1. About GTIIT

Guangdong Technion – Israel Institute of Technology (GTIIT) is a Sino-foreign cooperative educational institution located in Shantou, Guangdong Province, China. GTIIT was formally established in 2016 as a result of the unique cooperation between Shantou University (STU) and the Technion – Israel Institute of Technology (the Technion). GTIIT is the first Sino-foreign cooperative university with an independent legal entity to introduce China with Israel's high-quality higher education resources. GTIIT welcomed its first cohort in 2017.

GTIIT is an international level research-oriented university with unique characteristics. Its vision is to become a world-class international university, conducting cutting-edge research in the fields of science and technology. GTIIT is introducing the high-quality educational resources of the Technion, one of the world's top technological institutions. It carries out innovative teaching, cutting-edge research and high-level technology transfer. It cultivates outstanding talents with innovative ability, global vision, and humanistic quality. In 2018, GTIIT was included in the "High-level University Construction Plan" of Guangdong Province, becoming one of the youngest universities selected for this plan.

Starting from 2018, GTIIT has begun to recruit Master’s and PhD students. Both Master’s and PhD degrees adopt an independent enrolment mode, and the enrolment standard is in accordance with the rules and regulation of Technion. Graduate students will be awarded Master's and Doctoral degrees from the Technion.

2. Technion

The Technion - Israel Institute of Technology (Technion), located in Haifa, Israel, is known for its innovative and entrepreneurship culture. It was established in 1912 and is the oldest university in Israel. Since its establishment, the Technion has achieved many scientific and technological innovations. It recruited first-class faculty members and four Nobel Prize winners were its students or faculty members. Technion has been ranked in recent years within top 100 in the Academic Ranking of World Universities (ARWU).

3. Features of GTIIT Graduate Programs

1. Degree awarded by Technion

Master’s and doctoral degrees are awarded by the Technion - Israel Institute of Technology and certified by the Ministry of Education of China.

2. International application

The international admission application system has been adopted. Applicants do not need to take the National Graduate Entrance Examination in China. There are no compulsory requirements in English proficiency test score for candidates in most departments.

3. Dual advisors

A dual-advisors system is implemented. Students will primarily complete their research and studies at GTIIT in Shantou, China. Master’s and doctoral students will reside at least one or two semesters of study and research, respectively, at the Technion in Haifa, Israel.

4. International top faculty recourses

GTIIT recruits world leading international faculty members from top universities and research institutions around the world, ensuring a high level of teaching and research and enabling collaboration and access to a global research community and collaboration.

5. Teaching language

Graduate courses are delivered entirely in English in accordance with the teaching methods and teaching quality assurance system of the Technion. GTIIT provides students with a multi-cultural, interactive, innovative and international learning environment, and is committed to cultivating pioneering leaders and researchers with innovative ability, global vision and humanistic quality.

6. Fellowship & tuition waiver

A generous scholarship is awarded, and tuition fees are waived.

4. Graduate Programs

4.1 Graduate Programs

Materials Science and Engineering

1. Introduction

The objectives of graduate studies are to deepen and expand the basic knowledge of materials science and engineering and to develop capabilities for contending with complex problems that materials engineers encounter in their various spheres of activity.

The Department of Materials Science and Engineering offers several graduate degree programs. These programs are intended for outstanding graduates holding BSc and MSc engineering degrees. Students with a BSc applying for admission to an MSc program will be required to complete additional credit points.

Advanced degree studies involve primarily scientific research. During the course of study students tackle research questions, learn approaches to solving them, acquire hands-on experience using a variety of experimental methodologies, learn how to analyze the results of their experiments and discuss their implications. The emphasis is on independent analytical thinking, keeping abreast of the current literature and gaining familiarity with emerging topics in the various disciplines of materials science and engineering.

Graduate students take advanced courses in topics relating to core subjects and research those topics. They participate in research under the guidance of the senior faculty members and take part in teaching and tutoring assignments in the Department's laboratories.

Graduate students also take part in scientific and engineering research at the Materials Engineering Research Center, which encompasses a wide variety of important and advanced subjects. Some of the current research involves: metals and alloys, ceramics, polymeric and composite materials, electronic materials and thin films, nanocrystalline and amorphous materials, materials for energy conversion and storage, biomineralization and biomimetic crystal growth.

