
We are seeking a Sr. Mechanical Analyst & Team Leadto drive structural and thermal analysis efforts supporting both hardware unit development and full spacecraft systems.
This role combines deep individual contributor responsibility with functional leadership of the analysis discipline. You will lead and execute complex analysis work, set technical direction for structural and thermal approaches, and support a team of specialists in delivering high-quality engineering outcomes.
You will also support the day-to-day management of the analysis team, including regular one-on-ones and performance feedback, while partnering with senior leadership on career development and progression.
Structural and thermal engineers are embedded within cross-functional efforts, including both IPTs and larger program teams. This role ensures consistent analysis methods, technical quality, and strong execution across those environments.
Technical Ownership & Execution
Lead structural and thermal analysis approaches and execution across hardware units and spacecraft systems
Define modeling strategies, verification methods, and analysis approaches
Demonstrate margins against requirements (thermal, vibration, static, etc.)
Solve high-complexity, multi-physics problems, including critical risk areas
Team Leadership & Functional Direction
Support the day-to-day effectiveness of the analysis team through coordination, feedback, and technical guidance
Act as a first-line escalation point for technical challenges
Support performance feedback and development of team members
Cross-functional Collaboration
Partner with mechanical engineering leadership and design teams to support hardware development
Work across electrical, RF, systems, AIT, and program teams to incorporate structural and thermal considerations into design decisions
Provide subject matter expertise to inform design and verification activities
Tools, Methods & Standards
Drive development and improvement of analysis methods, tools, and workflows
Ensure consistency, reliability, and scalability of simulation approaches
Contribute to tool selection and usage in alignment with organizational direction
Mentorship & Technical Leadership
Provide technical guidance and review for structural and thermal engineers, and support design teams as needed
Mentor engineers to improve technical depth, judgment, and autonomy
What Success Looks Like
Structural and thermal performance is well understood and validated through analysis and test correlation
Strong partnership with design teams leads to early risk reduction and improved performance
Analysis methods and tools are consistent, scalable, and trusted across efforts
Engineers grow in technical depth and effectiveness
Bachelor’s degree in Mechanical Engineering or equivalent
8+ years of experience in structural and/or thermal analysis
Deep expertise with FEA tools (NASTRAN, Simcenter, or similar)
Strong understanding of spacecraft structural and/or thermal environments
Experience correlating analysis with test (vibration, thermal, etc.)
Demonstrated ability to lead technical direction within a specialized domain
Experience with spacecraft-level analysis and qualification
Familiarity with ESA ECSS or NASA standards
Experience supporting both unit-level and system-level development
Experience defining or managing simulation toolchains
Salary Range: $125,622 - 175,622 CAD Actual total compensation will be determined at the Company’s discretion and is based on a variety of job-related factors, which may include, but are not limited to, relevant knowledge, skills, experience, performance, and education and/or training. The Company encourages all qualified applicants to apply, even if the posted salary range does not align with their expectations, as it does not reflect our total compensation package. Job Type: This is for a current vacancy

We are delivering on-orbit data at lightspeed with a constellation of satellites designed to act as Internet exchange points for space-to-space data relay.
Headquartered in downtown Toronto, Kepler is vertically integrated with an in-house production facility, designing and deploying a hybrid optical constellation to modernize communications to missions in LEO and beyond.