Embedded Electrical Engineer - SoM

Harmattan Ai

Lausanne +2 more

On-site

Who this role is best for

Strong fit for experienced embedded hardware engineers who design and validate high-speed systems for defense applications, with a preference for candidates who have worked in autonomous or UAS hardware and can manage end-to-end board development across multiple geographies.

Best fit for

Candidates with a track record of full-cycle board design and qualification for defense systems
— “boards taken from specification through bring-up and qualification into production”
Individuals skilled in high-speed digital design and signal integrity validation
— “High-speed design including layout constraints, signal integrity, and validation”
Engineers with prior experience in AI inference deployment on embedded platforms
— “prior work deploying AI inference on embedded targets”

Things to consider

The role demands a high level of autonomy and ownership of complex hardware projects
— “able to work autonomously and see a board from concept through to production”
Candidates must be prepared to work closely with cross-functional teams including software and mechanical engineers
— “Work with the embedded software team through board bring-up, the mechanical team on form factor and thermal constraints”

How to stand out

Highlight end-to-end board development experience in your resume and interview responses
— “own these designs end-to-end, from system architecture and schematic through layout guidance, fabrication, bring-up, and qualification”
Emphasize your experience with high-speed interfaces like PCIe, 10 Gb Ethernet, and MIPI
— “Design around high-end application processors, covering PCIe, 10 Gb Ethernet, USB 3.x, and MIPI”
Showcase your ability to define and execute verification test plans for hardware qualification
— “Define verification test plans, troubleshoot and characterise boards, and run thermal, vibration, EMC, and ESD qualification”

Pace · Fast PacedCollaboration · MediumAutonomy · HighDecision Impact · Company

Derived from job-description analysis by Serendipath's career intelligence engine.

What success looks like

successful board design and qualification
system integration

Typical background

embedded systems designhigh-speed digital design

Skills & requirements

Required

Embedded SystemsHigh-speed Digital DesignPower Design

Preferred

FPGA DesignAI Inference On Embedded Targets

Stack & domain

High-speed DesignLayout ConstraintsSignal IntegrityValidationPower TreesSequencingConversion TopologiesVerification Test PlansTroubleshootCharacterise BoardsThermalVibrationEMCESD QualificationEmbedded SoftwareMechanical TeamForm FactorThermal ConstraintsValidation For Flight QualificationElectronic CAD ToolsElectronic Test EquipmentFPGAMpsoc DesignAI InferenceUASDroneDefence HardwareRigorousStructuredAnalyticalAutonomousCommunicationInfluenceDefenseAutonomous SystemsScalable Defense SystemsEmbedded Hardware Design

About the role

Original posting from Harmattan Ai via Ashby

ABOUT US
Harmattan AI is a next-generation defense prime building autonomous and scalable defense systems. Following the close of a $200M Series B, valuing the company at $1.4 billion, we are expanding our teams and capabilities to deliver mission-critical systems to allied forces.
Our work is guided by clear values: building technologies with real-world impact, pursuing excellence in everything we do, setting ambitious goals, and taking on the hardest technical challenges. We operate in a demanding environment where rigor, ownership, and execution are expected.
About the role
As an Embedded Electrical Engineer at Harmattan AI, you will join the R&D team to design the compute modules and associated boards used across our platforms. You will own these designs end-to-end, from system architecture and schematic through layout guidance, fabrication, bring-up, and qualification. This is a high-impact role that combines demanding high-speed design work with hands-on bench work, taking hardware from a first prototype through to boards that fly.
Responsibilities
Board Design: Design SoMs, baseboards, and test boards for our compute platforms.
High-Speed Digital Design: Design around high-end application processors, covering PCIe, 10 Gb Ethernet, USB 3.x, and MIPI, managing layout constraints and signal integrity.
Power Design: Design power trees, sequencing, and conversion topologies, and verify power-up and power-down behaviour.
Design Reviews: Prepare and lead design reviews at each milestone, from block diagram to release for fabrication.
Manufacture: Work with PCB and EMS partners on stack-up, via technology, layout guidance, and cost trade-offs.
Bring Up and Qualification: Define verification test plans, troubleshoot and characterise boards, and run thermal, vibration, EMC, and ESD qualification.
Cross-Functional Collaboration: Work with the embedded software team through board bring-up, the mechanical team on form factor and thermal constraints, and validation for flight qualification.
Candidate requirements
Educational Background: MSc in electrical, computer, or a related engineering field. A PhD is a plus. A hands-on design and bring-up record matters more than the specific degree.
Experience: 5 years minimum in embedded hardware design, with boards taken from specification through bring-up and qualification into production.
Technical Expertise: High-speed design including layout constraints, signal integrity, and validation. Systems built around a processor with external memory (DDR, Flash) are carried through to a committed layout. Power trees with deliberate conversion topologies and verified power-up and power-down behaviour.
Tools: In-depth knowledge of electronic CAD tools (e.g., Altium).
Testing Proficiency: Proficiency with electronic test equipment and experience planning thermal, vibration, EMC, and ESD qualification.
Manufacturing: Experience working with fabrication and assembly partners on stack-up, via technology, and cost trade-offs.
Problem Solving: Rigorous, structured, and analytical; able to work autonomously and see a board from concept through to production.
Communication and Influence: Excellent written and verbal communication, able to present design and test results to engineers and senior stakeholders.
Additional Skills: FPGA or MPSoC design, prior work deploying AI inference on embedded targets, and UAS, drone, or defence hardware experience are strong advantages.
Commitment: 100% dedication to Harmattan AI's mission, vision, and ambitious growth plans, ready to go the extra mile to ensure operational excellence. Thrives in a fast-paced environment where priorities shift and no task is too small.
We look forward to hearing how you can help shape the future of autonomous defense systems at Harmattan AI.

Source: Harmattan Ai careers (Ashby)