I. About the laboratory

Zhangjiang Laboratory is a national-level new-type scientific research institution. It focuses on frontier technologies and applications in photonics and micro-nano electronics, as well as interdisciplinary research in these fields.

The laboratory has built up scientific and technological research teams led by renowned experts and scholars, with outstanding young and mid-career talent as the backbone. Front-line team members come primarily from well-known research institutions worldwide, top research universities, and leading technology enterprises.

The laboratory is now recruiting more professionals. Details are listed below.

II. Research fields

1. Ultra-precision Optical System Research and Development

Research focus:

- Design and simulation of ultra-precision optical systems; precision machining of optical components; micro- and nanomanufacturing processes; optical inspection and metrology; optical alignment and environmental control; new light-source technologies; and optics-related algorithms;

- Precision opto-mechanical design and simulation of ultra-precision optical systems, integration and alignment of precision opto-mechanical systems, static and dynamic analysis and simulation of systems, and thermal management design and simulation.

Recruitment areas:

Optical design, optical manufacturing, micro- and nanofabrication, optical inspection and metrology, optical alignment and algorithms; precision mechanical design and manufacturing, multiphysics analysis and simulation, vibration control, and thermal management.

2. Accelerator Physics and Technology

Research focus:

Using high-power industrial light sources driven by accelerators, the laboratory conducts physical design and key technology R&D for energy-recovery linac light sources and fully coherent storage-ring light sources.

Recruitment areas:

Accelerator physics, photocathode electron sources, high-power fiber lasers, ultrafast lasers, femtosecond synchronization, superconducting radio frequency, superconducting magnets and insertion devices, cryogenic engineering, intelligent measurement and control for accelerators, beamlines, and overall accelerator and facility integration and commissioning.

3. Micro-nano Manufacturing Technology

Research focus:

Focused on micro-nano device manufacturing, the laboratory conducts research on new principles, methods, processes, and devices such as computational lithography, self-assembly manufacturing, three-dimensional additive manufacturing, and atomic manufacturing.

Recruitment areas:

High-resolution micro-nano lithography technology, etching technology, micro-nano processing, yield improvement technology, and new semiconductor device design.

4. Advanced Semiconductor Materials

Research focus:

Driven by demand for advanced lithography materials, the laboratory researches new high-performance materials and advanced lithography processes.

Recruitment areas:

Polymer synthesis and characterization, resin design and synthesis, purification of high-purity electronic chemicals, small-molecule material synthesis, lithography material formulation, advanced thin-film material characterization, and computational materials chemistry.

5. Precision Measurement Technology

Research focus:

To meet the high-precision metrology and inspection needs of advanced lithography and three-dimensional device processes, the laboratory develops new precision measurement technologies and equipment, achieves breakthroughs in core technologies such as high-precision three-dimensional non-destructive measurement and nanostructure defect detection, and integrates artificial intelligence into advanced equipment.

Recruitment areas:

Precision opto-mechanical design, optoelectronic integration and automation, computational imaging and information processing, atomic-level precision measurement, nano-physical property characterization, AI technology and applications, and micro-nano optical simulation.

6. Optoelectronic Integration Innovation Technology

Research focus:

The laboratory focuses on silicon photonic chip design, multi-material optoelectronic heterogeneous integration processes and device design, optoelectronic co-design, three-dimensional integration and advanced packaging, optical computing technologies and applications, optical interconnects and switching, and heterogeneous computing. The research seeks to expand the functions and improve the performance of integrated optoelectronic devices and systems.

Recruitment areas:

Silicon photonic device design, heterogeneous integration technology of new optoelectronic materials, optical computing, optical interconnect and optical switching, three-dimensional integration, heterogeneous computing, and optoelectronic system testing.

7. Post-Moore New Materials, New Devices, and New Architectures and Integration Technology

Research focus:

- The laboratory conducts research in fields such as wafer-level three-dimensional integration processes, advanced packaging technology, three-dimensional stacked interconnect technology, chip testability and reliability optimization, and chip heat dissipation technology.

- It researches new architectures such as computing-in-memory for three-dimensional stacking, neuromorphic computing, probabilistic computing, and high-parallel computing for AI, as well as circuit design. It conducts device-level three-dimensional stacking and design application research.

- It develops low-temperature CMOS and two-dimensional semiconductor devices, and develops thin-film and bonding processes for advanced integrated chips.

Recruitment areas:

Three-dimensional integration technology, new computing architectures and circuits, post-Moore devices, two-dimensional semiconductor devices, and advanced packaging processes.

8. Advanced Semiconductor Process Technology

Research focus:

- The laboratory conducts forward-looking R&D on advanced process technologies, devices, and DTCO.

- It drives the development of equipment, materials, and EDA software.

Recruitment areas:

Module processes, process integration, device engineering and simulation, failure analysis, SPICE model and PDK development, back-end circuit design, and DTCO.

9. AI-enabled Integrated Circuit Manufacturing

Research focus:

- Focusing on the development needs of advanced processes, the laboratory researches digital twin for integrated circuits that integrate AI with physical mechanisms.

- Centered on key links such as equipment, processes, materials, and metrology, it builds high-precision, high-efficiency intelligent simulation models, achieves breakthroughs in multi-scale rapid simulation and cross-module collaborative optimization technologies, and improves the efficiency of advanced process R&D.

Recruitment areas:

AI-physics fusion modeling, integrated circuit process simulation, digital twin, multi-physics simulation, virtual metrology, intelligent optimization, and scientific computing.

III. Advantages of the laboratory

1. A national-level scientific research and development platform

Talent will undertake major national scientific and technological tasks and enjoy stable, sufficient funding guarantees and superior research conditions, including technologically advanced, fully equipped experimental platforms.

2. Research teams led by renowned experts and scholars at home and abroad

The laboratory has a complete talent training and support service system and allocates doctoral enrollment quotas as needed.

3. A comprehensive talent development mechanism

The laboratory offers multiple career development paths, a fast-track promotion channel for outstanding talent, and implements goal-oriented evaluation and incentive measures.

4. A high-quality scientific and technological cooperation network

The laboratory has established partnerships with more than 20 national research institutions, leading research universities, and leading technology enterprises at home and abroad.

IV. Remuneration and benefits

1. Competitive remuneration and all-round, diversified employee benefits.

2. A talent housing support program to provide residential support for introduced talent at all levels.

3. Assistance with Shanghai household registration for talent, including eligible spouses and children. Access to quality compulsory education resources for the children.

V. Application process

- CV screening

- Technical interview

- Comprehensive interview

- Employment approval

- Offer issuance

- Formal onboarding

VI. How to apply

Applicants may send their personal CV and representative achievements to the laboratory's email address. Dedicated staff members will follow up with you.

Tel: 021-2053-8691

Email: hr@zjlab.ac.cn

 

Sources: Official WeChat account of the Shanghai International Talent Center (ID: "sh-italent"), Zhangjiang Laboratory