The College of Bioengineering, Tianjin University of Science and Technology is located in Binhai New Area, Tianjin. Adjacent to Binhai‑Zhongguancun Science Park and Tianjin International Joint Academy of Biotechnology and Medicine, it sits at the core area of the Beijing‑Tianjin‑Hebei region and enjoys a prime geographical location. With more than 60 years of dedicated development, the college has built solid disciplinary foundations and earned an outstanding academic reputation in light industry and biomedicine. It has established a complete talent‑training system covering undergraduate, master’s and doctoral programs, together with a post‑doctoral research station. Currently, the college has over 1,100 undergraduates and more than 1,600 master’s and doctoral students. It serves as a key base for talent cultivation and scientific‑technological innovation in China’s light‑industry, biotechnology and pharmaceutical sectors.

I. Historical Evolution: Carrying Forward the Legacy and Striving Forward

Dating back to 1958, the college originated from the Fermentation Engineering Program of Hebei Institute of Light Industry. As a core program of one of China’s first four undergraduate institutions directly under the Ministry of Light Industry, it laid the foundation for talent cultivation and technological research and development in China’s light‑industry fermentation sector.During the national higher‑education institutional restructuring in 1964, the Fermentation Engineering Program of Beijing Institute of Light Industry was fully transferred here, making it one of the two most competitive fermentation engineering programs among Chinese universities at that time.The program was renamed Biochemical Engineering in 1993. In 1998, in response to the adjustment of undergraduate program catalog issued by the Ministry of Education of China, it was officially renamed Bioengineering. The Pharmaceutical Engineering Program was launched in 2000. In 2004, the College of Bioengineering was formally established on the basis of Bioengineering and Pharmaceutical Engineering Programs, marking a new chapter for multidisciplinary coordinated development.

II. Strategic Orientation: Targeting National Needs for Focused Development

Guided by national major strategies such as bio‑manufacturing and biomedicine, the College closely aligns itself with Tianjin’s initiative to build an innovation highland for the bio‑industry. Upholding the overall development philosophy of “Building the College with Distinctive Features, Strengthening the College through Interdisciplinarity, Advancing the College via Industry‑Education Integration, and Revitalizing the College by Serving Regional Development”, it leverages its traditional strengths in light‑industry fermentation and AI‑empowered biotechnology to address real‑world industrial demands. Committed to developing into a high‑level research‑oriented college with distinct characteristics, it provides solid talent support and technical assurance for the high‑quality development of national bio‑industries and the transformation and upgrading of regional economies.

The college is a member institution of the Teaching Advisory Board for Bioengineering and Biotechnology Majors under the Ministry of Education, Vice‑Chairman Unit of China Bio‑Fermentation Industry Association, and Vice‑Chairman Unit of the Chinese Institute of Food Science and Technology.

III. Disciplines and Programs: A Well‑Established System with Distinct Strengths

The college features distinctive disciplinary development. It has built a complete talent‑training system covering undergraduate, master’s and doctoral programs, and its disciplinary strength ranks among the top of peer institutions nationwide. It offers doctoral and master’s programs as well as a post‑doctoral research station for the first‑level discipline of Light Industry Technology and Engineering; first‑level master’s programs in Bioengineering and Pharmacy; and professional doctoral and master’s programs in Biology and Medicine. Among them, Fermentation Engineering is a national key discipline. Light Industry Technology and Engineering receives key superior‑level support and has been accredited as a Tianjin Top‑Tier Discipline and Tianjin First‑Class Discipline. Pharmacy is a Tianjin Key Discipline.The college strongly supports six university disciplines to enter the global top 1% of the Essential Science Indicators (ESI), namely Agricultural Sciences, Chemistry, Biology & Biochemistry, Engineering, Materials Science, and Environment/Ecology. Agricultural Sciences ranks among the global top 1‰, and Polymer Science is ranked 9th worldwide in the U.S. News global rankings.

