I consider myself to be an inventor. My passion is making ideas into tangible reality. The concept of inventing can stem from both physical objects to developing better people teams. I have worked wit... Read more

I consider myself to be an inventor. My passion is making ideas into tangible reality. The concept of inventing can stem from both physical objects to developing better people teams. I have worked with 17 teams, being either the leader or teammate. Projects - Worked on a total of 16 robots in FTC robotics - Created multiple hyper-realistic CAD models of our robots, modeling textures, deformities, tolerances, appearances, materials, realistically moving in real-time, and dimensionally accurate to 0.001in - Instrumental team member in creating a successful 120lb, 4ft tall robot for FRC. - Designed a swerve drive, the most advanced drivetrain - Created three 150-page engineering notebooks of highly advanced technical documentation - Ran 21 studies of generative design, the world’s leading CAD technology - Created 87 animations and technical drawings showing how to build my teams’ robots and designs - Built an advanced robot with a fully rotatable scissor lift, extendable arm, and claw, and capable of driving - Created a robotic hand that models a human hand in real-time - Currently mentoring 10 high school robotics teams - Currently mentoring a Science Bowl team

I consider myself to be an inventor. My passion is making ideas into tangible reality. The concept of inventing can stem from both physical objects to developing better people teams. I have worked wit... Read more

I consider myself to be an inventor. My passion is making ideas into tangible reality. The concept of inventing can stem from both physical objects to developing better people teams. I have worked with 17 teams, being either the leader or teammate. Projects - Worked on a total of 16 robots in FTC robotics - Created multiple hyper-realistic CAD models of our robots, modeling textures, deformities, tolerances, appearances, materials, realistically moving in real-time, and dimensionally accurate to 0.001in - Instrumental team member in creating a successful 120lb, 4ft tall robot for FRC. - Designed a swerve drive, the most advanced drivetrain - Created three 150-page engineering notebooks of highly advanced technical documentation - Ran 21 studies of generative design, the world’s leading CAD technology - Created 87 animations and technical drawings showing how to build my teams’ robots and designs - Built an advanced robot with a fully rotatable scissor lift, extendable arm, and claw, and capable of driving - Created a robotic hand that models a human hand in real-time - Currently mentoring 10 high school robotics teams - Currently mentoring a Science Bowl team

Seasoned senior hardware design engineer with day job at NASA working space flight projects. My specialty is machine design for robotic applications, specifically high force/torque density electric ac... Read more

Seasoned senior hardware design engineer with day job at NASA working space flight projects. My specialty is machine design for robotic applications, specifically high force/torque density electric actuators. I am an expert in CAD design and GD&T, while also proficient in FEA. I am well rounded with deep understandings of software and electrical systems within robotics and design hardware that considers all three disciplines. I love 3D printing as a hobby and maintain printers at home, some purchased, some home built. Rapid iteration of a design using a 3D printer is a lot of fun for me.