- Systems engineering for integrated bridge and navigation systems (IBNS).- Integrated sensors such as radar, GPS, INS, compasses, and speed logs to form a cohesive navigation and charting system. - Designed and controlled interfaces to navigation system end users, such as electronic warfare systems, search and tracking radars, weapon systems, command and control systems, and communications systems.- Developed, reviewed, and controlled system design documentation including system requirement specifications, cable run sheets, cable block diagrams, interface design documents, and verification test procedures.- Built strong working relationships with customer, end-user, and suppliers.- Supported customer’s topside design to minimize EMI between adjacent shipboard RF emitters.- Contributed to cost estimates and presented concept solutions in response to change requests.- Led presentation for design review gates to internal stakeholders, customer, and end user.- Consistently met challenging delivery timelines for project milestones critical to the business.

- Delivered of on-the-job theoretical training to the next generation of naval combat systems engineers.- Provided 12-15 trainees instruction in communications, sonar, radar, electronic warfare, and command and control system theory. - Developed curriculum for the next generation of naval sonar technicians- Led senior technicians in conducting job analysis to determine required skills and knowledge.- Led the support team for the RAVEN 2017 aboriginal youth basic military qualification course. - Coordinated training vessels and aircraft, transportation, and catering for a course of 40+. - Supervised a staff of 10+ to ensure all support requirements were met.

- Apprenticed as a combat systems engineering officer on board HMCS Calgary at CFB Esquimalt.- Assisted the management of the ship's technical readiness.- Directed emergency response operations under supervision to ensure combat system operation under emergency or damage conditions.- Participated in major naval operations such as RIMPAC in the Hawaiian Islands. - Developed knowledge of best practices for maintenance of naval combat systems.- Independently acted as officer of the day in harbour operations. - Enforced workplace safety including lockout-tag out, and radiation safety policies. - Supervised a staff of 7 - 12 personnel in response to shipboard emergencies such as fires, floods, casualties, and persons overboard. Enforced ship`s daily schedule. Ensured planned work was executed and resolved conflicts.- Planned and managed data collection of operator input/output as well as weapon and sensor data for missile and torpedo weapon firings.

- Trained in the theory and management of naval weapons, navigation, communications, radar, electro-optics, sonar, command and control, and electronic warfare systems. - Trained in the theory and practice of naval operational readiness, naval risk management, tests and trials of naval combat systems, training and management of technical personnel, procurement, and project management.

- Completed master's degree in computer engineering at RMCC under sponsorship of the Canadian Armed Forces. - Designed and implemented a memory efficient multi-robot 3D mapping system in C/C++- Presented and published original research at major engineering conferences. - Wrote technical documents and academic papers- Published in major IEEE journals and conferences

- Acquired and installed robotic platforms and sensors for the Autonomous Robotics ResearchGroup at RMCC. - Developed trial software in C/C++, Python, and MATLAB

Completed bachelor's of electrical engineering while undergoing military leadership and language training at the Royal Military College of Canada. The degree culminated in a fourth-year project for which I was involved in the design of a musical instrument multi-effect engine including an internet enabled ergonomic foot controller.