New battery development for powering active implantable medical devices.

Product and Technology Development Through Efficient and Responsible Engineering Practices.- Managed a team of two engineers & two interns over various materials development projects & lab experiment work- Responsible for interviewing and hiring process of new hires- Delegate tasks and responsibilities to team members as needed to stay on task and on target- Managed several projects simultaneously to stay within budget and completed within target time - Design through manufacturing, engineering management support of several consumer & medical device products- Develop inspection documentation for quality control via calipers, height gages, CMM, & vision system- Design for manufacturing of injection molded parts- Able to significantly reduce client costs by thousands through utilization of 3D printing technologies- Building custom jigs & test platforms to perform various tests (environmental, life cycle, impact, thermal) by incorporating data acquisition software & sensors as needed for each test. - Developed a new process for production of silicon nitride nanoparticles & fibers- Responsible for analysis of silicon nitride material via operation of scanning electron microscope, optical microscope, x-ray diffraction system with full analysis software- Wet chemistry processing for fiber/particle separation to produce test samples for potential customers- Managing program development of ultra high performance concrete systems - Utilizing and tailoring functionalized nanomaterial additives using arc-plasma processing- Managing program development of low back pressure, functionalized carbon nanomaterial enhanced porous ceramic water filtration/purification material- Developed, written, and managed laboratory SOP, training, and material/safety documentation - Directly engage with all customers to work on their projects & help develop effective solutions that satisfy their requirements

Head of developing a scale up process for producing a nano-cement additive to improve the all around performance of cement.

- Research and development of higher performance metals via nanocrystallization through process of severe plastic deformation and cement additive through nanocrystallization- Materials characterization and analysis of nanostructured metals including corrosion, tensile, micro hardness, microstructural, particle size/morphology- Design and build test stands and work area layout for materials characterization equipment- Research applications and market opportunities for metals, composites, carbon nanotubes, and nanocement with focus on increased performance and as an environmentally friendly alternative to existing technology - Managed the design and build up of scaled up nanocement reactor on limited budget and personnel, including supports systems of raw material supply and product collection

Destructive testing of ferrous automobile axle side gears, pinion gears, hubs and authorized approval for shipment to customer

Designed, tested, & implemented new line of springs utilized in electromagnetic brakes and clutches.