Packaging Engineer (Module Package Development)

Company Overview

Our client is a Global Semiconductor Pioneer & World Leader in High-Performance Analog, Mixed-Signal & Integrated Power Processing Technologies. Operating an advanced back-end R&D and manufacturing hub in Melaka, the company designs and manufactures cutting-edge integrated circuits and module solutions powering data centers, AI accelerators, cloud computing servers, and automotive architectures. To support next-generation power density requirements and high-performance computing platforms, the Package Development team is seeking a Senior/Lead Packaging Engineer.

Position Overview

Reporting to the Packaging Section Manager, the Packaging Engineer (Module Package Development) leads the end-to-end package development architecture for Substrate-Based Power Modules and Multi-Chip Modules (MCM). Focusing on advanced packaging solutions for AI accelerators, high-density computing chips, and server hardware, this technical role drives multi-layer substrate layouts, thermo-mechanical characterization, material qualification, and NPI transfer into mass manufacturing at the Melaka plant.

Key Responsibilities

1. Module Package Architecture & Design Development

• Lead package engineering development for Substrate-Based Power Modules, Flip-Chip, Multi-Chip Modules (MCM), and System-in-Package (SiP) architectures targeting AI acceleration and data center applications.
  

• Perform packaging design evaluations, multi-layer substrate routing layouts, parasitics assessment, and thermal management optimizations.
  

• Qualify advanced packaging materials—including organic/ceramic substrates, Epoxy Molding Compounds (EMC), clip-bond materials, and high-conductivity die-attach adhesives.
  

2. Reliability Characterization & Material Validation

• Evaluate thermo-mechanical strain, warpage, parasitic inductance, and Board-Level Reliability (BLR) under Thermal Cycling (TMCL) and Moisture Sensitivity Level (MSL) stress conditions.
  

• Manage NPI qualification vehicles from initial concept, prototype build, and reliability testing stages through to High-Volume Manufacturing (HVM) readiness.
  

3. Cross-Functional & Supplier Collaboration

• Collaborate with global silicon design teams, substrate vendors, leadframe suppliers, and internal assembly process engineering teams to resolve complex mechanical and thermal packaging constraints.
  

• Establish design rules, substrate design guidelines, and package outline drawings for new product platforms.
  

Requirements