- George Town Pulau Pinang Malaysia
Working Location
Job Description
Responsibilities
Company Description FusionAP is a semiconductor engineering company founded by professionals with deep expertise in advanced packaging technologies. The company is focused on delivering world-class advanced packaging solutions to global customers while building Malaysia’s first high-value, next-generation packaging hub. FusionAP emphasizes innovation through engineering excellence and strategic partnerships across the semiconductor ecosystem. The organization actively supports national priorities in AI, automotive, and high-performance computing, offering team members opportunities to contribute to cutting-edge applications. Joining FusionAP means working in a growth-oriented environment committed to technical leadership and industry impact.
Role Description Role Summary The rapid expansion of RF in smartphones has positioned System Integrated Packaging and multi-die chiplet packaging as critical differentiators in semiconductor
manufacturing. We are seeking a highly capable Staff Engineer to be the technical authority
for our advanced molding and encapsulation modules. In this role, he will lead the development and high-volume manufacturing (HVM) scaling of mold encapsulation technologies designed to protect fragile silicon dies and fine-pitch interconnects from thermomechanical stress. Operating at the intersection of polymer chemistry, rheology, and mechanical engineering, you will drive breakthrough process solutions for next-generation advanced packaging.
Key Responsibilities
1)Process Development: Design, evelop, optimize, and transfer the mold processes recipes and post mold grinding process for strip based or unit based with multi-chip modules for both single sided or double sided mold configurations
2)Material Selection & Characterization: Evaluate and qualify advanced Epoxy Molding Compounds (EMC) to ensure environmental compliance (e.g. RoHS), will optimize material properties such as filler size, viscosity, cure kinetics, and coefficient of thermal expansion (CTE) to ensure compatibility with fragile silicon and minimize package warpage. He will create and optimize mold grinding recipes to balance customer requirements while preventing quality issues.
3) Yield & Defect Mitigation: Apply rigorous root cause failure analysis (RCFA) to identify and eliminate molding defects such as incomplete fill, voiding, interfacial delamination, resin bleed, and die cracking. You will utilize advanced metrology, including Scanning Acoustic Microscopy (C-SAM), X rays and cross-sectional analysis to drive effective defect detection and root cause analysis.
Tooling & Equipment Engineering: Drive the design and optimization of mold chases and tooling. You will program and calibrate state-of-the-art molding equipment, strictly controlling critical parameters such as clamping force, transfer pressure, vacuum levels, and dynamic cure temperature profiles.
Experimental Rigor & Scaling: Design and execute complex, multi-factor Designs of Experiments (DOE) to establish wide process windows implement Statistical Process Control (SPC) methodologies and define Control Plans and Process Failure Mode and Effects Analyses (pFMEAs) to improve early signal detection for sustainable quality controls.
Qualifications
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