STAGE 2026 + Research Intern (Trajectory Optimization)

Job Description:

Feeling ready to spread your wings What if your adventure started with us !

Whatever your dream job we might have the internship for you !

Are you a student looking for an internship that will validate your degree and launch your career Imagine yourself at the heart of an internationally recognized company established on every continent and rich in diverse backgrounds expertise and cultures.

Focused on digital and at the forefront of research and innovation you have the opportunity to be part of this exciting adventure.

Your mission:

An internship opportunity titled : Research Intern (Trajectory Optimization) has just opened at Airbus India located in Bangalore. You will join the Digital for Corporate and Analytics department in charge of the Airline Sciences scope from Digital India.

Description of the job

A vacancy for a Research Intern (Trajectory Optimization) has arisen within Airbus India in Bangalore. You will join the Airline Sciences team within the Digital function.

The Airline Sciences team is part of the Airbus Digital function. It is composed of engineers data scientists developers business analysts from all around the world.

Its objective is to act as an advisor to bring airline operational representability in all Airbus activities (pre-design detailed design marketing guarantees services). By combining aircraft models simulations operational research data analytics and artificial intelligence the Airline Sciences team is able to deliver realistic aircraft performances network schedules and cost evaluation. By analysing historical data (weather conditions navigation database and airport data) the Airline Sciences team can precisely match real world conditions and provide the most accurate airline model.

We are seeking a highly motivated and skilled Research Intern to contribute to an aerospace research project in India focused on Trajectory Optimization considering fuel consumption and engine ingestion of sand/atmospheric particles. The intern will be responsible for merging and integrating atmospheric data developing a secondary equation for nacelle airflow modelling and conducting large-scale impact studies.

This position will report to a Group Manager within Airbus India. Passion for technology and problem solving are a must have.

Tasks & accountabilities

Your main tasks and responsibilities will include:

• Data Integration and Pre-processing: Merge sand particle data (from sources like Copernicus) with a provided weather file to create a comprehensive atmospheric dataset for simulation.

• Model Development:

  • Develop a secondary equation incorporating the provided nacelle air flow model (from 1GF) into the existing trajectory optimization framework.

  • Initial development is required for at least one engine type but the architecture must be designed for generalization to different engine models.

• Large-Scale Simulation and Impact Analysis:

  • Conduct large-scale trajectory simulations comparing scenarios with and without sand particle ingestion consideration.

  • Generate a rough estimate of the potential impact of sand ingestion particularly in terms of maintenance costs.

  • Evaluate the value of such optimization by comparing the potential maintenance savings against any additional fuel burn required for the optimized trajectory.

• Provide regular updates on progress of research project findings / issues and any support required on a timely basis

• Present findings to India mentor (and India and Europe HO as required) on a regular basis

• Maintain appropriate documentation in relation to the activity at-hand

Your tutor will support you identify your professional objectives and develop your skills

This internship will allow you to develop the following skills:

• Research knowledge on aerodynamics fluid dynamics and/or propulsion systems

• Trajectory optimization techniques

• Python and Java coding

• Mathematical modelling and numerical methods

Your Boarding Pass:

The skills you bring (Must Have)

• Pursuing Masters degree in Aerospace Engineering Mechanical Engineering Applied Mathematics Computational Science or a closely related quantitative field

• Strong theoretical understanding of trajectory optimization techniques (e.g. direct or indirect methods)

• Familiarity with or coursework in aerodynamics fluid dynamics and/or propulsion systems.

• Ability to thoroughly understand the business issues surrounding each project

• Excellent problem-solving and analytical skills with the ability to identify and resolve complex data engineering issues.

• English: advanced level both verbal and written

Success Metrics:

Success will be measured in a variety of areas including but not limited to

• Successful completion of the project with all findings documented

• Consistently ensure the on-time delivery and quality

• Bring innovative cost effective solutions

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This job requires an awareness of any potential compliance risks and a commitment to act with integrity as the foundation for the Companys success reputation and sustainable growth.

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