Lead Simulation Engineer

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Lead Simulation Engineer

Location:

Palej, GJ, IN, 392220

Department: R&D/Innovation Management

Full-time or Part-time: Full-Time

Job Type: Employee

Shift: On site

Accelerate the possible by joining a winning Amcor team that’s transforming the packaging industry and improving lives around the world.

At Amcor, we unpack possibility through our innovative and responsible packaging to provide solutions that benefit our customers, our people and our planet. More than 10,000 consumers worldwide encounter our products every second and rely on us for safe access to food, medicine and other goods. We value their trust by making safety our guiding principle. It’s our core value and integral to how we do business.

Beyond this core principle, our shared values and behaviors unite us as we work together to elevate customers, shape lives and protect the future. We champion our customers and help them succeed. We play to win – adapting quickly in an everchanging world – and make smart choices to safeguard our business, our communities and the people we serve for generations to come. And we invest in our world-class team, empowering our colleagues to unpack their potential, because we believe when our people grow, so does our business.

To learn more about playing for Team Amcor, visit www.amcor.com I LinkedIn I Glassdoor I Facebook I YouTube

Job Overview

Work Location: Peenya, Bengaluru (100% On-site)

The Simulation Engineer (Staff Engineer/Manager) is responsible for leading advanced engineering simulations to support product design and development, with a focus on Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and kinematic/dynamic analysis.

The role ensures that product designs are optimized for performance, reliability, and manufacturability through predictive simulation techniques. The engineer translates design requirements into simulation models, performs detailed analysis, and provides actionable insights to guide design decisions.

This role applies engineering fundamentals, numerical methods, and Design for Six Sigma (DFSS) principles to reduce development cycles, minimize physical prototyping, and improve product robustness, while ensuring compliance with regulatory and quality standards.

Job Responsibilities

Develop and execute FEA, CFD, and multi-body dynamic simulations to validate and optimize product designs. Build accurate simulation models for structural, thermal, fluid flow, fatigue, vibration, and motion analysis. Perform kinematic and dynamic analysis of mechanisms and assemblies to ensure functional performance. Conduct design trade-off studies using simulation insights to improve performance, reliability, and cost. Support design verification and validation through correlation of simulation results with physical testing. Apply DFX principles (Design for Manufacturability, Reliability, Safety, Cost) using simulation-driven approaches. Identify and resolve complex engineering issues using simulation, analytical calculations, and first-principles methods. Ensure compliance with design control processes, regulatory requirements, and quality standards. Collaborate with cross-functional teams (Design, Manufacturing, Quality, Regulatory, and Supply Chain). Develop and standardize simulation methodologies, best practices, and documentation.

Job Qualifications

Bachelor’s or Master’s degree in Mechanical Engineering, Aerospace Engineering, or related field 8–12+ years of experience in simulation and product development Proven experience in FEA, CFD, and multibody dynamics/kinematics analysis

Strong expertise in:

Finite Element Analysis (FEA): structural, thermal, nonlinear, fatigue, vibration Computational Fluid Dynamics (CFD): flow, heat transfer, multiphase flows (preferred) Kinematic & Dynamic Analysis: rigid body dynamics, motion simulation

Proficiency in simulation tools such as:

ANSYS (Mechanical, Fluent, CFX) Abaqus / HyperWorks / Nastran / LS-DYNA MSC Adams / Simcenter / RecurDyn (for dynamics)

Experience in:

Mesh generation and convergence studies Material modeling and failure criteria Solver setup, boundary conditions, and validation Post-processing and interpretation of results Experience integrating simulation with CAD tools (SolidWorks, Creo, NX) Knowledge of plastic components, fluid systems, and mechanical assemblies Ability to correlate simulation with experimental testing and validation data Experience in automation/scripting (Python, MATLAB) is an added advantage Strong documentation discipline in regulated environments Ability to work independently and in cross-functional teams

About Amcor

Amcor is the global leader in developing and producing responsible consumer packaging and dispensing solutions across a variety of materials for nutrition, health, beauty and wellness categories. Our global product innovation and sustainability expertise enables us to solve packaging challenges around the world every day, producing a range of flexible packaging, rigid packaging, cartons and closures that are more sustainable, functional and appealing for our customers and their consumers. We are guided by our purpose of elevating customers, shaping lives and protecting the future. Supported by a commitment to safety, over 75,000 people generate $23 billion in annualized sales from operations that span over 400 locations in more than 40 countries.

NYSE: AMCR; ASX: AMC www.amcor.com | LinkedIn | YouTube

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