2. Admission Requirements

(1) Master of Science (MSc) in Materials Science and Engineering (with thesis)

BSc with a grade average of at least 80.

(2) Doctor of Philosophy (PhD) in Materials Science and Engineering

MSc graduates who have completed their studies with a grade of 90 or higher (in both average grades and thesis).

Biotechnology and Food Engineering

1. Introduction

The Faculty of Biotechnology and Food Engineering conducts diverse activities that combine engineering-technological research with fundamental knowledge in life sciences. The main research areas include:

Development of methods for producing drugs and food supplements

Controlled drug delivery systems for treating diseases, including cancer and diabetes

Development of optical sensors for detecting pathogenic bacteria in food and water

Development of methods for efficient utilization of waste as a source of renewable energy

Development of "green" disinfection methods to improve food safety

Release of "beneficial" bacteria for various treatments

2. Admission Requirements

(1) Master of Science (MSc) in Biotechnology and Food Engineering (with thesis)

This degree is intended for candidates who completed a four-year Engineering Bachelor's degree with satisfactory grades and fulfill the Technion's general requirements for graduate studies and the Faculty of Biotechnology and Food Engineering Requirements.

Requirements:

A GPA of 84 in a 4-year engineering degree.

The Faculty exception committee will consider and discuss candidates with an average grade of 82-84.

(2) Doctor of Philosophy (PhD) in Biotechnology and Food Engineering

Requirements:

MSc graduates who have completed their studies with a grade of 88 or higher.

Chemical Engineering

1. Introduction

The graduate studies aim is to deepen and expand basic knowledge in Chemical Engineering and foster the ability to handle complex problems. The research and the teaching curriculum cover a wide range of topics including:

Environmental and energy problems

Development of biomedical and chemical systems

Process intensification

Synthesis of nano-materials for adsorption, catalysis, and semi-conductors

Analysis of bio-physical, transport and surface phenomena

Polymer engineering

Advanced computational methodologies and more

The research is aimed at expanding and enriching global knowledge and application in various fields related to Chemical Engineering or other.

2. Admission Requirements

(1) Master of Science (MSc) in Chemical Engineering (with thesis)

The criteria for acceptance require a BSc with a minimum grade point average (GPA) of 83. Acceptance is pendent on the decision of the graduate committee, which considers the applicant's GPA, professional background, success percent in undergraduate studies, relative ranking in the same year and recommendations letters. Candidates with average lower than the acceptance criteria (but not lower the 82) may apply stating their specific reason for consideration. The graduate committee may decide to interview the applicant with respect with the relevant academic background.

(2) Doctor of Philosophy (PhD) in Chemical Engineering

PhD studies focus on research work, while giving the students additional training via courses that expand and enrich their knowledge on topic at the forefront of Chemical Engineering.

Requirements:

Candidates must have an average of at least 85 in their MSc.

The MSc examiners committee's opinion on the candidate's suitability for PhD studies may be considered as a factor in candidate's admission.

Environmental Engineering

1. Introduction

The "environmental engineering" profession focuses on technologies for the reduction of pollution and the prevention of a deterioration in the quality of the human environment, including the oceans, the air and the ground.

"Environmental quality" is a field that addresses reciprocal relations between humans and their natural environment or the environment that they have created themselves.

The field of Environmental Engineering utilizes knowledge and solutions from the following sciences: ecology, atmospheric sciences, earth sciences, chemical engineering, water engineering and more.

2. Admission Requirements

(1) Master of Science (MSc) in Environmental Engineering (with thesis)

Applicants must hold a bachelor's degree in engineering with a minimum GPA of 82.

(2) Master of Science (MSc) in Environmental Quality Sciences (with thesis)

Applicants must hold a bachelor's degree with a minimum GPA of 82.

(3) Doctor of Philosophy (PhD) in Environmental Engineering

Candidates must have an average of at least 85 in their MSc.

Mechanical Engineering

1. Introduction

Of all the fields of engineering, mechanical engineering, and especially at the Technion, is seen as the broadest engineering in terms of the areas of interest studied during the degree as well as in terms of the fields of practice in which the graduate engineers integrate. The technological and scientific challenges, as well as the rapid changes we are experiencing at the local and global level, require all of us to continue to develop in order to continue to be at the forefront, to lead and leave a mark. An advanced degree in mechanical engineering from the Technion, with a long history and global reputation, provides the answer to this.

