An advanced aerospace engineering organization in Abu Dhabi, UAE is hiring an experienced Systems Integration & Test Engineer — Propulsion Control Systems, also called a Micro Jet Engine Testing Engineer — a hands-on, technically specialist role responsible for overseeing and executing microturbojet engine testing, propulsion control system integration, and validation campaigns. Requiring 3+ years of hands-on experience with ECU/FADEC systems, instrumentation, data acquisition, HIL testing, LabVIEW, Python, and embedded propulsion control, this is a rare and highly specialized aerospace engineering opportunity in Abu Dhabi’s expanding defense and aerospace technology sector. Candidates already based in the UAE are strongly preferred.
About the Role — Micro Jet Engine Testing Engineer, Abu Dhabi UAE 2026
Role Type: Full-Time — Abu Dhabi, UAE — Aerospace Propulsion Test Environment
Primary Responsibility: Oversee and be responsible for microturbojet engine testing — hands-on test engineer ownership of propulsion test campaigns
Core Systems: ECU · FADEC · HIL test rigs · Data acquisition · Embedded propulsion control systems
Software: LabVIEW · Python · C++ · CAN bus · ARINC · Ethernet communication protocols
Standards: DO-178 · DO-254 concepts preferred — safety-critical aerospace systems experience valued
Why This Micro Jet Engine Testing Engineer Role in Abu Dhabi Is a Career-Defining Opportunity
Extreme Rarity: Microturbojet engine testing engineering roles with ECU/FADEC, HIL, and embedded propulsion control scope are among the rarest and most technically elite specializations in the global aerospace market — exceptionally few opportunities exist per year in the region
Frontier Technology: Work on microturbojet propulsion control systems at the cutting edge of small-scale aerospace propulsion — technically demanding, professionally prestigious, and strategically significant
Abu Dhabi Aerospace: Abu Dhabi’s defense and aerospace sector is one of the most actively expanding in the region — exceptional career trajectory in a rapidly growing professional ecosystem
Tax-Free Abu Dhabi: Competitive aerospace engineering salary — zero personal income tax in the UAE
Position Overview
This Micro Jet Engine Testing Engineer (formally: Systems Integration & Test Engineer — Propulsion Control Systems) in Abu Dhabi is a full-time, hands-on aerospace engineering role for a technically specialist professional with 3+ years of direct experience in propulsion control system testing, ECU/FADEC integration, and instrumented test campaign execution. You will oversee and take full ownership of microturbojet engine testing activities — designing and executing test procedures, developing and maintaining test rigs and data acquisition systems, conducting Hardware-in-the-Loop (HIL) and full-system test campaigns, analyzing test data and performing root-cause investigations for anomalies, verifying embedded propulsion control software, working with communication buses including CAN, ARINC, and Ethernet, and using Python and C++ to develop test automation tools and data processing scripts that support hardware-software integration and validation across the full propulsion control system lifecycle. This is a role for an aerospace engineer who is genuinely hands-on — someone who is as comfortable physically setting up a test rig and running engine start cycles as they are analyzing FADEC data logs and writing Python test automation scripts.
Why This Micro Jet Engine Testing Engineer Role in Abu Dhabi Is the Aerospace Career Opportunity of 2026: Engineers with hands-on microturbojet or small gas turbine test experience, proven ECU/FADEC integration knowledge, HIL test campaign expertise, LabVIEW instrumentation proficiency, and Python test automation skills represent one of the rarest and most commercially valued technical profiles in the global aerospace propulsion test engineering market. Abu Dhabi’s growing investment in indigenous defense and aerospace technology capability, combined with the technical depth and career advancement potential of this propulsion test engineering role, makes this one of the most professionally significant aerospace engineering opportunities in the UAE in 2026. The candidate pool is extremely limited — apply early.