Remarkable achievements have been made in program development. The Bioengineering Program is a National First‑Class Undergraduate Program, National Characteristic Program, and selected program under the Excellent Engineer Education and Training Program of the Ministry of Education. It has obtained national engineering education accreditation, and is recognized as a Tianjin Brand‑Name Program, Industry‑Education Integration Brand‑Name Program, and key New‑Engineering development program. The Pharmaceutical Engineering Program is a National First‑Class Undergraduate Program, a program for Tianjin’s strategic emerging industries, an application‑oriented program, and an Industry‑Education Integration Brand‑Name Program. Both core programs demonstrate prominent industrial orientation and educational characteristics.The Synthetic Biology Program is a new undergraduate admission program launched in 2026. As an emerging interdisciplinary program integrating multi‑disciplinary theories and methodologies, it responds to major national strategies and future‑industry development requirements with a focus on cutting‑edge research. By pooling high‑quality disciplinary resources, the program strives to advance disruptive applications of synthetic‑biology technologies across diverse industries.

As the lead university, the college has developed the Tianjin TEDA Biomedicine Industry‑Education Consortium, one of China’s first‑batch national‑level industry‑education consortia. It takes the lead in establishing the Beijing‑Tianjin‑Hebei Biomedicine Modern Industrial College Alliance and supports the founding of Tianjin’s first Institute of Excellent Engineers. Joint postgraduate training is delivered with leading research institutes and enterprises including Tianjin Institute of Industrial Biotechnology, Chinese Academy of Sciences and CanSino Biologics. A Sino‑British Dual‑Master’s Program has been jointly established with the University of Bradford, United Kingdom, forming a full‑spectrum collaborative talent‑cultivation system.

IV. Faculty: Distinguished Scholars with Well‑Structured Talent Echelon

The college has 160 faculty and staff members, among whom 119 are full‑time teachers, 86 hold senior professional titles, and 100 % of full‑time teachers possess doctoral degrees. A high‑quality faculty echelon with a reasonable age structure covering senior, middle‑aged and young generations has been formed with outstanding academic competence.

The faculty includes a large number of leading industry‑level talents: 2 members of the Academic Discipline Appraisal Group of the State Council, 3 recipients of the National Ten‑Thousand Talents Program, 1 recipient of the National Hundred‑Thousand‑Ten‑Thousand Talent Project, 1 National Young and Middle‑Aged Expert with Outstanding Contributions, 1 recipient of the National Excellent Youth Fund, 1 National Top‑Notch Young Talent, 1 Shennong Young Elite, and 3 experts entitled to Special Government Allowances from the State Council.In addition, the college hosts 1 Innovative Team under the Cheung Kong Scholars Program of the Ministry of Education, 2 Tianjin “131” Innovative Talent Teams and 1 Tianjin Key‑Field Innovative Team. It boasts 1 National Distinguished Teacher, 1 National‑level Teaching Team and 3 Tianjin Municipal‑level Teaching Teams, which provide robust faculty support for talent cultivation and scientific research.

Remarkable achievements have been made in Party‑building and teachers’ ethics development. The Applied Microbiology Faculty Party Branch was selected for the national “Double Leaders” Faculty Party‑Branch Secretaries’ “Power‑for‑Country” Special Initiative. The Pharmaceutical Engineering Faculty Party Branch was honored as one of Tianjin’s first batch of Model Party Branches. The Drug Design and Synthesis Team won the title of National March 8th Red‑Banner Collective. The college was awarded the honor of Advanced Collective of Tianjin Education System.

In recent years, college research teams and individual faculty members have received numerous honors, including National March 8th Red‑Banner Collective, National Women’s Civilized Post, National Worker Pioneer, National March 8th Red‑Banner Pacesetter, Tianjin March 8th Red‑Banner Collective, Outstanding Communist Party Member of Tianjin Education System, Outstanding Teacher of Tianjin Education System, Tianjin Most Beautiful Female Teacher, Tianjin Model Worker, Tianjin May 1st Labor Medal, Tianjin May 4th Youth Medal, Tianjin Outstanding Science and Technology Worker, and Tianjin Advanced Worker for Science Popularization.

