Top Tech Jobs & Startup Jobs

Lead systems engineering for FPGA-based Digital IO cards supporting military aircraft mission systems. Establish SysMLv2 requirements models, conduct systems analysis, manage verification and validation, ensure requirements traceability, collaborate across hardware, firmware, software, and mechanical teams, lead design reviews, mentor engineers, and maintain compliance with defence standards and quality requirements.

Lead systems engineering for processor-based VPX card platforms supporting advanced military aircraft. Own SysMLv2 requirements modeling, systems analysis, verification and validation, technical documentation, design reviews, and compliance. Collaborate across mechanical, hardware, firmware, and software teams while guiding MBSE adoption and mentoring junior engineers. Evaluate emerging technologies and inform future processor and Digital IO card strategies.

Develop and verify Java software components for Canadian Army ISTAR capabilities within an integrated tactical network. Responsibilities include requirements analysis, architecture, implementation, testing, debugging, code reviews, configuration management, defect resolution, and support for customer field trials. The role also coordinates feature development and mentors junior developers while working in an Agile, multidisciplinary team.

Leads the enterprise data and integration capability by developing strategy, architecture, governance, standards, roadmaps, and operating models. Establishes scalable APIs, data pipelines, event-driven integrations, metadata, lineage, master data, and quality practices. Provides strategic leadership for data platforms, analytics, AI readiness, and modernization; evaluates technologies and vendors; leads a Data Engineering team; and partners with business, technology, cybersecurity, infrastructure, and external stakeholders to improve enterprise data delivery and governance.

Lead the architecture, design, requirements management, integration, verification, validation, qualification, and lifecycle governance of safety-critical mission computing systems for military aircraft. Serve as a design authority and technical decision maker, lead multidisciplinary engineering teams, approve technical documentation, resolve customer challenges, and support bid development and solution shaping.

Designs and implements secure, scalable cloud solutions primarily on Azure and AWS. Responsibilities include creating architectures and technical documentation, automating infrastructure with Terraform and CI/CD, supporting integrations, identity, networking, monitoring, security, compliance, governance, and cost optimization. The role collaborates with engineering, security, data, architecture, vendors, and business teams to deliver resilient, production-ready services and reusable cloud patterns for Canadian operations.

Design, build and integrate advanced electronic hardware for avionics mission computing. Support board design, verification and qualification testing, and collaborate on AI/ML-enabled systems for defence platforms.

Design and develop mission computing software for avionics systems. Contribute to software architecture, integration, V&V testing, and MBSE initiatives. Collaborate with industry, government and academia to deliver safety-critical, AI-enabled solutions for next-generation combat aircraft.

The Project Accountant will support project financial control, EAC analysis, revenue recognition, forecasting, variance analysis, bid and proposal costing, and UK/US GAAP reporting. The role includes preparing statutory and ad hoc analyses, communicating financial risks and opportunities to management, supporting monthly activities, and mentoring team members. Collaboration with project finance teams and adherence to corporate policies are central responsibilities.

Lead the full systems engineering lifecycle for next-generation safety-critical military aircraft mission computing systems. Responsibilities include stakeholder needs analysis, requirements management in DOORS, MBSE modeling, design reviews, verification, qualification, certification, risk management, and change control. The role coordinates software, hardware, and safety engineering teams while ensuring technical integrity, regulatory compliance, traceability, and delivery of modular, high-performance avionics systems.