forward - looking technologies (such as new bonding materials, surface micro - nano processing, 3D integration, etc.) and explore feasible paths for process implementation.
- Design experiments to verify the compatibility of new process modules with existing manufacturing processes.
2.
Process Integration Prototype Development
- Establish a new process integration framework and formulate cross - module collaboration plans.
- Verify key parameters through Design of Experiments (DOE) and output Technical Design Rules.
- Be proficient in conducting in - depth analysis from the execution results of the plan to the process mechanism.
3.
Cross - team Collaboration and Transformation
- Collaborate with TD (Technical R&D), production processes, etc., to transform laboratory - level technologies into manufacturable solutions.
- Participate in formulating the technical roadmap, and assess the requirements for equipment and materials as well as technical risks of new processes.
4.
Intellectual Property and Academic Output
- Write technical patents and participate in the formulation of industry technical standards.
- Track top - tier international conference papers (such as IEDM, VLSI), and extract implementable technical directions.
Competency Requirements
1.
Hard Skills
- Technical Vision: Have an in - depth understanding of cutting - edge semiconductor technologies (such as heterogeneous integration).
- Candidates with simulation and modeling capabilities will be preferred.
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Experimental Design Ability: Be proficient in designing DOE experiments with wide coverage and high complexity to quickly converge on technical paths.
2.
Soft Skills
- Innovative Thinking: Break through the existing technical framework and propose disruptive process integration solutions.
- Academic Acumen: Extract key technical points from papers and patents and convert them into experimental directions.
- Interdisciplinary Collaboration: Jointly develop customized solutions with materials scientists and equipment manufacturer
Other Requirements
1. Educational Background
- Degree: A doctoral degree is preferred, majoring in microelectronics, physics, materials science and engineering, chemistry, mechanical engineering, etc.
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Research Directions: Nanodevice physics, advanced process integration, new semiconductor materials, etc.
2.
Experience Requirements
- Project Experience: Have participated in national - level or enterprise - level advanced technology R&D projects.
- Technical Achievements: Have published highly - influential papers or led the writing of key patents.