DLE Engineer - Hot Gas Path

Overview

The HGP Design Liaison Engineer works as a hands-on engineer in the Design Liaison Engineering team, supporting hardware quality and fulfillment for Hot Gas Path components in gas turbines.

What you'll do

• Partner with Global Supply Chain (GSC) to drive improvements and disposition deviant hardware.
• Perform and support root cause analysis (RCA) and develop corrective actions (CAPA) to improve product reliability.
• Support design for producibility, lean flow, and concurrent engineering.
• Take technical ownership of mechanical hardware and apply mechanical principles to resolve complex issues.
• Support hardware qualifications for new processes/equipment.
• Lead technology development and qualification of special processes (castings, coating, hole-drilling).
• Participate in Supply Chain Kaizens and Lean Action Workouts.
• Manage milestones and seek peer validation for design solutions.
• Develop and maintain relationships with key stakeholders, including Controlled Title Holders, analysis experts, and global sites.
• Actively participate in design reviews to communicate technical details, present substantiations, and provide data-backed recommendations to support hardware disposition and quality decisions.
• Demonstrate teamwork and a positive working environment; drive a sense of urgency and quality with speed.

What you'll need

• B.Tech/BE or M.Tech./M.E. in Mechanical Engineering (specialization in Design or Manufacturing Technology).
• 1–3 years of relevant experience in turbomachinery, gas turbines, or related rotating equipment.
• Demonstrated experience in mechanical design and analysis (Finite Element Analysis/ANSYS).
• Technical background on HGP components, including NX/CAD and engineering drawing standards (GD&T).
• Strong analytical, problem-solving, and project execution skills.
• Strong verbal and written communication skills.
• Ability to work effectively in a global matrix organization and collaborate across functions.
• Experience and familiarity with advanced manufacturing processes.

Nice to have

• Strong customer and product mindset, with a focus on quality, operability, and timely execution.
• Good understanding of turbomachinery design principles and multidisciplinary interactions.
• Graduate-level exposure to numerical methods, finite element methods, or related analytical techniques.
• Proficiency in one or more programming or scripting languages such as Python, Fortran, Visual Basic, or Java for engineering automation and analysis efficiency.
• Knowledge of AI/ML techniques and their application to gas turbine design engineering.
• Demonstrated interest in innovation, continuous improvement, and Lean practices.

Details

• Location: Bengaluru.
• Relocation assistance provided.