Structural Engineer

About us :

We are a deep tech startup focusing on the development of aero engines and turbines for defence and energy applications. We are a dynamic team of aerospace enthusiasts. We are a passionate group focusing on scientific first principles-based analysis and development followed by rapid hardware iterations. This is a fast paced work environment and demands quick execution and tangible results in a short period of time. As part of our work, our team also needs to interface with concepts of aircraft design and propulsion system integration. This role gives a great opportunity to learn about airframe design, testing and flight validation along with propulsion system integration for high speed military applications.

Responsibilities :

Perform structural analysis of composite structures and rapid design iterations for high-speed airframes. Demonstrate clear understanding of aircraft design concepts and structural analysis especially for high speed military applications

Calculate aerodynamic stresses as a function of aircraft manoeuvres

Perform calculations of aero-structure interaction loads, static and dynamic loads, stresses and fatigue using analytical methods as well as detailed FEA models. Implement efficient optimization workflows for rapid design iterations.

Collaborate with other team members and account for interdependencies of different components on airframe integration and resulting performance and impact on weight.

Determine dynamic properties of composite structures to estimate damaging modes of operations. Carry out modal analysis and evaluate aerodynamic flutter at high speed conditions.

Assist in designing vibration experiments, analysing data. Coordinate with manufacturing team with aspects related to composites manufacturing

Qualifications :

Understanding of basic principles of composite structures

Understanding of aircraft design, aero structures and aerodynamic load calculations

Bachelor's degree / MS in aerospace or mechanical engineering; master's preferred.

2 - 3 years of relevant, hands-on experience in structural design and analysis in composite structures

Understanding of aerodynamics and its impact of aero structural stresses

Proficiency in structural analysis software (e.g., ANSYS, Abaqus) for FEA analysis

Proficiency in first principles based analytical calculations and modelling

Basic understanding of optimization algorithms

Basic understanding of manufacturing methods for composite structures