Software Engineering Manager

Overview
We're hiring:  Software Engineering Manager . Full-Time | Hybrid/Remote Work Environment | Security Clearance Required. Drive strategic growth in global defence.

Join Qineti

Q Target Systems Canada (QTSC) as a  Software Engineering Manager .

About QinetiQ
Qineti

Q is a global leader in defence, security, and critical infrastructure. With 8,000+ employees worldwide, we’re united by a mission to protect lives and secure the future through innovation. Our Medicine Hat site plays a key role in delivering advanced uncrewed vehicle systems (UVS) and supporting global defence operations.

What You’ll Do
The Software Engineering Manager leads a multi-disciplinary team responsible for overall design, development, and lifecycle management of embedded software (FPGA), ground control station applications, and auxiliary equipment for uncrewed vehicle platforms (including surface, ground, and rotary-wing vehicles), payloads, control stations, and support equipment at Qineti

Q Target Systems in Medicine Hat, Alberta. The manager collaborates closely with the Chief Engineer to align technical strategies with business objectives and supports day-to-day engineering operations.

Management of Software Engineering for the engineered design, development and simulation analysis of marine, aeronautical, ground vehicle platforms, support equipment and payloads including the design of embedded firmware (FPGA) of systems and sub-systems as well as application development for control stations including integration of electromechanical systems, communication equipment, control law and vehicle dynamics, and safety and human factors.

Design reviews of project teams' designs for the overall software architecture, test methodologies, and release management as per internal and external stakeholder requirements, safety regulations, environmental and lifecycle requirements.

Assurance of documentation for design validation, qualification, safety, and interoperability of systems.

Review and approval of software releases, test plans, training materials and other technical works, including the work of junior engineers and other technical staff.

Development of reports, safety information, manuals, training material and other technical documents.

Drive the integration and maturation of environmental considerations within design and project execution.

Lead and develop team members, uphold accountability, coordinate support for other business functions, identify training and skill‑set gaps, manage subcontractors within the discipline, ensure milestone delivery, and proactively improve design processes and methodologies in collaboration with all engineering discipline managers.

Resource allocation, mentorship, coaching, performance reviews, training, discipline, hiring, and professional development plans for direct staff.

Work in conjunction with other technical disciplines and departments to achieve overall system requirements.

Work with internal and external parties for operational support and enhancement of technical capabilities.

Project management of small multi‑discipled design projects.

Create and endorse cost, time, and technical estimates and project baselines for both internal and external projects, covering sustaining product support, new product development, and engineering service.

Collaborating to develop and maintain engineering development processes, product roadmaps, engineering strategy, and value engineering initiatives.

What You Bring

Professional Membership in APEGA (or eligibility).

Bachelor’s Degree in software engineering or equivalent.

Proficient knowledge of various software design software suites, analysis tools, and test environments.

10 years of Software Engineering experience with a minimum of 5 years in FPGA development.

3 years of Management or leadership experience.

Project management experience.

Project management certification.

Experience working with government and/or defense authorities for UAVs or Munitions.

Skills That Set You Apart

Proficient in mechanical problem‑solving and design decision‑making.

Mechanical design and analysis proficiency.

Strong communication and technical writing.

Critical thinking and innovative…