- Provide advanced technical and engineering support in the development, design, fabrication and testing of a wide variety of complex silicon based products, prototypes, systems and assemblies.-Design project tooling/components with Solidworks.-Machine project tooling/component via MasterCam and CNC Machines.

- Provide advanced technical and engineering support in the development, design, fabrication and testing of a wide variety of complex silicon based products, prototypes, systems and assemblies.-Design project tooling/components with Solidworks.-Machine project tooling/component via BobCad and Sherline Mill. -Inspect products and processes for errors and identify areas of improvement.-Apply metal thin-film via indium sulfate plating process.-Construct 2, 5 and 10 laser diode stacks modules.-Build and set up equipment-Prepare and conduct experiments.-Collect data, analyze it, summarize results, and prepare summary of results for review.

• Provide advanced technical and engineering support in the development, design, fabrication and testing of a wide variety of complex silicon based products, prototypes, systems and assemblies.

Community Service Officers (CSOs) are non-sworn personnel of the University Police Department. CSOs are students who work part-time to providing services to the university community. CSOs perform a variety of duties, which include, but are not limited to the following: building lockups and unlocks, telephone and light checks, crime prevention, security for special events, traffic control, and night escorts to campus parking lots and adjacent property to the University.

• Worked along side Dr. Burin in his plasma physics laboratory.• Researched structure and propagation trends of plasma ball filaments byvoltage waveform change.• Responsible for laboratory equipment and connection maintenance.• Acquired data with integrated equipment and analyzed using MatLab to find trends.

• Invited to conduct independent research on campus energy audits• Surveyed through every building to collect data and find areas where we can save energy by technology upgrade and/or building modification.• Studied various applied physics models to analyze the energy efficiency of buildings.