System Engineering

LTTS India

Bangalore

Job Description

The Systems Engineer is accountable for technical integration, and compliance of turbojet and turbofan propulsion systems from concept to certification and service. This role ensures the system meets all customer, safety, and regulatory requirements.

Key Responsibilities:

• Establish and maintain the Systems Engineering framework (requirements traceability, verification & validation plans) in compliance with standards defined.
• Drive the system architecture definition, functional decomposition, and interface management across propulsion subsystems
• Support verification & validation activities by providing system-level compliance evidence, participating in design reviews (PDR, CDR, ...)
• Coordinate with Product Engineering and Manufacturing to ensure system integrity, technical consistency throughout development and production.
• Manage the technical baseline and configuration control for the propulsion system, ensuring proper documentation and change management.

Qualifications & Experience:

• Aerospace, Mechanical Engineering degree or a related field.
• Demonstrated expertise in systems integration, requirement management, and certification for propulsion systems.
• Strong background in gas turbine propulsion, mechanical design, integrity and heat transfer.
• Fluent in English
• Experience: 5-15 years or more.

Skills:

• Knowledge of gas turbine engine subsystem design principles, including Engine Control, Engine Start, Fuel, Oil, and Pneumatic Systems.
• Knowledge of engine starting systems, including air turbine starters, electric start systems, accessory gearbox interfaces, start sequencing, and transient engine operability requirements.
• Excellent systems thinking and the ability to balance technical depth with program-level vision.
• Good communication and presentation skills to interact with team members, clients, and vendors. Ability to solve problems, prioritize tasks and delegate when necessary

Job Requirement

• Knowledge of gas turbine engine subsystem design principles, including Engine Control, Engine Start, Fuel, Oil, and Pneumatic Systems. • Knowledge of engine starting systems, including air turbine starters, electric start systems, accessory gearbox interfaces, start sequencing, and transient engine operability requirements. • Excellent systems thinking and the ability to balance technical depth with program-level vision.