Sean Feng

The Pentagon asked us to match our adversary’s world-leading capability, at 24ksi compressive, but instead we delivered 32ksi, a whopping 33% exceeding the military’s best-case scenario. Moreover, we achieved a 38-fold increase in bending performance, outside of military requirements. The strength increases multiply efficiency gains, allowing us to slash the costs of material and equipment by more than half. The technology breakthroughs increase production speed by 7-fold. PhDs and chief from DTRA and US Air Force visited. We finished Stage 2 readiness in Stage 1. US Navy asked for 50% weight reduction and 50% performance increase. Instead, we achieved 74% weight reduction and 150% performance increase in just Stage 1. The Navy technology manager dedicated 2 visits. The CTO of Navy Carrier Battle Group scheduled an in-depth 2-hour talk, when he congratulated us and invited us to explore opportunities to work together. The product is for the Nimitz class and latest Gerald R. Ford class carriers. Assemble, synergize and manage a team of high-profile members. Lead design, implementation and QA of firmware on Windows platform for complex chemical engineering. Direct chemical analyses and lab experiment designs. Utilizing the firmware, product development cycle decreases from 2 years down to just 2 months for high-end coatings, saving company over $3 million in initial investment and adding significant competitive advantage in R&D speed and product performance. Successfully launch military products.