Lead PI Engineer

Location: New Delhi, Delhi, India

Company: Alstom

Could you be the full-time Product Introduction (PI) Field Engineer in New Delhi were looking for

We are looking for a passionate Lead - PI Engineer who thrives on designing and developing high-performance rail systems. You will collaborate with dedicated teams to deliver innovative, safe, and sustainable mobility solutions that redefine how cities move. This role demands technical depth, ownership, and a drive to make a lasting impact.

• Lead the design and validation of performance improvement (PI) systems ensuring scalability across multiple rail platforms.
• Collaborate with cross-functional engineering, operations, and maintenance teams to align system performance with project goals.
• Ensure reliability and compliance through rigorous testing, simulation, and root cause analysis using tools like MATLAB and Simulink.
• Drive innovation by integrating predictive maintenance analytics and digital twin technologies into system design.
• Promote knowledge sharing and continuous improvement through technical documentation, mentoring, and best practice dissemination.
• Years of Exp - 7+

Mandatory:

• Graduate in Engineering or Industrial
• Internal EHS training
• English

Desirable:

• Masters degree in Engineering

You'll work with sharp, committed teams solving complex challenges that shape the future of mobility, ensuring seamless integration of business and technology.

• Proficiency in system modeling and simulation using MATLAB/Simulink or equivalent tools.
• Experience in performance optimization and data-driven engineering within rail or mobility systems.
• Strong understanding of RAMS (Reliability, Availability, Maintainability, Safety) principles and their application.
• Ability to interpret and apply EN50126/EN50128 standards in engineering processes.
• Collaborative mindset with a focus on technical excellence and continuous improvement.

• Achievement of project delivery milestones and performance improvement targets.
• Effective collaboration and leadership within cross-functional engineering teams.
• Reduction in system defects and measurable gains in operational efficiency.