• Presented material, answered questions, and graded student work to facilitate learning.• Brought advanced material from higher-level math courses to extend and reinforce student understanding.• Prepared additional material including quizzes and other media to increase classroom-wide understanding of selected topics up to 95%.• Maintained a healthy classroom environment by applying organization strategies such as seating arrangements and moderated classroom discussions.• Used positive reinforcement techniques to increase student participation in and out of the classroom.• Supported the AoPS team by volunteering to substitute-teach other math classes, and to proctor and grade placement tests.

• Supported a team of 6 production electronics technicians to meet production targets and deadlines by troubleshooting defective assemblies and test fixtures, and by resolving ambiguities in electronic and mechanical design documents.• Soldered and assembled surface-mount microelectronic RF circuit boards to produce completed transmitters ready for QA testing and calibration.• Collaborated with 7 members on engineering team by communicating the perspective of the technician team.• Contributed domain-specific knowledge from fields such as numerical analysis, sensor selection and design, electronics packaging, automation and testing, materials science, and more.• Authored definitive assembly procedure documentation for the company's highest-value main-category product.• Interviewed technicians and engineers, investigated obscure legacy documents, and contributed subject matter expertise, which was instrumental in the successful transition of this $1M program to its next phase of development.

• Ensured the dependability of all Rapid Prototyping Studio equipment including CNC routers, laser cutters, and 3D printers by maintaining, troubleshooting, repairing, calibrating, and improving new systems using engineering knowledge.• Increased total equipment functionality by over 30%, saving tens of thousands of dollars in service costs.• Managed, mentored, and trained 9 student employees to dependably supervise the student fabrication workspace. Augmented in-person contact with better documentation and other affordances to increase communication between shifts. Improved problem reporting policy adherence from near 0% to well over 80%, reducing downtime and outages.• Led safety and instructional seminars, teaching students to understand theory and practice evaluating advantages, limitations, and tradeoffs between available rapid prototyping processes. Helped hundreds of students successfully complete their projects.

• Supported 20 participating teams to successfully troubleshoot their technical issues at our annual hardware hack-a-thon over 2 consecutive years, indispensably contributing to a successful demonstration rate of 100%.• Bolstered success at our annual hardware hack-a-thons by leading technical seminars and by coordinating kit materials and ready-to-use circuit designs.• Recognized by fellow student officers for contributions and selected as 1 of 2 students from 50 to represent chapter at IEEE Rising Stars Conference.

• Mentored a high school robotics team to become substantially more competitive by teaching, evangelizing, and demonstratingincremental, continuous process improvements over several years.• Led the team to compete on Einstein, the final ring at World Championships in 2016.• Taught students mechanical, electrical, manufacturing, and systems engineering by leading seminars covering manual machining,computer-aided design, sheet metal design and fabrication, motorized and pneumatic mechanism design, and the engineeringdesign cycle, and further by participating in pair-design sessions with students to reinforce these lessons.• Coached students to write robust and better-engineered robotic automation software by teaching seminars on software designstructures, event-driven automation, state machines, mathematics for robot controls, and by encouraging pair programming.• Set up team to achieve the fourth-highest score worldwide in official gameplay during the 2017 season.

• Designed regulation-compliant wire harnesses under guidance from Microwave Engineers, coordinated with vendors, thenassembled, calibrated, and final-tested microwave TV transmitters.• Valued at over $100k each, the 4 transmitters I built and tested comprised the company's entire Q3 production volume.• Performed inventory control and documentation management by updating documents regarding shipments, inventoryprocurements and changes, and by documenting the new wire harness design and BOM.• Maintained accountability and records within the organization to enable the on-time, within-budget performance of assemblydeliverables.