General resume template

Senior design focused on embedded systems, PCB development, and hardware validation. GPA: 3.6/4.0.

• Supported schematic capture and bring-up for a mixed-signal sensor board, identifying power rail issues and reducing first-pass debug time by 20%.
• Executed bench validation using oscilloscopes, logic analyzers, and multimeters on 15 prototype units, documenting signal integrity results and improving test repeatability across the team.
• Partnered with firmware and manufacturing engineers to verify SPI and I2C interfaces, closing 12 defects before pilot build and strengthening cross-functional issue tracking.
• Created Python-based test logs and concise engineering reports for design reviews, helping senior engineers prioritize component changes and meet aggressive prototype deadlines.

• Maintained oscilloscopes, power supplies, and soldering stations for undergraduate labs, enabling on-time lab sessions for 120 students and reducing equipment downtime by 15%.
• Assembled and tested PCB kits for senior design teams, verifying continuity, rework quality, and component placement accuracy on more than 40 boards.
• Updated laboratory SOPs and ESD handling checklists, improving compliance during open lab hours and supporting safer, more consistent hardware development practices.
• Trained new student assistants on measurement procedures and basic troubleshooting, shortening onboarding time by two weeks while preserving accurate inventory and calibration records.

• Designed a Verilog-based PWM control module and supporting PCB interface, achieving stable motor response within 3% speed error during lab testing.
• Integrated current sensing and fault monitoring circuitry, then validated timing and thermal behavior with oscilloscope captures across five operating conditions.
• Presented design tradeoffs and test data to faculty reviewers, earning approval for final demonstration and reducing rework during subsystem integration.

• Built a portable battery management test fixture for a senior design team, automating voltage and current measurements and cutting manual test time by 30%.
• Selected protection components, created verification procedures, and confirmed measurement accuracy against calibrated lab instruments before handoff to project stakeholders.