Jason Embertson, P.E. Email & Phone Number

Austin, Tx

Austin, Texas Area

Austin, Texas Area

• Mechanical systems expert over compressed air, vacuum, and exhaust equipment• Project manager on a $4bil factory upgrade responsible for verifying designs, managing contractors, and coordinating new equipment startups• Lead on data center improvement project that localizes server environmental controls and reduces utility usage by over 25%• Continuously develop new methods to improve equipment installation safety, project change order accounting, and system monitoring

Austin, Texas Area

• Led design and construction of a test stand to qualify Nuvinci® continuously variable bicycle hubs delivered from Chinese manufacturing• Combined functionality of multiple existing testing stations to reduce single hub testing footprint from 175 square feet to 35 square feet

Greater Philadelphia Area

• Responsible for concept generation and design of a family of UL Listed reciprocating air compressors targeted for industrial use• Collaborated with marketing and engineering managers on timeline and customer needs for design and prototyping• Created database that iterated design changes and significantly reduced time to market• Coordinated suppliers to design tool ready aluminum die castings, machined castings, injection molded parts, and stamped metal guards

Austin, Texas Area

• Machined, packaged, and designed an electronics enclosure and sensor case for remote glucose alarm system used by hypoglycemic customer• Coordinated focus groups with customer to shape the design process to the customer’s needs

Austin, Texas Area

The Formula SAE competition is a collegiate design series in which schools from around the world build open wheeled race cars to compete both on track and separate cost and design events. The FSAE organization fosters engineering skills, creativity, and teamwork that are not typically gained from the classroom experience.FSAE – Composites Team Leader• Led team constructing molds and composite parts for open wheeled race car using vacuum layup method• Reduced seat weight by 60% over previous designs using foam core layup• Reduced bodywork weight by 27% with same method• Mentored underclassman on the composites processFSAE – Suspension Team Member• Analyzed the front geometry of the race car using SolidWorks and field testing• Improved suspension component clearance by sourcing parts better suited for the application• Optimized suspension travel using SolidWorks• Reduced assembly weight using finite element analysis