Birimimiz

Our department develops advanced engineering solutions for engine systems and carries out design, analysis, materials, manufacturing, testing, and validation activities in an integrated manner. Within our scope, engine components and subsystems are tested, validated, and their operational performance is demonstrated. It is aimed to follow emerging test technologies and to conduct tests in compliance with international standards.

Pozisyonun Amacı

The Engine Test and Validation Engineer position aims to verify the compliance of piston or gas turbine engines, to be used in indigenous unmanned aerial vehicle projects, with design requirements throughout all stages from development to mass production. This role focuses on designing test setups (such as test cells, dynamometers, etc.), managing complex data acquisition systems, and analyzing collected data to validate whether the engine is flight-ready. The primary objective is to ensure that engine systems—the heart of the aircraft—operate flawlessly and reliably under all challenging operational conditions.

Seni Neler Bekliyor?

• Mechanical Design of Test Setups: Performing end-to-end design and installation of test cells, mechanical apparatus, and dynamometer systems for engine testing.
• Scenario Development and Execution: Preparing test plans and procedures in accordance with international standards (e.g., DO-160, MIL-STD) to measure engine performance, lifespan, and limits.
• Data Acquisition and Analysis: Managing data acquisition (DAQ) systems to collect sensor data (temperature, pressure, vibration, torque) during tests and transforming this data into meaningful engineering reports.
• Validation and Verification: Verifying whether the designed engine meets specified technical requirements and providing feedback to design teams for potential improvements.
• System Integration: Testing the compatibility of the engine with subsystems such as fuel, lubrication, cooling, and control units (ECU).
• Failure Diagnosis and Resolution: Actively participating in root cause analysis of technical issues encountered during tests and contributing to solution processes.
• Cross-functional Collaboration: Working closely with design, manufacturing, and software teams to ensure seamless integration of UAV systems.

Genel Nitelikler

• Bachelor’s degree in Mechanical, Mechatronics, Automotive, Aerospace, or Aeronautical Engineering,
• Knowledge of components of piston engines, turbofan engines, or turboprop engines,
• Technical competence and proficiency in technical English to understand aviation and aerospace standards and regulations (e.g., FAA, EASA, MIL, SAE),
• Proficiency in general engineering tools and programs (e.g., MS Office),
• Ability to adapt to a fast-paced work environment,
• Analytical thinking and a results-oriented mindset,
• Strong communication skills and a team-oriented approach.

Candidates are expected to complete their applications by selecting one of the three engineering tracks listed below, based on their interests and competencies.

Piston Engine Test and Validation Engineering
• Taking part in power and torque measurements of piston engines on dynamometers,
• Performing testing and validation of piston engine subsystems (oil pump, water pump, alternator, etc.),
• Designing theoretical test setups in accordance with requirements and being responsible for commissioning,
• Preparing pre-test procedures and post-test reports,
• Identifying required sensors and adapters for test processes and participating in procurement,
• Conducting literature reviews for international test standards.

Turboprop Engine Test and Validation Engineering
• Taking part in power and torque measurements of turboprop engines on dynamometers,
• Performing testing and validation of turboprop engine subsystems (oil pump, fuel pump, turbine, bearings, etc.),
• Designing theoretical test setups in accordance with requirements and being responsible for commissioning,
• Preparing pre-test procedures and post-test reports.

Turbofan Engine Test and Validation Engineering
• Establishing, commissioning, and executing test activities for required test systems to conduct full engine and subsystem tests of turbofan engines,
• Designing test setups tailored to test requirements,
• Selecting sensors and designing adapters for instrumentation activities,
• Planning maintenance activities and defining requirements to ensure continuity of test system operations,
• Determining tests in accordance with international standards, preparing test procedures, and reporting results to relevant teams.

Tercih Nedeni Olabilecek Ek Nitelikler

• Experience with dynamometer control software,
• Experience with data acquisition systems such as NI, Dewesoft, etc.,
• Knowledge of harness manufacturing, connector assembly, and pin crimping operations,
• Familiarity with electronic components and hands-on assembly experience,
• Experience using balancing and alignment measurement equipment,
• Willingness to work in field environments,
• Possession of a Class B driver’s license is preferred.