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Operates, tests, maintains, calibrates, and troubleshoots electronic test equipment and circuits from system to component level. Performs basic soldering and mechanical rework, interprets schematics and technical documentation, records test and quality results, resolves technical issues, and mentors technicians in debugging and product testing. The role is full-time and on-site in Ottawa, with production-floor work and eligibility requirements for Canadian government security clearance.

Supports systems engineering for a Canadian Armed Forces C5ISR-T headquarters program. Responsibilities include eliciting and defining requirements, developing MBSE models and system diagrams, creating interface specifications and information flows, maintaining requirements traceability, supporting verification and validation, reviewing test artifacts, and presenting status to stakeholders. The role requires ownership of technical deliverables and collaboration with government and internal teams.

Develop system requirements, interface specifications, models, use cases, and information flows for a Canadian Armed Forces C5ISR-T program. Apply MBSE techniques using DNDAF and UAF, maintain requirements traceability, support verification and validation activities, review test cases, produce VCRMs, and communicate status to internal and external stakeholders. The role also requires ownership of deliverables, milestone commitments, and collaboration with the Department of National Defence.

Develops system requirements, interface specifications, information flows, operational models, and traceability for Canadian Armed Forces C5ISR-T systems. Responsibilities include creating MBSE diagrams and system views, eliciting requirements from Department of National Defence stakeholders, supporting verification and validation, writing test cases, producing VCRMs, and presenting technical updates. The role also contributes to systems analysis, requirements management, and stakeholder reviews.

Develop and execute system integration, verification, and validation tests for complex defense systems in laboratory and field environments. Create test plans, procedures, automated test programs, and verification methods; troubleshoot networks, servers, radios, and software; investigate and resolve complex defects; and collaborate with multidisciplinary engineering teams, customers, and Agile program teams.

The Project Controller supports project managers and control account managers with scope, schedule, finance, risk, change, and bid management. Responsibilities include developing work breakdown structures and baseline schedules, tracking costs and milestones, analyzing scope and spending changes, maintaining risk registers, facilitating risk reviews, monitoring mitigation actions, and preparing schedules, resource demands, and cost estimates for bids. The role requires Microsoft Project and Office proficiency, risk management experience, and the ability to obtain appropriate UK security clearance.

Develop, optimize, test, and verify FPGA-based solutions using Vivado, VHDL, and HLS. Implement video interfaces and processing, maintain reusable IP cores, integrate FPGA designs with hardware and software systems, troubleshoot issues in lab and field environments, and contribute to architecture, proposals, estimates, and technical documentation.

Leads multidisciplinary software and systems engineering teams supporting international air programs. Responsible for customer requirements delivery, engineering execution, schedule and cost alignment, compliance, contract closure, complex dependencies, technical trade-offs, and issue resolution. Requires experience with integrated aircraft systems, airborne software, aircraft modifications, testing, sell-off, and airworthiness considerations. The role also involves team building, engineering effectiveness monitoring, stakeholder communication, and some travel.

Lead systems engineering for processor-based VPX card platforms supporting advanced military aircraft. Own system architecture, SysMLv2 requirements modeling, verification and validation, technical evaluations, design reviews, documentation, standards compliance, and cross-disciplinary integration. Champion MBSE adoption across hardware, firmware, software, and mechanical teams while mentoring engineers and shaping future processor and Digital IO card technology strategies.

Lead systems engineering for FPGA-based Digital IO cards used in military aircraft. Build SysMLv2 requirements models, perform systems analysis, own verification and validation, and maintain requirements traceability. Collaborate across mechanical, hardware, firmware, and software teams; lead design reviews; mentor engineers; produce technical documentation; and ensure compliance with defense standards. The role also supports platform architecture, hardware validation, emerging technology evaluation, and transition to model-based systems engineering.