V. Experimental Platforms: Complete Matrix with Strong Supporting Capacity

The college has established a well‑structured teaching and research platform matrix at national, provincial‑ministerial and industrial levels, with more than 20 platforms of various tiers. It serves as a benchmark base for high‑end talent training and industry‑university‑research collaborative innovation in the field of biomanufacturing.

For research platforms, national‑level facilities include the State Key Laboratory of Bio‑based Fiber Materials, State Key Laboratory of Food Nutrition and Safety (Province‑Ministry Co‑sponsored), National‑Local Joint Engineering Laboratory for Metabolic‑Control Fermentation Technology, National Engineering Research Center of Industrial Enzymes, and National Center of Synthetic Biological Innovation. Provincial‑ministerial, industrial and international‑cooperation platforms cover the National International Science and Technology Cooperation Base for Food Nutrition‑Safety and Medicinal Chemistry, Key Laboratory of Industrial Fermentation Microbiology (Ministry of Education), Food Biotechnology Engineering Research Center (Ministry of Education), Industrial Innovation Technology Research Institute of China Alcoholic Drinks Association, Key Laboratory of Microbial Engineering of China Light Industry, Tianjin Engineering Technology Center for Microbial Fermentation and Metabolic Control, Haihe Laboratory of Synthetic Biology, Tianjin Fermentation Industry Engineering Technology Center, and China‑Thailand Joint Research Institute for Modern Biotechnology and Medicine. These facilities deliver advanced hardware support for original innovation and technological R&D.

For teaching platforms, the college runs the National Experimental Teaching Demonstration Center for Bioengineering, National Joint Training Demonstration Base for Professional Postgraduates in Biopharmaceutical Technology, Tianjin Municipal Experimental Teaching Demonstration Center for Bioengineering in Institutions of Higher Education, and New‑Engineering Practice Teaching Base, together with multiple secondary and tertiary laboratories with complete and state‑of‑the‑art experimental facilities. The college took the lead in building China’s first light‑industry‑themed curriculum ideological‑political teaching resource platform and was awarded an excellent case for the “Three‑Dimensional Education” initiative in Tianjin higher‑education institutions.

VI. Scientific Research Achievements: Innovation‑Driven for Industrial Empowerment

Leveraging its traditional strengths in light‑industry fermentation and AI‑empowered biotechnology, the college focuses on four research directions: precise drug synthesis, low‑carbon biochemical engineering, intelligent future‑food manufacturing, and smart biomaterials. Nineteen research teams have been set up to reconstruct the whole biomanufacturing chain and create brand‑new application scenarios in pharmaceuticals, chemical engineering, food and materials sectors. A full‑chain transformation platform spanning basic research to industrial application has been constructed. Adopting the innovative “Laboratory + Incubator + Enterprise” model, the college consolidates original innovation, scales‑up processes and promotes achievement transformation, accelerating the translation of scientific ideas into real‑world applications.

In recent years, the college has undertaken and completed over 700 national, provincial‑ministerial and horizontal research projects. Among them, faculty preside over 2 National Key R&D Program projects and 16 National Key R&D Program sub‑projects; undertake 2 major horizontal projects with funding of 20 million RMB each, 14 major horizontal projects above 10 million RMB, and more than 170 horizontal projects exceeding 1 million RMB. Through technology transfer and other services, the college has helped enterprises generate hundreds of billions RMB in additional output value. More than 10 biotech start‑ups have been incubated, with equity financing exceeding 1 billion RMB in place.

