Aerodynamics Engineer in Bristol

The Aerodynamics Engineer is responsible for the design and development of the Mark-X airframe and its aerodynamic performance. The role involves conducting CFD simulations and potentially wind tunnel tests in the future, as well as collaborating with missile experts to optimize designs for enhanced performance, safety, and efficiency.

Key Responsibilities

• Conducting aerodynamic analyses using computational fluid dynamics (CFD) software to predict airflow behaviour around designs.
• Conducting feasibility studies to evaluate the aerodynamic performance of different design concepts and modifications for ATBM interceptors.
• Collaborating within the missile design team to develop efficient and innovative aerodynamic shapes for missiles, especially for the Radome and motor section.
• Participating in technical interchange meetings to align aerodynamic concepts with overall missile performance goals and objectives.
• Staying updated with the latest advancements in aerodynamics technologies and methodologies to enhance design processes.
• Conducting detailed research and analysis to develop innovative design concepts for new ATBM missile models.
• Creating and reviewing technical drawings and specifications, ensuring all designs meet industry standards and regulations.
• Planning and conducting wind tunnel tests for verification of aerodynamic model/design.
• Providing validated aerodynamic parameter set for ETE 6-DOF Missile Simulation.
• Participating in testing and evaluation of prototypes to validate design performance.
• Preparing technical documentation, including specifications, reports, and presentations for stakeholders and clients.
• Staying updated with the latest advancements in missile technology and design methodologies to enhance project outcomes.

We Would Love You to Have

• Master's degree in Physics, (Aerospace) Engineering, or related technical field.
• 5-10 years of missile development programmes and project management experience in international defence organisations.
• Strong hands-on technical background in the design and development of Ground to Air and/or Missile defence interceptor systems (10+ years).
• Thorough knowledge of advanced engineering methods, tools, and procedures for aerodynamic modelling & design.
• Ability to perform analyses to verify the integrity of detailed thermal and flow systems solutions using appropriate tools, including but not limited to hand calculations, spreadsheets, and other software.
• Skillful data collection and research; ability to perform preliminary or final analyses.
• Excellent written and verbal skills with the ability to communicate with all levels of personnel within the organisation and customers.
• Holds or is eligible to obtain a NATO SECRET Clearance.

Our Values

• Own the Mission: Mission first. Always. We choose impact — we focus on what moves the mission forward fastest instead of “nice-to-haves”. We fix it now — when delays or problems appear, we step up, rally the right people, and solve them immediately. We keep momentum — when time matters, we stay focused and move forward without waiting for perfect conditions.
• Strive for More: Dare more. Do more. Achieve the impossible. We challenge the status quo — we question, test, and improve instead of accepting “the usual way.” We embrace discomfort — we step outside comfort zones and turn challenges into growth. We anticipate the future — we build solutions that scale and set higher standards each time.
• Build with Trust: Be open. Keep promises. We walk the talk — what we say, we do. No excuses, no exceptions. We share openly — we communicate clearly and early, even when the news is hard. We own outcomes — we admit errors quickly, fix them, and prevent them from repeating.

Ready to Make a Real Impact? Apply now! The deadline is November 30, 2026. Applications are reviewed on a rolling basis, and we may close the position once we find the right candidate.