Tessa Tripp

• Engineered and executed electrical systems for defense applications, enhancing tactical radar capabilities while ensuring adherence to technical specifications.
• Led cross-functional teams to streamline project delivery, integrating innovative electrical engineering solutions.
• Managed a portfolio of 15+ projects simultaneously, implementing structured goal-setting and continuous progress evaluation to drive successful outcomes.
• Evaluated emerging technologies for potential integration into existing systems, driving innovation initiatives.
• Innovated new approaches to electrical problem-solving, significantly reducing troubleshooting time on major projects.
• Analyzed system failures to determine root causes and developed actionable recommendations to optimize operational efficiency.
• Mentored junior engineers, sharing technical expertise and providing guidance on best practices in the industry.
• Developed comprehensive documentation for designs, including schematics, calculations, specifications, and reports for review by clients, vendors and regulatory agencies.
• Conducted thorough evaluations of vendor proposals for new equipment, delivering informed recommendations based on established performance criteria and budgetary guidelines.

• Streamlined testing processes, reducing turnaround times and improving overall quality assurance outcomes.
• Implemented continuous improvement initiatives based on feedback from test results and team performance reviews.

Advance Testing:

• Conducted "Environmental Stress Screening" tests of military and civilian products with Thermotron humidity and temperature chambers, thermal shock chambers, UD Shaker, and LDS Shakers.

Laser Testing:

• Class A
• Medical Lasers
• Diode Laser, Class 1-4 AEL
• Fiber Optics Testing (conducted):
• Assembly Test (assembled SC and LC cables at extreme temperatures.
• Utilization of Optical Amplifiers
• Functionality Measurements (Insertions Loss, Back reflection, etc)

• Software installation and debugging.
• Analyzed network performance metrics to identify and resolve connectivity issues on campus.