerical computing in engineering tasks. These skills enable him to effectively model and analyze complex fluid systems.