During the degree, the students receive tools that will allow them to continue to develop on a personal level, identify problems, ask questions and provide innovative and creative solutions to the challenges they face, challenges that, in most cases, seem insoluble. The students experience this personal journey while working in collaboration with researchers and a dynamic research team, in the most advanced research laboratories in the world.

Graduates of an advanced degree in mechanical engineering from the Technion occupy leading positions in industry, both in the field of development and production and in the field of research. Our graduates shape the future of all of us because the best way to predict the future is to create it. Those of the graduates who go on to a doctor's degree are accepted with open arms for post-doctoral positions at the world's leading universities, and then integrate into academia around the world and are at the forefront of global research.

The Faculty of Mechanical Engineering offers master's degree program as well as doctoral degree program. These programs are open to holders of a bachelor's degree (BSc) in engineering and graduates of science faculties (such as mathematics, physics, computer science) from a recognized academic institution.

2. Admission Requirements

(1) Master of Science (MSc) in Mechanical Engineering (with thesis)

Holders of a BSc in mechanical engineering with a grade point average above 82 (this number is updated periodically) with good recommendations may also be accepted to the MSc program.

Holders of other degrees in engineering may be accepted to the graduate program, but will be required to complete several courses from the undergraduate track in mechanical engineering, as determined by the Faculty Graduate Studies Committee.

(2) Doctor of Philosophy (PhD) in Mechanical Engineering

Suitable prior academic achievements (over 90 in the master's degree).

Proven ability to conduct independent research / academic publication.

Physics

1. Introduction

The Technion Physics Department is home to those who seek to unravel the inner workings of the Universe, from tiny subatomic particles to the cosmic horizon at 10 billion light years. The purpose of graduate studies in physics is to shape outstanding students into independent researchers and original, groundbreaking thinkers. Through advanced courses and research under the guidance of faculty members at the forefront of physics research, students are exposed to the excitement and beauty inherent in scientific inquiry. Many of our graduates go on to become visionary leaders in academia and in high-tech, knowledge-intensive industries, both in Israel and around the world.

Among the research fields at the department: astrophysics and cosmology, atomic and molecular physics, biophysics and soft matter physics, complex systems, condensed matter physics, nonlinear optics, plasma physics, and quantum science and technology, etc.

2. Admission Requirements

(1) Master of Science (MSc) in Physics (with thesis)

Applicants must have a GPA of at least 80 from their bachelor degree.

(2) Doctor of Philosophy (PhD) in Physics

Candidates must have an average of at least 85 in their MSc.

Mathematics

1. Introduction

The Faculty of Mathematics offers a pure mathematics track for advanced degrees, designed for outstanding students who aspire to deepen their knowledge and explore the foundations of mathematics. The faculty is distinguished by its pleasant and supportive academic atmosphere, attracting students and researchers from around the world. This creates a dynamic, multicultural community and unique opportunities for collaboration. Furthermore, the faculty provides a challenging and enriching academic environment that prepares its graduates to excel in research, academia, and the global industry.

Through this track, students are exposed to various advanced research fields, including algebra, analysis, geometry, topology, partial differential equations, applied mathematics, mathematical physics, number theory, etc. These fields offer theoretical and practical tools, combining deep mathematical knowledge with solutions to complex problems in science, engineering, and technology.

The academic rigor and diverse research areas offered by the faculty enable graduates to engage in groundbreaking research in academia and secure leading roles in high-tech companies and industries, positioning them as leaders in their fields in Israel and globally.

2. Admission Requirements

(1) Master of Science (MSc) in Mathematics (with thesis)

The main criterion for admission to the MSc program is the completion of a bachelor's degree in mathematics with a grade average of at least 85 in mathematics courses, with an emphasis on second- and third-year core and elective courses from the BSc curriculum in mathematics.

The committee will also consider applications from students with an average between 80 and 85, and may require additional conditions for admission.

(2) Doctor of Philosophy (PhD) in Mathematics

Candidates with a research master's degree from the Technion or from a recognized academic institution from Israel or abroad, whose grade point average and the grade in the thesis do not fall below 85, can submit their candidacy.

Chemistry

1. Introduction

The faculty's research and teaching programs span the full spectrum of disciplines within the chemical sciences, including physical, analytical, inorganic, organic, biochemical and theoretical fields, and maintain strong collaborations with the associated sciences of physics, materials science, biology, biotechnology, nanotechnology and medicine.

