Thomas Lin

DESIGN PORTFOLIO

Hey there, it's Thomas!
Recent grad from Purdue University with BS in Mechanical Engineering (Aug. 25')

With 9 years in competitive robotics, I specialize in robotics mechanism prototyping & computer-aided modeling, as well as conducting design review and overseeing cross-functional team progress to foster high-performance, quality-driven culture. As CTO & design lead at Charging Robotics LLC (2018-Present), I oversaw rapid prototyping & design processes for competitive robotics. At M&O Perry (2022-2024), I focused on detailing medical liquid/powder filling machines. At Purdue Forestry Research (2025), I developed a modular design with forest mapping capbilities adaptable to backpack & UAV. I'm all about anything linear, rotary, and object handling.

Directed a team of 40 to design competitive robots with rapid pick-and-placing or high-speed launching capabilities
Managed design process and oversaw laser-cutter prototyping and CNC machining schedules and reduced TTM by 40%
Supported aspiring engineers by providing CAD technique guidance as well as power tools and machine training

Established a design library of linear mechanisms like multi-stage lifts, telescopic devices; rotational mechanisms like single joints, (virtual) 4-bar devices and turret; as well as roller grabbers and intakes designed for object handling
Reviewed and monitored robotics design using SolidWorks to ensure function optimization and concept integrity

Collaborated as a team of 6 to derive client requirements and generate design concepts
Utilized SolidWorks CAD & FEA for detailing modular forest scanning systems adaptable to backpack & UAV
Manufactured final product that is light weight, modular, and cost reduced by 75% compared to competitors in the environment mapping industry with sensors like Lidar, GPS, RGB cameras mounted for quality data

Utilized SolidWorks CAD and various subtractive machining skills to assist in designing, detailing, and manufacturing fully automated, customized OEM powder/liquid filling machines for pharmaceutical product manufacturers
Researched various new sensors and pumps through professional lab tests and developed optimized design implementations of the ACCOFIL® powder filling method and liquid filling method with peristaltic pumps
Reformed company design process by implementing 3D printers and reduced company TTM by 5%

Based in Irvine, CA 92603

My Robotics Competition Team Website:

Design Portfolio:

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