Electrical Engineer Intern Resume troy, MI - Hire IT People

SUMMARY

Master’s degree in Electrical and Computer Engineering with excellent Analog and Digital circuit design and analysis experience.
Expert on MATLAB & Simulink and model - based design. Experience on microcontroller coding using C/C++. Knowledgeable in PCB designing and manufacturing.
Experience with testing tools including logic analyzers, signal generator, DMMs and oscilloscopes.
Strong troubleshooting and problem-solving skills. Wide knowledge of design specifications and wiring diagram reading and drawing.
Strong desire for expansion of current skillset in a fast-paced work environment. Strong team player with the proven capability to multitask.

TECHNICAL SKILLS

PROFESSIONAL EXPERIENCE

Confidential, troy, MI

Electrical Engineer Intern

Responsibilities:

Develop and continue improvement of image processing algorithms and software using C++ for evaluation of the control strategies for specific function such as automotive engine block component check and inspection.
Troubleshoot equipment failures of production line that include optical component inspection system, servos, relays, HMI, DAQ device and PLCs from various manufacturers.
Improve the functionality and stability of serialization using C++ and C#.
Develop testing techniques and laboratory equipment for LED lighting control module (ECU)
Manage component libraries, product documentation such as assembly drawings working closely with internal design teams in LED and mechanical design.
Placing and routing multilayer circuit boards for LED lighting control
Created net list and performed placements (layouts by schematic). Provided technical support of new products between design engineering and manufacturing, insured design for testability and manufacturing of PCBs.
Created a detailed single-level bill of materials to be used for bulk orders.

Confidential, Rochester, MI

Master Thesis/Research Assistant

Responsibilities:

Researched on Micro-Electro-Mechanical System (MEMS) mechanism and structure for measurement of brain fluid flow rate by thermal method including modelling design and verification by data collection and analysis.
Research on 3-axis MEMS accelerometer design and CMOS-MEMS fabrication.