The college has won 2 National Science and Technology Awards, 6 China Patent Excellence Awards, over 40 provincial‑ministerial science and technology prizes and 46 social‑sector science and technology awards. More than 1 500 academic papers have been published, including over 750 SCI papers. Over 400 national invention patents have been granted. Faculty have participated in formulating and revising more than 20 national and industrial standards. Multiple research outputs have reached internationally leading or advanced levels.

VII. Education and Teaching: Fostering Virtue through Education with Fruitful Outcomes

Upholding the fundamental mission of fostering virtue through education and staying committed to cultivating talent for the CPC and the nation, the college closely follows the philosophy of “integrated development of vocational and general education, industry‑education integration, and science‑education integration”, and advances a linked training model for undergraduate, master’s and doctoral students中国日报网.In recent years, the college has completed 5 national‑level and 8 Tianjin‑municipal‑level projects for undergraduate teaching quality initiatives and teaching reform. Two projects, including *Exploration and Practice of Innovative Talent Training Mode for Bioengineering and Biotechnology Majors*, have won National Teaching Achievement Awards. Six projects have received Tianjin Municipal Teaching Achievement Awards, among which are Undergraduate Talent Training System for Bio‑industry Driven by Industry‑University‑Research Integration under International Engineering Education* and Innovation and Practice of the Five‑in‑One Postgraduate Training Model for Biology and Medicine with Dual‑linkage and Triple‑Integration*.

The college offers 3 National First‑Class Courses, 1 course under the Ministry of Education’s Top‑Tier Course Initiative, and 6 Tianjin‑municipal‑level first‑class and featured courses. More than 40 textbooks have been published, among which *Microbiology (2nd Edition)* is selected as a national‑level planning textbook for undergraduate higher education under the 14th Five‑Year Plan.Great importance is attached to fostering students’ innovative capacity. Over ten brand‑name student activities have been developed, such as the Micro‑World Art Competition, the “Qiushi” Forum, and microbiology popular‑science practice. Students have achieved outstanding results in major competitions including the International Genetically Engineered Machine Competition (iGEM), the College Undergraduate Life Science Competition (CULSC), and the China International College Students’ Innovation Competition. They have been awarded iGEM Gold Medals, national first prizes, silver and bronze medals. Several projects have been honored as “Best Entrepreneurial Project” and “My Favorite Project” at the National Undergraduate Innovation and Entrepreneurship Annual Conference.

Taking the lead in building China’s first light‑industry‑themed curriculum ideological‑political teaching resource platform, the Biomedicine Modern Industrial College was selected as one of the “National Best Cases” for Modern Industrial College Development in 2022 and was officially approved as a Tianjin‑municipal‑level Modern Industrial College in 2023, realizing seamless alignment between teaching and industrial demands. The college ranks among the top in the university in terms of undergraduate further‑study rate and high‑quality graduate employment rate.

VIII. International Cooperation: Open and Inclusive for Two‑Way Empowerment

The college actively expands international cooperation. It has carried out talent training, scientific research collaboration and academic exchanges with institutions in the United Kingdom, France, Germany, the Czech Republic and other countries. Multiple cooperation platforms have been established, including the Sino‑British Sino‑foreign Cooperative Undergraduate Program, Sino‑British Dual‑Master’s Degree Program, all‑English‑taught undergraduate programs for international students, Sino‑British Joint Brewing Laboratory, and China‑Thailand Joint Research Institute for Modern Biotechnology and Medicine.An international system covering education, scientific research and academic exchange has been built for two‑way domestic and international collaboration, offering broad opportunities for faculty and students to broaden their global vision.

Standing at a new starting point for development, the College of Bioengineering, Tianjin University of Science and Technology, guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, will fully implement the Party’s education policy. It will continue to deepen reform and forge ahead, making sustained efforts in disciplinary development, talent cultivation, scientific‑research innovation and achievement transformation. The college strives to build a domestically first‑class and internationally renowned bioengineering school with distinctive features, and make greater contributions to the high‑quality development of China’s bio‑industry.