#layer4F5D495769ABAB7DB1F5721C1EF40D84 .search_btn {border: 0px solid #fff;border-radius: 0px;color: #fff;}#layer4F5D495769ABAB7DB1F5721C1EF40D84 .search_btn a {color: #fff!important;}#layer4F5D495769ABAB7DB1F5721C1EF40D84 .search_btn:hover {background-color: #000!important;border-color: #fff;color: #fff;}#layer4F5D495769ABAB7DB1F5721C1EF40D84 .search_btn:hover a {color: #fff!important;}
0373EFCBDD99A7273F3F784" data-expr="attr.options.title" data-index="-1" data-ckey="jmtitle" style="">

Shenzhen Institute of Information Technology

0373EFCBDD99A7273F3F784" data-expr="attr.options.subtitle" data-index="-1" data-ckey="jtext" style="position: relative;">

Shenzhen Institute of Information Technology (SZIIT), officially established in November 2

01

8 with the approval of the Ministry of Education, is a high-standard, application-oriented undergraduate institution co-established by the Guangdong Provincial Government and the Shenzhen Municipal Government. The university adopts advanced educational models and successful practices from countries such as Germany and Switzerland, and adheres to the philosophy of &#

03

9;application-oriented, innovation-driven, open integration, and intelligent leadership&#

03

9; to build a world-class applied technology university.

SZIIT has been selected as a candidate institution for master&#

03

9;s degree programs in Guangdong Province, and included in the province’s new round of the “High-Level Universities with Unique Characteristics” enhancement plan and Shenzhen’s “High-Level University” development program. Its admission scores for physics majors have consistently ranked among the top ten of local universities in Guangdong. The employment rate of graduates has remained above 90%, with many joining leading enterprises such as Huawei, Tencent, BYD, and Samsung, while others pursue further education at prestigious universities including Tsinghua University and Yale University.

  • 01

    0373EFCBDD99A7273F3F784" data-expr="item.title" data-index="0" data-ckey="jmctitle" data-key="items">

    Innovative Laboratories

    0373EFCBDD99A7273F3F784" data-expr="item.content" data-index="0" data-ckey="jfctext" data-key="items">

    The university is home to multiple key and innovative laboratories that support scientific research and teaching. For example, the Optoelectronics Innovation Laboratory facilitates courses and extracurricular innovation projects in electronic circuits, embedded systems, and EDA technologies. It is equipped with high-speed oscilloscopes, signal generators, power supplies, and other experimental instruments. Other key labs include the Urban Rail Transit Laboratory, the High-Intensity Laser and Advanced Materials Laboratory, and the Digital Dental Laser Intelligent Manufacturing Laboratory, covering fields such as intelligent manufacturing, rail transit, and new materials.

  • 02

    0373EFCBDD99A7273F3F784" data-expr="item.title" data-index="1" data-ckey="jmctitle" data-key="items">

    Research Strengths

    0373EFCBDD99A7273F3F784" data-expr="item.content" data-index="1" data-ckey="jfctext" data-key="items" style="position: relative;" spellcheck="false">

    SZIIT is committed to promoting research innovation and technology transfer under the philosophy of &#

    03

    9;application-oriented and innovation-driven&#

    03

    9; education. It demonstrates strong research capabilities in intelligent manufacturing, new materials, new energy, artificial intelligence, and rail transit. For instance, it co-founded the Laser Intelligent Manufacturing Joint Laboratory with Han&#

    03

    9;s Laser Technology Industry Group, engaging in talent development and research cooperation. The university also promotes technology transfer through a dual mechanism of result authorization+ revenue donation.

     

    In less than five years, the number of university-industry joint labs increased from 6 to nearly 50. The total value of technology transfers, including licensing and equity investment, has quadrupled.

  • 03

    0373EFCBDD99A7273F3F784" data-expr="item.title" data-index="2" data-ckey="jmctitle" data-key="items">

    Potential for Collaboration

    0373EFCBDD99A7273F3F784" data-expr="item.content" data-index="2" data-ckey="jfctext" data-key="items">

    SZIIT offers strong collaboration potential in the following areas:

    1) Intelligent Manufacturing and Laser Technology: Collaborative projects in laser intelligent manufacturing through its joint lab with Han’s Laser.

    2) Artificial Intelligence and Big Data: Research and applications supported by the Key Laboratory for Cloud Security and Big Data Applications.

    3) Rail Transit and Intelligent Perception: Urban Rail Transit Laboratory focuses on system operation management and intelligent maintenance.

    4) New Materials and New Energy: Research in new materials is supported by key labs such as the High-Intensity Laser and Advanced Materials Laboratory and the Crystal Growth and Advanced Testing Laboratory.

    5) Creative Design and Digital Arts: The School of Creative Design includes laboratories such as the Digital Rapid Prototyping Lab and the Multimodal Human-Machine Ergonomics Lab, supporting the development of industrial design, environmental design, and the intersection of art and technology.