• Initiated, developed and built new tools for SW DV Lab in order to speed up test execution and helping company to release more software versions while keeping test quality on a higher level• Managed and planed execution of SW DV projects and finished them on time without delays • Validated firmware and user specific applications of the whole range of Alpha’s products • Worked and collaborated closely with Software Designers to resolve issues• Verified hardware and software of a new company’s controller according to CSA standards, Radiated emission, ESD, Thermal and European standards• Designed and implemented a simulator that automates test execution and validates Alpha’s controller firmware • Trained new employees to work with company’s issue report and bug tracking software• Created and assigned test cases to cover new customer’s requirements• Designed, developed, implemented schematic and PCB layout, communication software (windows application VC++, firmware - MPLABX and C30 compiler) of DSP based controller for a 3 phase auto-variac. It decreases setup time through a rotary encoder based setup and remote control from a computer via RS232 communication protocol with a scheduler. Used for automation of test execution.• Created documentation and reports

Developed and implemented a test jig to help calibrate the output current of Power systems.Developed and implemented a test jig for high-pot testing.Proposal, study and implementation (currently the first stage is fully operational) of a new concept for "burn-in" test for all power modules (rectifiers, DC/DC converters and later inverters). Most of the energy is fully recoverable and the overall efficiency is 80%.

• Increased productivity by proactively learning product assembly and repair techniques. Improved production quality and speed• Met or exceeded all performance goals while maintaining ISO quality standards.• Prepared documents of assembly work instructions considering ISO procedures and processes• Trained new staff and inspected the final production • Designed an universal microprocessor based cable tester and simple jigs• Designed and developed a “car high beam flasher” for RCMP needs

• Designed and implemented digital and analog electronic circuits, created schematics, PCB and BOMs, generated manufacturing files• Designed and developed embedded elevator control board, self-educating 3-phase elevator doors frequency inverter, elevator’s car dot-matrix display using C and Assembler• Designed and validated microprocessor-based systems • Tested, calibrated, and debugged new designs to component level. Investigated field failures, costumer complaints, and quality-related production problems.• Developed device drivers for interface to the various peripheral hardware resources of the microprocessor, such as I2C bus, RS232, RS485, CAN bus and USB• Provided electronics research, development and implementation support to key electronics and engineering projects to ensure compliance with standards and guidelines, and analyzing costs of production