Electrical and lighting systems design for commercial buildings and municipal sites.

• Led optical design and analysis for lighting products in healthcare, outdoor, indoor downlighting, and UVC pathogen inhibiting markets.• Collaborated with cross-functional teams to optimize product performance and ensure compliance with industry standards.• Developed innovative solutions to enhance product efficiency and reduce manufacturing costs.

New product development of industrial and outdoor luminaires.

Mechanical design of new products for the outdoor lighting market, including concept development, electrical layout, CAD modeling, prototyping, and testing.

Optical design for luminaire development starting in the conceptual phase and continuing through implementation. Design and develop optical components around LED, Fluorescent, and HID sources.

• Worked in a team to perform photometric tests and develop photometry for a prototype roadway luminaire. Assembled an Excel spreadsheet to calculate various optical configurations and compiled results into a report to be submitted to the client.• Created models and simulations in AGi32 for various indoor and roadway lighting projects• Attended office meetings and presentations from local representatives

• Conducted an in-depth review and comparison of AGi32 against the following lighting design software packages: DIALux, Relux, and Visual. Provided results in a report format.• Participated in software testing and bug reporting• Completed a 3-day advanced training course on AGi32

• Researching and developing original design-based hands on engineering lessons and activities for high school level students. Lesson and activity topics include heat transfer and lighting/optics.• Work published on http://teachengineering.org