Intel Seeks Senior Module Test Engineer in Kulim, Malaysia to Advance CUF Module Improvement and New Material Application for Advanced Packaging

July 26, 2026

Jooble USA

Overview

Intel is recruiting a Senior Module Test Engineer in Kulim, Malaysia, to lead the design and development of advanced manufacturing test processes. This role supports post-packaging burn-in, final test, and system test modules, aiming to enhance packaging manufacturing efficiency through capillary underfill (CUF) module improvements and the application of novel materials. This move highlights Intel’s strategy to accelerate the evolution of advanced semiconductor packaging technologies.

In Depth

Key Findings

Intel has initiated recruitment for a Senior Module Test Engineer in its state-of-the-art manufacturing facility in Kulim, Malaysia, to lead the design and development of advanced manufacturing test processes. This critical role aims to enhance the efficiency and reliability of semiconductor package manufacturing through supporting post-packaging burn-in, final test, and system test modules.

Technical & Business Details

Job Focus: The recruited engineer will be deeply involved in improving Capillary Underfill (CUF) modules and applying novel materials. CUF is a material that fills the gaps between solder bumps in flip-chip packages, such as BGA (Ball Grid Array), and is essential for reducing stress caused by Coefficient of Thermal Expansion (CTE) mismatch, thereby enhancing the reliability of solder joints.
Improving Manufacturing Efficiency: Optimizing CUF processes and new materials directly leads to higher packaging yields, reduced defect rates, and shorter manufacturing cycle times. This enables Intel to meet the growing demand for high-performance semiconductor products and maintain competitiveness.
Commitment to Advanced Packaging: This recruitment indicates Intel’s aggressive investment in advanced packaging technologies like 3D stacking and heterogeneous integration. These technologies play a central role in integrating multiple dissimilar dies in chiplet-based designs to maximize performance and efficiency.
Test Process Optimization: Post-packaging testing is the final stage of product quality assurance and reliability, requiring improved test coverage, reduced test time, and enhanced diagnostic capabilities. The hired engineer will accelerate product time-to-market through these optimizations.

Background & Industry Context

The semiconductor industry faces physical limits to Moore’s Law and needs to pursue performance improvements through means other than traditional miniaturization. Advanced packaging technology is one of the primary solutions. In particular, chiplet architecture is considered a promising approach to optimize both performance and manufacturing yield by efficiently integrating chiplets with different functions. The evolution of material technologies like CUF and test technologies forms the foundation supporting this trend.

Strategic Significance & Outlook

The recruitment of a Senior Module Test Engineer in Kulim, Malaysia, is a testament to Intel’s ongoing efforts to build and strengthen a global advanced packaging ecosystem. The improvement of CUF modules and the application of new materials will directly contribute to the stable supply and quality assurance of next-generation products such as high-performance CPUs, GPUs, and AI accelerators. This initiative is a crucial investment for Intel to expand the frontiers of semiconductor technology and meet future computing demands, with significant implications for the entire industry.

Source: https://my.jooble.org/jdp/8299875123171152330

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