We specialize in defense tech, connecting customers with integrated solutions to ensure America & its allies stay ahead.
Bethesda, MD
The world relies on what we do. Headquartered in Bethesda, Maryland, with offices across the U.S. and around the globe, our team delivers solutions that strengthen national security, shape industries and push engineering and technology to new levels. We collaborate to win. We put our customers first. And we perform with excellence. The best careers are built at Lockheed Martin. Join us.
On-site · Dartmouth
Lead an Integrated Product Team responsible for the engineering life cycle of the River Class Destroyer Land-Based Test Facility payload. Ensure technical soundness of system requirements and design while coordinating with vendors and specialty disciplines.
On-site · Montréal
Participate in the Lead Systems Engineering Cross Product Team to manage engineering processes and coordination for the River Class Destroyer Project. Tasks include requirements development, change management, risk assessment, and managing team tasks using Jira and Confluence.
On-site · Halifax
Provide technical support and troubleshooting for SEACOT and SEAWOLF synthetic training environments for the Royal Canadian Navy. Responsibilities include configuring systems, resolving software and hardware defects, and assisting instructors with training integration.
On-site · Montréal
Support the Human Factors Engineering team by managing requirements in DOORS and tracking tasks via Jira and Confluence. Provide design recommendations for hardware, software HMI, and ship compartment layouts while supporting customer workshops and technical reviews.
On-site · Dartmouth
The role involves overseeing pending changes through the Technical Change workflow to ensure they are executed according to defined processes. Key tasks include tracking change information, developing engineering processes, and creating software tools using Python and database techniques.
On-site · Dartmouth
Lead a cybersecurity team by balancing technical authority with people management and career development. Drive the implementation of Systems Security Engineering best practices to deliver secure systems that meet stakeholder needs.
On-site · Montréal
The candidate will support the total engineering lifecycle for large-scale naval platform systems, focusing on certification, design development, and integration. Key tasks include system modeling, architecture design, and managing team tasks using JIRA and Confluence.
On-site · Victoria
Lead the analysis, design, and delivery of naval operations and warfare training products for the Royal Canadian Navy and international partners. This includes developing course content, conducting training sessions, and filling Primary Warfare Commander roles in simulation environments.
On-site · Montréal
The candidate will create 3D models for compartment and topside arrangements for the River Class Destroyer Program. They will also perform Quick Look analyses, including CFD and cable length restrictions, and document design reviews.
On-site · Dartmouth
The candidate will create 3D models for compartment and topside arrangements for the Canadian Surface Combatant Program. They will also perform quick look analyses, including CFD and cable length restrictions, and document design reviews.
On-site · Dartmouth
Lead the Logistic Support Analysis (LSA) program and manage sustainment requirements throughout the product lifecycle. Collaborate with cross-functional teams and customers to develop maintenance plans and ensure system supportability.
On-site · Ottawa
Support the Communications Integrated Product Team by collaborating on system design, requirements analysis, and system modeling. Responsibilities include managing team tasks in Jira and Confluence while following systems engineering best practices.
On-site · Dartmouth
The candidate will support the total engineering life cycle of labs and development environments for Naval Combat Systems. This includes defining requirements, selecting hardware, and performing multi-discipline assessments for integration and test facilities.
On-site · Dartmouth
The student will provide project coordination and engineering support for the Canadian Surface Combatant Project. Key tasks include budget development, status updating, and evaluating the impact of plan changes on cost and schedule.
On-site · Ottawa
The candidate will participate in engineering activities focusing on hardware and software design, requirements analysis, and supportability. Key tasks include analyzing vendor data for reliability and maintainability and ensuring design for supportability is captured in system architecture reviews.
On-site · Ottawa
The candidate will develop technical documentation and maintenance procedures in collaboration with engineering and logistics teams. Responsibilities include performing impact analyses on change requests and converting legacy data into structured XML format.
On-site · Dartmouth
The candidate will support the Underwater Warfare Integrated Product Team with requirements engineering and design activities for the Canadian Surface Combatant Project. Responsibilities include general coordination, engineering process management, and problem solving within an Agile team environment.
On-site · Dartmouth
Develop and implement program quality plans using statistical quality control, lean manufacturing, and six-sigma tools to ensure product conformity. Conduct audits of internal and external quality management systems and manage corrective actions for recurring discrepancies.
On-site · Halifax
The candidate will perform test engineering for the Combat Management System (CMS 330) for the Halifax Class Frigates. Responsibilities include writing automated tests using Sikuli, programming in Java, and handling documentation and metrics reporting.
On-site · Ottawa
The co-op student will support the Risk Manager in identifying, analyzing, and mitigating risks within the Canadian Surface Combatant Program. Responsibilities include using the ROADS tool, updating the Integrated Master Schedule, and documenting risk management outcomes.