Key Responsibilities
Microturbojet Engine Testing — Full Ownership & Campaign Execution
- Oversee and take full personal responsibility for all microturbojet engine test activities — planning, preparing, executing, and post-processing engine test campaigns from initial test procedure development through data acquisition, real-time monitoring, post-test data analysis, and final test report production with the hands-on technical authority and professional accountability that sole test engineer ownership demands
- Design and execute bench, HIL, and full-system propulsion control test campaigns — applying proven experience with propulsion test environments to safely and efficiently characterize microturbojet engine performance, validate ECU/FADEC control law behavior, verify sensor and actuator response, and demonstrate system-level compliance with design requirements and acceptance test criteria
- Set up, calibrate, and operate instrumentation, test rigs, and data acquisition systems — ensuring that all measurement channels (pressure, temperature, fuel flow, thrust, rotational speed, and control signal monitoring) are correctly configured, calibrated, and validated before engine test runs to guarantee data quality and test validity throughout all test campaigns
- Troubleshoot anomalies, unexpected test results, and propulsion system malfunctions with systematic root-cause investigation methodology — distinguishing between test instrumentation issues, software anomalies, hardware faults, and genuine propulsion system behavior to provide accurate, evidence-based fault diagnoses that guide effective corrective action
ECU / FADEC Integration & Embedded Propulsion Control Validation
- Apply hands-on experience with ECU (Engine Control Units) and FADEC (Full Authority Digital Engine Control) systems to support propulsion control software and hardware integration, validation, and verification activities — understanding the functional architecture, control laws, sensor interfaces, actuator commands, and communication protocols of embedded propulsion control systems at the system-level detail required for effective test engineering
- Conduct Hardware-in-the-Loop (HIL) testing for propulsion control systems — designing HIL test environments that stimulate ECU/FADEC inputs and verify control system outputs against defined requirements, enabling early-stage validation of propulsion control software before full engine integration reduces test flexibility and increases cost and risk
- Verify embedded propulsion control software behavior through structured test procedures — applying knowledge of real-time embedded systems, software verification practices, and requirements-based testing methodology to build a comprehensive, traceable evidence base for propulsion control software compliance
- Apply knowledge of DO-178 (airborne software) and DO-254 (complex electronic hardware) concepts where relevant — ensuring that software verification and hardware test evidence is developed in a manner consistent with the safety and reliability standards applicable to aerospace propulsion control systems
Communication Bus Integration — CAN, ARINC & Ethernet
- Work with real-time embedded system communication buses including CAN (Controller Area Network), ARINC 429/825, and Ethernet — configuring bus analyzers, monitoring and decoding message traffic, verifying message timing and data integrity, and diagnosing communication interface issues that affect propulsion control system integration and test
- Verify the correct operation of all control system interfaces — confirming that sensor signals, actuator commands, and digital communication messages between the ECU/FADEC and other system components are correctly implemented, timed, and within specification across all engine operating conditions tested during validation campaigns
Python, C++ Test Automation & Data Analysis
- Develop and maintain Python and C++ scripts and tools to support test automation, data acquisition, real-time monitoring, and post-test data processing — building reusable test infrastructure that accelerates test campaign execution, improves data quality, and enables systematic analysis of large propulsion test datasets across multiple test campaigns and engine variants
- Apply proficiency in LabVIEW or similar data acquisition and test management software — developing LabVIEW VIs and test sequences for automated measurement, real-time display, data logging, and limit monitoring during live microturbojet engine test runs
- Develop comprehensive test automation frameworks that reduce manual test execution effort, improve test repeatability, and enable systematic regression testing of propulsion control system behavior across software releases and hardware configuration changes
- Analyze test data from propulsion test campaigns using Python data processing tools — applying statistical analysis, signal processing, and visualization techniques to extract meaningful performance characterization and anomaly detection insights from large, multi-channel instrumentation datasets
Test Documentation, Procedures & Verification Matrices
