Tian Le Pang

CAE Engineer @ Hitachi Sunway Information Systems

About

I am a CAE / FEA Engineer specializing in explicit dynamics, nonlinear structural analysis and structural optimization. My experience spans high-fidelity product development simulations, drop-test analysis and structural integrity assessments. With a strong engineering foundation and simulation-driven mindset, I am particularly interested in applying advanced CAE methodologies to the offshore, energy, marine and shipbuilding industries.Currently, I work as a Structural FEA Engineer supporting R&D activities for consumer appliance products, focusing on drop-test simulations, impact analysis and design optimization using Altair Radioss and OptiStruct. My work involves developing simulation methodologies, conducting parametric studies and improving product performance through data-driven engineering decisions.I hold a Bachelor's degree in Naval Architecture and Ocean Engineering, providing a strong foundation in ship structures, classification society requirements, finite element analysis and structural design principles. My academic and professional experience enables me to bridge simulation technologies with practical engineering challenges across marine and industrial applications.I am passionate about engineering automation and continuously explore ways to improve simulation efficiency through Python, TCL/TK and VBA scripting. My interests include workflow automation, optimization-driven design, digital engineering, lightweight structures and simulation process development.Open to opportunities in offshore, energy, marine, shipbuilding, and advanced manufacturing sectors across Malaysia, Singapore, Australia and New Zealand.Core Tech Stack: Altair Radioss, OptiStruct, HyperMesh, ANSYS Mechanical APDL, Siemens NX, Python, TCL/TK.

Country

Malaysia

City

Selangor

Industry

Oil & Energy

Skill

Strength Design of Ships and Marine Structures, Ship Structural Dynamics, Structural Mechanics, Structural Optimization, Marine Structures, Classification rules, Structural Integrity, Hypermesh, Structural Analysis, Siemens NX, TCL, Radioss, Optistruct, Ship Modeling, Finite Element Analysis (FEA), Structural Stress and Buckling Analysis, Multi-objective Optimization, Particle Swarm Optimization (PSO), Genetic Algorithms (GA), Computer-Aided Design (CAD)

Experience

CAE Engineer

Hitachi Sunway Information Systems

2025-10 - Present · 1 yr

Malaysia

Client: PANASONIC APPLIANCES AIR-CONDITIONING MALAYSIA (PAPAMY) - Responsible to support product development by performing end-to-end Structural Finite Element Analysis (FEA) from initial concept to final validation. - Led structural FEA validation for a next-generation product during its pre-development phase and supported 15+ R&D projects to accelerate design iterations. - Executed parametric studies across 50+ design variants to optimize structural stiffness and overcome constraints, compiling results into a reusable R&D benchmarking database. - Performed explicit dynamic drop-tests simulation (Altair Radioss) and linear/nonlinear structural analyses (OptiStruct) to evaluate impact response, static strength and structural integrity. - Developed TCL and VB scripts that cut preprocessing setup times by 46%. Performed CAD cleanup, geometry simplification, mesh preparation and model preprocessing for efficient finite element modeling workflows.

Research Intern

Tianjin University

2024-7 - 2024-9 · 3 mos

Jinnan District

- Automated 10,000 FEA simulations using Python-driven parametric workflows and developed machine learning models for predictive structural stress and data analysis. - Self-taught ANSYS Mechanical APDL and developed a fully parametric ship-hull model to evaluate structural deformation limits and ensure strict compliance with maritime classification standards.

Education

Tianjin University

Naval Architecture and Ocean Engineering

2021-7 - 2025-7 · 4 yrs 1 mo

- Specialized in Structural Analysis and Strength Design of Ships and Marine Structure. - Excelled in core naval architecture disciplines: Structural Mechanics, Fluid Mechanics, Ship Structural Dynamics, Design Principles of Ships and Marine Structure, Rapidity of Ships. - Final Year Project (Score 95/100, Top 10%): "Parametric Optimization of Midship Section Design". Applied Genetic Algorithms (GA) and PSO via Python-ANSYS scripting to achieve a 17% structural weight reduction under full China Classification Society (CCS) structural safety compliance. - Honors & Awards: Qiushi Scholarship Recipient (2021-2025); Distinguished International Student Award First Prize Scholarship (2021 & 2023)