Provide system level technical management of iPhone engineering development throughout the product life cycle.

Teaching assistant for the Smart Product Design Lab (SPDL). Aided students in the design and realization of smart products through the integration of electronic hardware, software, and mechanical design. Built infrastructure for class projects and provided support for class members in lab exercises and projects.

Instructor and mentor for youth in robotic design and implementation. Guided students in problem solving using the LEGO, VEX, Arduino and the company's own GridKit platforms. Taught RC applications and kit-building. Collaborated with staff in furthering the program's goals and design.

Contributed to the large-scale programming efforts of the DARPA ARM-S Project within the Artificial Intelligence Division at SRI. Programmed novel controls in C/C++ and ROS for a seven degree of freedom WAM Arm and Barrett Hand. Implemented an X-box controller procedure for tele-operation control of the arm and hand. Programmed a feed-forward force predictor based upon individual joint torques. Designed and implemented numerous trajectory services for assisting in manipulation tasks.

Taught two discussion sections weekly. Provided weekly office hour support to students along with 24/7 email support. Mentored and assisted students in the Physics Tutoring Center weekly. Graded weekly homework and all course exams.

Managed the Club's Recreation and Advanced Programs, overseeing over 2000 players and 200 coaches. Designed and implemented the Beach FC Junior Academy Program. Directed Summer Camps. Improved Coaching Education standards with addition of coaching clinics and mandatory Licensure. Designed club-wide long-term player development model and curriculum.

Competed in weekly games and trained daily. Coached youth summer camps and contributed to local community appearances.

Competed in weekly games and trained daily. Directed and coached in youth summer camps.

Contributed to the Atmospheric Sciences Division in LIDAR research. Designed experiment for evaluating digitizer boards in NASA’s airborne DIAL system. Demonstrated the inherent errors of digitization of lidar return signals of ozone using LabVIEW.