Project Kuiper is an initiative to provide low-latency, high-speed broadband connectivity to unserved and underserved communities around the world using a constellation of Low Earth Orbit satellites. This system packs some of the highest throughput per square meter between earth and space while optimizing the user experience.

Fortunate to take a break and hang with the family and do some of my own projects.Working on Micromouse - build a robot to go from the corner of an unknown maze to the middle. Here is a link to my entry at the 2018 Taiwan Classic Micromouse contest: https://www.youtube.com/watch?v=ARFh9bpNwsULearning Modern C++Designing and implementing low cost, high performance brushless motor controller that can go from very low to very high speeds.Fly my Remote Control Model sailplane. Started building it in 2008. Finally, completed and flew it this year!

Responsible for the Electronics, Software, Security and Network protocols for the StarLink satellite based global Internet system.One of the people who started the StarLink program. For above areas, hired the teams that figured out what needed to be done, architecture, trade studies, design, implementation, verification, qualification and prototype system deployment. The prototype system included ground stations, and two satellites - Tintin A and B operated from February 2018 for 2 years.Electronics included definition, design, assembly, test and qualification support of: flight and network computer, power conversion/distribution/management, modems, electric propulsion circuitry, star trackers, magnetometers, reaction wheels, torque rods and printed circuit board layout of phased array antennas.Software included all vehicle and ground software. Vehicle software included secure boot, update, guidance/navigation/control, firmware for all subsystems, test software, data logging, beam pointing, modem control, autonomous flight with safe modes, fault detection isolation and recovery, thermal control, power management, etc. Ground software included vehicle commanding/dashboards/alerts/alarms, antenna scheduling, sharing, pointing, etc.Grew Electrical engineering team from four to 25+; Software/Security/Network team from zero to 25+. NOTE: Significant portions of the prototype satellites were architected, designed, brought up, verified and assembled with less than half of the above teams!Reduced electrical and software development time, radiation test time and costs, simplified sourcing, etc. by driving harmonization of designs/design reuse/elimination of unique components.To leverage and contribute to existing SpaceX code base, shared development methodology with Hawthorne software team.CRS-7 anomaly– performed detailed design analysis of remote engine controller and found latent issue that resulted in an observed erroneous engine shutdown during test.

Xbox One Console System Architect, system partitioning, chip requirements/specification, lead HW bring up/productization - basically helped define it, worked closely with the chip teams to get the chips built, brought up and got the system into production; one of the key people responsible for high level of integration on Xbox One.

Xbox Console System Architect

Xbox Console System Engineering team

Xbox 360 Console System Architect, one of the five people who did the system partitioning, chip requirements/specification, HW bring up/productization - basically helped define it, worked closely with the chip and system teams to get the chips and system designed, brought up and got the system into production.Take a look at the number of chips that Xbox 360 shipped with in 2005 and now ships with. The team that did the system partitioning planned for this in 2003-2004!

System and Electrical Engineering of animated toys

System, Electrical and Software design for ground and space based optical interferometers