System Integration Engineer

01 ORIGIN_POINT About ASIO

ASIO develops combat-proven systems that empower tactical forces at the edge. Combining advanced technology with operational simplicity, our solutions support mission planning, situational awareness, resilient navigation, and more, enabling battalions to operate independently and achieve mission success.

02 BEARING The Opportunity

We are looking for a hands-on System Integration Engineer to bring a new autonomous airborne system to life, from first power-on in the lab to live field trials.

This is an opportunity to build the integration infrastructure of a new product from the ground up. You will set up and run the integration lab, bring up airborne and ground elements, verify the system end to end, and lead its electro-mechanical integration. Working at the intersection of hardware, software, mechanics and systems engineering, you will be where everything comes together.

03 WAYPOINTS Key Responsibilities

01 Build the integration lab: Establish and operate a distributed, hardware-in-the-loop integration lab with airborne and ground elements, real-time simulation, data recording and dedicated test jigs.

02 Run integration testing: Plan and execute integration tests through development, system-level verification and acceptance testing (ATP).

03 Automate and stress the system: Develop automated test setups, communication monitoring, fault injection and integration of simulation tools.

04 Document the results: Write integration and acceptance test reports (ATR) and maintain test procedures.

05 Own system-level issues: Track, investigate and drive system-level anomalies to closure together with the relevant engineering teams.

06 Support field trials: Support field tests, build a portable system simulator for field integration, and collect and analyze trial data.

07 Bring up the system: Lead hardware and software bring-up of new system elements, from first power-on to full functionality.

08 Lead electro-mechanical integration: Own harnessing, packaging, thermal management, connectors and the mechanical ICD.

09 Ensure EMC compliance: Drive designs to meet EMI/EMC requirements and support qualification testing.

Requirements:

04 CALIBRATION What You Bring

› B.Sc. in Electrical, Mechanical or Systems Engineering, or equivalent practical experience.

› At least 5 years of hands-on experience in integration of electro-mechanical and embedded systems, including leading integration activities or setting up an integration lab, debug and bring up of HW systems (using scope, probe etc).

› Proven experience in hardware and software bring-up and troubleshooting with standard lab equipment.

› Experience planning and running integration and acceptance tests, including writing test procedures and reports.

› Experience designing and implementing automated test setups, with Python scripting for automation and data analysis.

› Hands-on experience in electro-mechanical integration and with common communication interfaces.

› Proven experience troubleshooting system-level failures and driving them to closure through structured root-cause analysis.

05 SIGNAL_BOOST Strong Advantages

• Building HIL/SIL or real-time simulation environments.
• EMI/EMC design and testing (e.g., MIL-STD-461).
• Field testing of airborne systems.
• Taking a defense or aerospace product from prototype to production.