Reilly T. Email & Phone Number

Los Angeles, Ca, Us

Los Angeles, Ca, Us

- Employing creative problem solving to investigate different issues in fluid systems, actuators, and sensors.- Sourcing replacement parts to be REACH & RoHS compliant by communicating with suppliers, updating BOMs, and creating ECOs/DCOs to document changes- Designing sheet metal enclosures and installing ferrite cable chokes to make the product EMC compliant- Creating manufacturing process instructions for a new calibration tooling assembly

- Led the design for the Chassis and Salter subassemblies using design for manufacturability and assembly - Utilized rapid prototyping techniques to iteratively design multiple mechanisms- Conducted project planning and scheduling, FEA analysis, and final product documentation

- Designed and manufactured arm joints using FEA and motor specifications- Calculated the complete forward and reverse kinematics of the arm- Programmed a simulation of the arm’s movement using MATLAB’s 3D plot

- Researched, tested, and designed a a pneumatic launcher and vertical spinner weapon system- Sourced electrical and pneumatic components for each system based on their specifications- Iteratively improved the weapon system based on prototyping results and design review feedback

− Directing the chassis and propulsion design team, which created the structure of an underwater ROV− Designing to reduce drag, weight, and size while keeping a strong a rigid structure− Using FEA and CFD to simulate the design in underwater conditions

- Managed official club communication, social activities, and solved internal problems for a 100+ member club- Adapted the club’s internal workings and events to the online structure in response to the Covid-19 pandemic- Led the development of programs to facilitate bonding experiences to increase member retention by 300% - Performed statistical analysis to create new initiatives for underrepresented groups within the club’s program

− Introduced a new semi-autonomous manufacturing process projected to reduce part manufacturing time by 500%− Designed custom fixtures for operation in ISO 5 cleanroom conditions using SolidWorks− Prototyped 6 iterative fixture designs to optimize usability and workflow− Created engineering drawings for machined and sheet metal parts− Operated a CNC router to manufacture parts using Fusion 360 CAM software− Collaborated with the pre-clinical team to identify testing… Show more − Introduced a new semi-autonomous manufacturing process projected to reduce part manufacturing time by 500%− Designed custom fixtures for operation in ISO 5 cleanroom conditions using SolidWorks− Prototyped 6 iterative fixture designs to optimize usability and workflow− Created engineering drawings for machined and sheet metal parts− Operated a CNC router to manufacture parts using Fusion 360 CAM software− Collaborated with the pre-clinical team to identify testing requirements and designed appropriate fixtures Show less