Anirudh Narayanan Email & Phone Number

Stamford, CT, US

Wilton, Connecticut, United States

• Currently leading a multi-disciplinary team of ~18 engineers (mechanical, electrical, surface science and chemistry) and coordinating with cross-sector stakeholders across multiple projects / workstreams
• Driving contaminant material investigation, design out, and industrialization in ASML NXE scanners
• Escalation handling on customer system downs – root cause analysis, test plans and execution, out-of-control action plans
• Managing cleaning techniques development and roll-out for 3 critical modules in the ASML NXE scanner – Reticle Stage, Reticle Handler, UNICOM
• Established a novel ordering strategy for long leadtime electrical connectors to increase efficiency of procurement process

Wilton, Connecticut, United States

• Led a multi-disciplinary team of ~20 mechanical, electrical, mechatronics engineers and coordinated with cross-sector stakeholders in manufacturing, supply chain, and customer service to ensure resolution of.
• Successfully drove detailed issue resolution plans for 60+ issues in an 8 wk timeframe to prevent blocking 1st system shipment
• Created and managed a masterplan for function-critical Long Stroke motors that took the product from prototype stage through qualification to ramped-up volume production at suppliers

Wilton, Connecticut, United States

• Led a mono-disciplinary team of ~10 mechanical engineers and coordinated with cross-sector stakeholders in manufacturing, supply chain, and customer service to ensure in-spec, on-time delivery of all 50 manufacturing.
• Created and drove detailed tooling development + realization project plans which account for requirements, resources, logistical challenges, system interdependencies and meet program need dates
• Onboarded a machine shop as a new complex tooling supplier for ASML, which helped reduce leadtime for complex tooling from 34+ wks to ~24wks thereby enabling on-time delivery of critical tooling for the project
• Successfully managed 5 engineering outsource teams with a budget of €2M and ensured minimal slip in deliverables
• Achieved ASML’s highest performance rating during both years in this role

Veldhoven, North Brabant, Netherlands

• Evaluated new Wafer Table (WT) designs & manufacturing processes for Wafer Table production, and qualified them using a variety of bespoke testing strategies on proto scanners + offline test setups in D&E labs
• Improved dry E-type WT overlay slip performance by 60% from >10 [nm] to <=4 [nm] through empirical optimization of roughness properties and defined new roughness specs on product technical drawings
• Developed and executed detailed test strategy for process qualification of the immersion WT production unification project: a cross-site effort with ASML Berlin to streamline production processes into a singular.
• Selected for (and completed) ASML Veldhoven MDEV Cluster Leadership Talent Development Program 2021

Delft Area, Netherlands

Thesis Title: Design of a Flapping Wing for Application in a Micro Air Vehicle- Modelled slender flapping wing using nonlinear finite element techniques- Implemented Gauss integration routines for finite element analysis (FEA) and design-dependent sensitivities for optimizer in PASCAL- Formulated optimization problem and obtained a solution which achieves.

New Delhi Area, India

- Assisted pharma companies in defining and executing their technology strategy in a global market as part of a multi-cultural team- Designed, built and operationalized business analytics products that are at the core of the client’s marketing and sales activities

Pune Area, India

- Analyzed production downtime data to identify bottlenecks in process flow- Reduced assembly line downtime in the XUV TCF Shop by reporting identified process flow issues

Master Of Science - Ms, Mechanical Engineering

Track: High-Tech Engineering Specialization: Structural Optimization and Mechanics

Bachelor Of Technology - Btech, Mechanical Engineering

Focus: Solid Mechanics