Job DescriptionRoles and Responsibilities

• Will execute Conceptual or theoretical activities related to translating users needs into the definition of a system, its architecture and design through an iterative process that results in an effective operational system and demands an interdisciplinary approach

• Member of a multi-disciplinary team that values curiosity, proactivity, and collaboration, where members of the team need to be learning-oriented and customer-focused.

• Performs parametric studies regarding the interaction of the different engine components.

• Is capable of understanding the effect of different ambient conditions and efficiency/flow perturbations on the overall performance of the engine.

• Looks to understand and explain physical effects that cause significant changes in the performance of an aircraft engine or a gas turbine.

• Is capable of presenting investigations and results in forums with highly specialized professionals with clarity and technically sound arguments.

• Makes use of statistical tools to provide answers.

• Looks for creative solutions and ways to improve on the quality and response time of their work.

• Makes use of Lean concepts for continuous improvement.

Required Qualifications

• Student of later semesters of Aeronautical/Mechanical/Energy Engineering BSc. or related field.

• An affinity for subjects related to thermodynamics, fluid mechanics, programming, statistics, and project management.

• Strong spoken and written communication skills,

• Fluent in English language (written and spoken).

• Ability to document and create technical reports and presentations.

• Problem Solving Skills (Physical phenomena understanding).

• Computer Skills (MS Office and, at least, experience in one programming language, preferable C++ or Python).

• Skilled in Basic Statistics

Desired Characteristics

• Experience with thermodynamics and fluid dynamics

• Graduation prospect for the summer of 2025.

• Experience with NPSS on a fundamental level

• Awareness of aircraft engine or gas turbine thermodynamic operation.

• Familiarity with GE Aerospace’s products and services.

• Awareness of Lean tools and concepts.

Additional Information