- Develop comprehensive test procedures, test plans, and verification matrices for microturbojet engine and propulsion control system test activities — producing well-structured, precisely written test documentation that gives test team members clear, unambiguous instruction for test execution and provides a traceable audit trail of verification evidence
- Apply knowledge of electronics, PCB design concepts, and hardware-software integration to understand and correctly test the electronic hardware components within propulsion control systems — working effectively with both firmware and hardware engineers to resolve integration issues identified during test campaigns
- Coordinate effectively with cross-functional engineering teams — communicating test results, anomaly findings, and schedule status clearly and promptly to propulsion design engineers, control law developers, systems engineers, and program management stakeholders through both written reports and verbal briefings
Qualifications & Requirements
Educational Requirements
- Bachelor’s degree in Aerospace Engineering, Electrical Engineering, Mechanical Engineering, or a closely related engineering discipline — providing the technical foundations for propulsion control system testing, embedded systems integration, and aerospace test engineering
Experience Requirements
- More than 3 years of hands-on professional experience in propulsion control system testing, aerospace systems integration and test, or a directly equivalent technical specialization — with direct, personal responsibility for test campaign execution rather than solely test support or observation roles
- Hands-on experience with ECU/FADEC or embedded propulsion control systems — the most fundamental technical requirement for this role, distinguishing candidates with genuine propulsion control system knowledge from general test engineers
- Proven experience with instrumentation, test rigs, and data acquisition systems for propulsion or aerospace system testing — hands-on experience calibrating, operating, and troubleshooting measurement systems in a propulsion test environment
- UAE residency is strongly preferred — candidates already based in the UAE will be given strong preference given the organization’s immediate requirement for this specialist role
About Aerospace Propulsion Testing in Abu Dhabi 2026
Abu Dhabi’s defense and aerospace technology sector is one of the most actively expanding and strategically significant in the Gulf region — driven by sustained investment in indigenous defense capability development, UAV and unmanned systems programs, advanced air vehicle research, and the emirate’s ambition to establish Abu Dhabi as a genuine center of aerospace engineering excellence across the Middle East. Microturbojet engines — the small, high-performance gas turbine propulsion systems that power a growing range of advanced UAVs, target drones, cruise missiles, and compact aerospace platforms — represent one of the most technically demanding and strategically important propulsion technology domains within this investment program. Systems Integration & Test Engineers with hands-on microturbojet testing experience, ECU/FADEC integration knowledge, and the full technical toolkit — HIL testing, instrumentation, Python automation, LabVIEW, and CAN/ARINC communication bus expertise — are among the rarest and most strategically valued aerospace engineering professionals in Abu Dhabi’s defense technology ecosystem in 2026.
Your Career Growth Path: Micro Jet Engine Testing Engineer → Senior Propulsion Test Engineer → Lead Systems Integration Engineer → Chief Test Engineer → Head of Propulsion Engineering — a technically elite, professionally prestigious, and strategically critical aerospace engineering career trajectory in one of the world’s most dynamic defense and aerospace technology investment environments.
Who Should Apply?
- Propulsion Test Engineers (3+ Years): With microturbojet, small gas turbine, or UAV propulsion testing experience and ECU/FADEC knowledge who want a full-ownership, hands-on propulsion test engineering role in Abu Dhabi
- Systems Integration & Test Engineers — Aerospace: With HIL test campaign experience, embedded propulsion control systems knowledge, and Python/LabVIEW test automation proficiency who want to specialize in microturbojet engine systems
- FADEC / ECU Integration Engineers: With embedded propulsion control software verification, CAN/ARINC bus integration, and DO-178/DO-254 experience who want to apply this specialist expertise in an active Abu Dhabi propulsion test environment
- UAE-Based Aerospace Test Engineers: Currently in the UAE with propulsion or aerospace system test experience who want an immediate, full-time, technically challenging engagement in Abu Dhabi’s growing aerospace and defense technology sector
- Defense Technology Test Engineers: With experience in safety-critical aerospace or defense system test environments who have the technical breadth — propulsion knowledge, embedded systems, instrumentation, data analysis, and test documentation — to own a specialist microturbojet test program
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