•Provide guidance to students on how to approach designing and manufacturing their projects•Train students on how to use machinery (mill, bandsaw, laser cutter, lathe, etc.) and abide by shop safety guidelines

• Ensure that the vehicle’s suspension, tires, and steering wheel are designed to regulations while accounting for weight, space, safety, as well as ensuring manufacturability and cost-effectiveness.• Oversee proper design and construction of chassis, electrical components, shell, and other components• Design car components with Solidworks, run Ansys FEA simulations to ensure the component meets requirements. Use and train members on CNC router, CNC mill, waterjet, etc and their respective programs such as CAM on Siemen NX• Work with interdisciplinary teams, including industrial designers, electrical engineers, and project managers, to deliver comprehensive design solutions.

•Study the physics behind Sonotrode, material characterization, and additive manufacturing methods•Develop prototypes utilizing a combination of 3D rendering, machining, and 3D printing technologies to deposit metals accurately and precisely through the use of ultrasonic vibrations•Construct and assemble a functioning version of the ultrasonic welder to collect and analyze data on the deposited layers through the use of an Alicona

•Took detailed measurements to draw a rough layout of the interior of residential houses, hotels, restaurants, etc.•Transformed the initial drawing into 2D and 3D CAD models while utilizing the building’s construction plans•Supported manufacturing, engineering, and interior design teams by explaining the models and the layout of the buildings to brainstorm design ideas.•Contacted potential vendors and created spreadsheets to compare ~80 different vendor options per project