Benjamin
EDUCATION
Bluffton University (Bluffton, Ohio), graduated 2010
BA Science and Mathematics, concentration Physics
GPA: 3.37
HONORS
Bluffton University (Bluffton, Ohio); academic scholarship; several semesters on Dean’s list
Graduated Ashland Schools (Ashland, Ohio) 2006 with honors
WORK EXPERIENCE
Development Device (Reliability Physics) Engineering Technician
December 2011-Present
Troubleshoot, identify and implement system improvements to achieve performance goals. Perform thermal, stress, and/or cost reduction analyses for solar systems. Test or evaluate photovoltaic cells or modules. Conduct sample testing, semiconductor device fabrication and/or electrical or optical measurement. Compile and analyze test data from performed testing and review results with engineers to improve efficiency and stability of solar modules. Operate, calibrate and perform preventative maintenance of lab and process equipment and systems. Troubleshoot basic to moderate process and equipment issues on the production line or in the lab. Read charts and graphs to find trends and apply statistical methods to analyze data desired. Communicate on a regular basis with all levels of associates.
Involved with teams that encompassed product development working with photovoltaic materials such as CdTe (Cadmium Telluride), CIGS(Copper Indium Gallium Di-Selenide), a-Si (Amorphous Silicon)- single and tandem junction solar devices, c-Si (crystalline silicon) in R&D and technology development. Photovoltaic and renewable technology feasibility analysis, BIPV Building Integrated Photovoltaics, Photovoltaic material and device characterization, Reliability testing (ALT) on solar panels/modules, Failure analysis (FA) and Yield improvement.
Intermediate knowledge of Excel, PowerPoint, Word, Access, JMP and SQL. General electrical/electronic knowledge of system controls, operate advanced analytical equipment (SEM/TEM, XPS, SIMS) and interpretation of results or understanding specific to a process.
Engineering Intern
November 2010-December 2011
Analyze and interpret test information to resolve design-related problems. Modify electrical prototypes. Work on alternative battery systems and supplemental charging and control solutions of (Hybrid Electric Vehicle-H.E.V.). Recommend modifications to electrical control systems, including control circuits and programmable logic controllers.
Produce electrical, electronic, and mechanical drawings and other related documents and graphics using computer-aided design (CAD) software (2D and Inventor 3D) for creating scaled drawings of automobile wiring harnesses. Develop strong writing skills in preparing scientific reports. Procure cost estimates, make detailed drawings and flowcharts, record and analyze data and study manufacturing processes to determine if they can be performed better or in a less expensive way.
Select and use laboratory, operational and diagnostic techniques and test equipment (oscilloscopes, electronic voltmeters and bridges) to assess electro-mechanical circuits, equipment, processes, systems and subsystems. Modify electrical prototypes, parts, assemblies and systems to correct functional deviations. Analyze and install electrical control systems including control circuits, variable speed drives, or programmable logic controllers. Troubleshoot microprocessors, electronic instruments, equipment and systems using electronic test equipment such as logic analyzers.
Read blueprints, wiring diagrams, schematic drawings, technical orders and engineering instructions to determine methods and sequences for assembling electronics parts, apply knowledge of electronic theory and components. Review project instructions and blueprints to ascertain test specifications, procedures, and objectives. Test nature of technical flaws, such as desig...
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