Reducing the print failure rate by 22 percent at Formlabs defined my transition into leading high stakes product design projects. Managing the development of a complex subassembly for our latest stereolithography printer required balancing tight tolerances with aggressive mass production timelines. My deep immersion in additive manufacturing workflows allowed me to optimize geometry for print reliability while slashing iteration cycles. Since joining the engineering team, I have consistently navigated the challenges of maintaining industrial quality standards during rapid hardware prototyping, ensuring that every design choice directly supports the long term scaling goals of our current hardware lineup.
During my tenure at Boston Dynamics, I leveraged SolidWorks to redesign a critical robotic chassis, resulting in a 15 percent reduction in total part count through advanced generative design. At Formlabs, I applied rigorous GD&T standards to a new resin tank assembly, successfully achieving sub millimeter accuracy for automated manufacturing lines. My background in injection molding allowed me to reduce tooling costs by 40 percent on a consumer peripheral, utilizing Fusion 360 for complex draft and wall thickness analysis. These projects demonstrate my capability to integrate simulation driven design with traditional manufacturing techniques to meet demanding hardware requirements.
Formlabs stands at the intersection of material science and precision engineering, creating tools that reshape how engineers iterate. My proficiency in Onshape allows me to collaborate effectively within cloud native design environments, mirroring the agility your development teams prioritize. Furthermore, my expertise in CNC machining complements your vision for high precision hardware, as I possess the hands on experience necessary to transition designs from digital prototypes into final, market ready components. Aligning my technical rigor with the innovative nature of your stereolithography technology ensures that I contribute meaningful improvements to your upcoming product development cycles.
Discussing how my technical background in hardware optimization and precision manufacturing aligns with the current needs of your engineering department remains a priority for me. My experience managing projects from initial design concept through final mass production stages positions me to add immediate value to your ongoing hardware initiatives. Please let me know your availability for a conversation regarding the open position and how my specific skill set supports your mission of accessibility in high quality printing. Thank you for your consideration of my application, and I look forward to hearing from you soon.
Best regards,
Tyler Bennett