Max Hurlstone
Member of Powertrain group for Team Bath Racing Electric at Team Bath Racing Electric- Claim this Profile
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French Limited working proficiency
Topline Score
Bio
Experience
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Team Bath Racing Electric
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United Kingdom
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Motor Vehicle Manufacturing
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1 - 100 Employee
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Member of Powertrain group for Team Bath Racing Electric
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Sep 2020 - Present
I am part of the powertrain sub-team for Team Bath Racing Electric. My current (and so far my first) project is to research the feasibility of a 4 Wheel Drive system alongside 6 other engineers. In addition to this I am helping out with as many other activities as I can. I am part of the powertrain sub-team for Team Bath Racing Electric. My current (and so far my first) project is to research the feasibility of a 4 Wheel Drive system alongside 6 other engineers. In addition to this I am helping out with as many other activities as I can.
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Team Consulting
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United Kingdom
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Medical Equipment Manufacturing
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100 - 200 Employee
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Student Intern
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Aug 2019 - Aug 2019
A work experience placement at medical device design consultancy "Team Consulting", from the 19th of August to the 30th of August. During my work experience I set myself a project to complete, shadowed Team employees in some activities and took part in meetings to learn about the operation of the company. My project was to create a handheld force testing device for the SmartGlove. It included 3 buttons with 3 springs of different stiffness, which the user would press to test the SmartGlove. I designed the device in SolidWorks and then prototyped it on a 3D printer. I completed calculations in MathCAD to work out the force required to compress the springs and to check the strength of certain aspects of the design. I compared my spring calculations with experimental results from a tensile testing machine.Another task I completed was to design and analyse a mesh. I designed the mesh in SolidWorks and then used SolidWorks to run a Finite Element Analysis test to investigate stress and strain in the model.I used the tensile testing machine to investigate the Force-Extension characteristics of Nitinol wire. This involved setting up the machine with the correct rigging and load cells and preparing the software for the data collection.
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Education
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University of Bath
Master of Engineering - MEng, Mechanical Engineering -
Hills Road Sixth Form College
A-Levels: Mathematics, Physics, Further Mathematics and History