Job Description:
Job Description: Aerodynamics Performance Analyst – Brisbane
As an Aerodynamics Performance Analyst based in Brisbane, you will play a key role in the design and analysis of aerospace systems, ensuring optimal aerodynamic efficiency across a variety of flight conditions. You will work in close collaboration with multidisciplinary engineering teams to deliver high-fidelity simulations, computational fluid dynamics (CFD) studies, and wind tunnel validations. Your primary mission is to enhance performance, fuel efficiency, and stability of aircraft and unmanned aerial systems.
The role involves analysing aerodynamic characteristics and translating complex data into actionable design improvements. Using state-of-the-art simulation tools, you will evaluate lift, drag, flow separation, and control surface effectiveness under various operating scenarios. You will also contribute to the refinement of flight control strategies and surface modifications through iterative modelling and validation cycles.
Working within a collaborative environment, you’ll liaise with structural, propulsion, and systems engineers to incorporate aerodynamic considerations into the broader aircraft design process. Additionally, you will support certification efforts by preparing detailed reports, compliance documentation, and simulation evidence for regulatory review.
Brisbane offers a unique opportunity to engage in cutting-edge aerospace innovation in a fast-developing aerospace and defence ecosystem. Whether working on defence programs, commercial jets, or advanced air mobility platforms, you will contribute to the future of efficient and sustainable aviation in Australia and beyond.
This role is ideal for professionals passionate about fluid dynamics, applied mathematics, and high-performance computing. The work environment rewards precision, creativity, and collaboration, offering exposure to some of the most advanced simulation technologies in the industry.
Job Requirement:
Job Requirements: Aerodynamics Performance Analyst – Brisbane
Candidates must demonstrate strong proficiency in aerodynamic analysis, particularly in computational fluid dynamics (CFD) techniques using tools such as ANSYS Fluent, STAR-CCM+, or OpenFOAM. Experience in post-processing software and scripting languages such as Python, MATLAB, or Tecplot is highly valued to automate data analysis and streamline workflows.
A solid understanding of subsonic and transonic flow behaviour, boundary layer theory, and control surface interactions is essential. Familiarity with wind tunnel testing methods and data correlation with simulations is also expected, especially when validating experimental results or supporting certification efforts. Strong knowledge of airfoil and wing design principles is fundamental to this role.
The position requires analytical thinking, the ability to model complex aerodynamic phenomena, and excellent problem-solving skills. The analyst must be adept at interpreting simulation outputs and making informed design recommendations based on technical findings. Experience with multidisciplinary design optimisation (MDO) or coupled aero-structural analysis is advantageous.
Teamwork and communication are critical in this role, as you will be expected to present findings, collaborate on design iterations, and integrate your work into larger engineering projects. Strong written and verbal communication skills are needed to document results, draft technical reports, and contribute to regulatory documentation.
This role will benefit from individuals who have experience working in cross-functional aerospace environments and are eager to engage in continuous learning. Curiosity, adaptability, and attention to detail are key traits that will support success in this highly specialised and impactful engineering role.
