Aerospace Positions

As a program manager, you will be responsible for the key development of aerospace elements of assigned aircraft or aircraft systems. These aerospace elements will play a critical role in the system’s performance and match our company's broader objectives. Customer requirements, business adaptation, technologies, and project planning will be the key responsibilities of this position.

As a lead design engineer, you will be responsible for designing and upgrading our product lineup. Aircraft design and aero-systems development will be your primary development areas. Sub-system design and integration will be the indirect focus area of your development process. Advanced system aerodynamics characteristics knowledge and experience will be implemented in this process.

You will design, develop and integrate aero surfaces and fluidics modules. Advanced modeling methods-based development process and upgradation cycle implementation be your core responsibilities. Sub-system aero-mechanical elements design, test, and verification, with collective system module validation, will be your responsibility.

You will design, develop and integrate aero surfaces, control dynamics modules, and digital control modeling. Advanced modeling methods-based development process and upgradation cycle implementation be your core responsibilities. Sub-system aero-mechanical elements design, test, and verification, with collective system module validation, will be your team's responsibility.

You will design, develop and integrate navigation, control, and guidance methodologies. Advanced modeling methods-based algorithm and control software upgradation cycle implementation be your core responsibilities. Flight simulator-hosted aircraft navigation and guidance elements design, test, and verification, with collective real system module validation, will be your team's responsibility.

You will construct, model, and draft CAD models and end-to-end virtual prototypes.

Digital design and digital product data management will be your primary responsibility. Systems simulation and data analysis projection will be your core objective. Virtual manufacturing and MRO process simulation setup will be the post-system validation objective.

You will integrate, control and manage aircraft engine and APU modules and end-to-end virtual prototypes management. Digital control and real-time data management will be your primary responsibility. Systems control and safety analysis projection will be your core objectives.

As an aero-fluidics engineer, you will design, develop and improve fuel systems, tanks, hydraulic systems, and internal air management systems. Digital control, real-time system management, and advancement cycle implementation will be your team's primary responsibility. Multi-Systems control and safety analysis projection will be your core objectives.

As an aero-mechanical engineer, you will design, develop and upgrade aero-mechanical structures, sub-systems and surfaces. Upgradation ideation, Digital control, real-life systems validation, and parts PLM data management will be your team's primary responsibility. Multi-Systems control and safety analysis projection will be your core objectives.

As a flight test engineer, you will be a part of our flight test and validation group which focuses on advanced flight testing, systems limitation, and certification processes. Experimental systems testing, real-life systems validation, and hybrid flight test data analysis will be your team's primary responsibilities. Multi-Systems monitoring and safety analysis projection will be your core objectives.