
Integration Engineer
Our Take
Build hybrid-electric aircraft subsystems for Heart Aerospace, a leader in sustainable aviation.
What you’ll do
- Integrate propulsion, battery, avionics, structural systems
- Define build sequences and mechanical interfaces
- Provide design-for-assembly feedback
- Troubleshoot integration issues on the build floor
- Develop work instructions and assembly drawings
- Support integration testing
What they’re looking for
- 2+ years aerospace/automotive/manufacturing experience
- Mechanical/aerospace/systems engineering degree
- Proficiency in CAD (NX, CATIA, SolidWorks)
- Understanding of mechanical, electrical, fluid systems
- Experience with GD&T
What you get
- Base pay: $124,000 - $176,000 USD
- Stock options
- Education budget
- Paid time off
Skills & Focus Areas
- NX
- CATIA
- SolidWorks
- GD&T
- mechanical systems
- electrical systems
- fluid systems
- CAD
As posted by Heart Aerospace
At Heart Aerospace we develop the ES-30, a regional hybrid-electric airplane with a capacity of 30 passengers, an electric zero-emission range of 200 km and an extended hybrid range of 400 km. Heart is targeting type certification of the ES-30 by the end of the decade.
Your mission
We are looking for a highly motivated, hands-on Integration Engineer to lead the mechanical and electrical integration of critical subsystems across our hybrid-electric aircraft platform. You will be responsible for bridging design, manufacturing, final assembly, and testing to ensure that complex systems come together seamlessly from prototype through rate production.
This is a cross-disciplinary role at the heart of aircraft development, where attention to detail, fast-paced execution, and strong problem-solving instincts are key. You’ll work side-by-side with design engineers, manufacturing, and technicians on the production floor to turn ambitious designs into high-performance, certifiable products.
Key responsibilities include but are not limited to:
System Integration & Assembly
- Own the integration of propulsion, battery, avionics, and structural systems into the aircraft platform
- Define and document build sequences, mechanical interfaces, fastener strategies, cable routing, and fluid line installations
- Support and optimize aircraft-level assembly processes, from first article to full-rate production
Design Collaboration & DFM
- Provide real-time design-for-assembly feedback to design engineering teams
- Influence interface definitions, mounting strategies, and accessibility for maintainability
- Drive resolution of interface issues between subsystems during development and build
Build Floor & Hands-On Support
- Act as the technical liaison on the build floor to troubleshoot integration issues and lead root cause investigations
- Support technicians during assembly with guidance, documentation, and process improvements
- Ensure that integration work meets engineering intent, quality standards, and certification requirements
Process Development & Continuous Improvement
- Create and maintain detailed work instructions, assembly drawings, and configuration documentation
- Work with manufacturing and engineering teams to improve efficiency, reduce errors, and streamline assembly processes
- Support integration testing and data collection during system bring-up and aircraft checkout
Your place of work will be at our office located in Torrance, CA. Some domestic travel may be required
Skills & Requirements
- Bachelor’s degree in Mechanical, Aerospace, or Systems Engineering (or equivalent experience)
- 2+ years of experience in aerospace, automotive, or advanced manufacturing environments
- Strong understanding of mechanical systems, fasteners, electrical connectors, harnessing, and fluid systems
- Proficiency in CAD (e.g., NX, CATIA, or SolidWorks) and interpreting engineering drawings with GD&T
These Qualifications Would Be Nice To Have
- Experience in aircraft or vehicle final assembly, particularly with electrical and fluid system integration
- Exposure to configuration control, hardware traceability, and change management
- Demonstrated ability to work cross-functionally in high-speed development programs
- Experience with electric propulsion, high-voltage systems, or thermal integration
- Comfortable working hands-on with tools and hardware in a production environment