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Develop, test, and debug embedded firmware for surgical stapling devices using C and C++ on ARM Cortex-M microcontrollers. Build drivers, communication interfaces, motor-control logic, and sensor integrations. Collaborate with electrical, mechanical, and systems engineers during hardware bring-up and bench debugging. Support verification, validation, code reviews, and documentation compliant with FDA design controls and IEC 62304.

Design and develop embedded electrical systems for powered surgical stapling devices. Responsibilities include schematic capture, PCB design, component selection, mixed-signal and microcontroller-based circuit development, hardware bring-up, debugging, testing, system integration, verification, validation, and regulated design documentation. The role collaborates with firmware, mechanical, manufacturing, and quality teams and supports troubleshooting and design updates for fielded medical devices.

Supports engineering activities on an operational manufacturing line, including addressing yield and quality concerns, repairing custom production equipment, and assisting with training. Evaluates processes for bottlenecks, proposes and implements improvements, and supports equipment commissioning and line changes. Completes a manufacturing fixture design project involving requirements, design reviews, risk identification, construction, and implementation under established procedures.

Supports surgical medical device territory growth by assisting with account development, surgeon and theatre staff relationships, procedure support, product trials, prospecting, case preparation, consignment stock management, and customer feedback. This field-based apprenticeship role covers Melbourne and includes regular territory travel, periodic overnight travel, and possible after-hours surgical case support, with a pathway to Territory Manager.