Project Engineer Resume Hayward, CA - Hire IT People

OBJECTIVE:

To be a key contributor to the growth and success of a team oriented organization in the sustainable energy field by applying my experience launching advanced engineered products and insights gained during research in sustainable energy - emphasizing strong interpersonal-communication skills and a hunger for continued .

TECHNICAL SKILLS:

Computer Skills: C++, Python, Introductory AutoCAD, MATlab, Xilinx, Introductory Solid Works, Microsoft Office

PROFESSIONAL EXPERIENCE:

Project Engineer

Confidential - Hayward, CA

Responsibilities:

Lead Engineer within contract manufacturer PDCI Medical/Automotive. Combining technical sales for lead generation and cultivation with nation-wide industry tradeshow marketing campaigns for exposure. Growing the medical clientele base through interpersonal skills, designing high-volume manufacturing processes and sophisticated tooling for high-volume medical products within a clean room environment, as well as NVH products for Automotive industry. Overseeing high-throughput manufacturing within the clean room and on general factory floor, working with multidisciplinary team to optimize manufacturing processes. ISO 9001:2015 and IATF 16949:2016 Certified Auditor.

R&D/ QA Intern

Confidential - Tucson, AZ

Responsibilities:

Start to finish manufacturing of complex Carbon Fiber composite parts for aerospace and specialty applications, using both conventional Autoclave and alternative ACM patented methods; Failure Analysis of all manufactured composite systems, thermosets and thermoplastics, acid digestion and other chemistry techniques, design and machining of production molds, extrusion, Process and Cost Optimization, Product Transition from development into manufacturing through Product Development Process, Advanced Microscopy (FTIR and SEM), Product Development Reports, R&D in Advanced Ceramics products, Quality Control for advanced ceramics and manufactured carbon fiber parts; Documentation Control, Data entry.

Confidential

Responsibilities:

Under the guidance of a professor, my lab succeeded in bringing electrical functionality to off-the-grid dwellings by use of stored pressurized air. Using inflatable storage diaphragms and solar powered compressors, energy was produced and stored as compressed air, for eventual conversion to electricity by generator and use in off-the-grid household energy needs.

Confidential

Responsibilities:

Utilizing fringe detection, dark-field emission analysis, and an algorithm plus graphical user interface, my design team was able to innovate by defining a "Distinctness of Image" metric. My team delivered a fully functional prototype to Procter & Gamble that graded the visual cleanliness of metallic dishware after a wash. As the materials engineer assigned to the project I utilized CAD software to design and chose robust materials to build an optomechanical system that produced repeatable, accurate images for analysis within the “DOI” Algorithm. The 6-month design process was completed 12/2015, 6-month build phase was completed 5/2016. This project was judged by 160 Confidential Engineering Professors and Alumni. Due to our innovation, our team was ed the Thorlabs: Photonics is the Future, along with a $1750 USD monetary prize.
Skills Attained: Precision Machining, Prototype Design in AutoCAD, MatLab GUI computer programming, Optical Analysis Techniques, Interdisciplinary Teamwork and Delegation, Leadership, BOM’s creation, Risk Analysis, Design Presentation Skills, Working with Deadlines, Design Notebooks and Meticulous Documentation for Intellectual Property Rights.

Confidential, Washington D.C

Responsibilities:

Borosilicate & Soda-Lime Glass Cored Ceramics were produced primitive ceramics processing methods in an incremented firing methodology. Reproduction investigations were carried out at different firing temperatures in attempt to reproduce the production method used in ancient times considering historic limitations. SEM, EDS and Optical Microscopy were used to compare microstructures of lab created cored vessels to those found at the archeological site in question, in order to better understand the processing limitations at the time of creation.
Skills Attained: Industrial Glass Blowing, Artistic Ceramic Torchwork, Ceramics Processing, Advanced Microscopy Methods (SEM, EDS)