Electrical Design Engineer
Boeing
Total years of experience :13 years, 0 Months
Current Initiatives:
- Team lead for high voltage switch mode power supply design
- Involved in linear vacuum tube RF system designs
- Electronic and mechanical design production support
- Application of lean and TRIZ initiatives for design and production
Previous Initiatives:
- Led 3D simulation lean initiative to cut major development project schedule by 50%
- Boeing Lean Council Member, facilitated 500% improvement from previous year
- Core avionics and electronic jammer integration
- Team lead for immersive development technology implementation
- Custom electronic test station design …
Front-end photovoltaic solar system design, integration, and sales. Developed project proposals and contracts.
Assign grades and provide assistance in electronic lab sessions. Provided coursework tutoring outside of lab sessions.
Communication, influence and relationships synergize into peak people performance. By boosting both verbal and non-verbal communication, this series helps professionals – from individual contributors to front-line managers – to influence others. Ultimately, these actions build relationships that improve collaboration and productivity in any organization. I cultivateded the following abilities: • Develop influence skills • Cultivate individual awareness and team relationships • Master interpersonal dynamics
The objective of the course is to help TRIZ users in gaining advanced level experience in applying TRIZ and confidence in working on their real-life problems.
Courses included Introduction to Microelectronics I & II.
One of most complete contemporary TRIZ workshops, it covers all TRIZ problem solving methods for all classes of creative problems in product and process development including the algorithm for resolving conflicts between product or process parameters while minimizing product changes and costs. Even the most difficult problems with contradictions involved could be routinely solved. The workshop offers Tool-Object-Product (TOP) Function modeling and the best integration of TRIZ methods into a smooth way of powerful analytical thinking.
The Systems Engineering Certificate Program provides the key skills and knowledge essential for successful systems engineering in today’s fast-paced environment. The curriculum is designed to meet the evolving needs of industry. The program focuses on practical methods and tools for eliciting user needs and requirements, defining robust system architectures and designs, and effectively verifying and validating the operation of the product. Participants learned current industry best-practices to ensure robust, cost-effective designs that meet stringent functional, performance, and cost requirements.
Minors in Biomedical Engineering and Engineering Mathematics. Courses include the following: Biomedical Instrumentation, Electronics Circuit Design, Digital Signal Processing, Electromagnetic Fields, Microprocessors, Semiconductor Devices, and many more.