State-of-the-art research is a vital part of our academic life. In addition to advancing science and technology, it is a vital tool in the education of our undergraduate and graduate students. Our research program opens wide horizons for those young women and men, enabling them to take part in cutting-edge science, enter new promising fields, and apply hands-on some of the most sophisticated scientific instrumentation available anywhere today.

The graduate program at the Department of Chemistry comprises a two-year M.Sc. program and a four-year PhD program.

2. Admission Requirements

(1) Master of Science (MSc) in Chemistry (with thesis)

Applicants must have a GPA of at least 80 from their bachelor degree.

(2) Doctor of Philosophy (PhD) in Chemistry

Candidates must have an average of at least 85 in their MSc.

*For the specific admission requirements of each program, please scan the following QR code:

4.2 Degree Duration

Normal Period (Full-Time) – M.Sc. Degree: 24 months

Normal Period (Full-Time) – Ph.D. Degree: 48 months for Physics &Chemistry departments, 42 months for all other departments

Direct Ph.D. track: A Master's degree student, who excels both in his/her studies and in his/her research work, could be transferred to the status of a Ph.D. candidate before completing his/her M.Sc. The total duration of the Direct Ph.D. track is 60 months, shorter than the period required to acquire the MSc and PhD separately.

4.3 Application Deadline and enrollment time

M.Sc. Application Deadline:

PhD: Application and enrollment for a PhD program takes place throughout the year.

4.4 Financial Support

1. Fellowship:

MSc: 42,000-54,000 RMB/year

PhD: 60,000-108,000 RMB/year

* The fellowship amount will be increased during residence at Technion.

2. Waived tuition (worth 15,000 USD per year)

3. Subsidized room rental in GTIIT campus

4. Additional compensation is provided for the participation of graduate students in undergraduate courses tutoring.

4.5 Language Requirements

MSc

No strict requirement for IELTS or TOEFL language score (if you have IELTS or TOEFL scores, it is recommended to provide them as a reference). The graduate studies committee will assess students' English proficiency through an interview in English.

Applicants in Mechanical Engineering are required to provide GRE. Applicants can apply for GRE waiver by providing a recommendation letter from the prospective advisor. Applicants for Mechanical Engineering from non-English speaking countries might be required to take a TOEFL test instead.

For the department of Chemistry, applicants might be required to take the GRE, depending upon the decision of the committee following the interview.

PhD

No strict requirement for IELTS or TOEFL language score (if you have IELTS or TOEFL scores, it is recommended to provide them as a reference). The graduate studies committee will assess students' English proficiency through an interview in English.

Applicants for Mechanical Engineering from non-English speaking countries, who are exempt from GRE, might be required to take a TOEFL test instead.

Candidates in most departments can submit three recommendation letters to apply for a GRE exemption (including 1 letter from the Technion future advisor and 1 letter from the Master advisor).

*Candidates who have completed their studies at Technion/GTIIT are exempt from the GRE and language requirement.

4.6 How to Apply

Step 1

Select your graduate program.

Step 2

Finding an advisor at GTIIT prior to registration is a prerequisite. Send your application documents to the faculty member that you are interested in. (List of faculty members: https://sites.gtiit.edu.cn/research/researchers/)

Step 3

Administrative approval, academic evaluation and recommendation to Technion Graduate School will be issued by GTIIT.

Step 4

Complete the online application form and pay the application fee when instructed by Technion Graduate School.

Step 5

Administrative and academic approval will be issued by the Technion.

Step 6

Admission Decision.

* For more details, please search at the following link:

https://sites.gtiit.edu.cn/research/graduate-studies/how-to-apply/

* If you have any question regarding the application, please contact GTIIT Graduate Studies Office: gso@gtiit.edu.cn

4.7 Contact Us

GTIIT Graduate Studies Office

1. Tel: 0754-8807 7092, 0754-8807 7108

2. Email: gso@gtiit.edu.cn

3. Website:

@GTIIT: https://sites.gtiit.edu.cn/research/graduate-studies/

@Technion: https://graduate.technion.ac.il/en/home/

4. Address: 241 Daxue Road, Jinping District, Shantou, Guangdong Province, China

For more details please scan the following QR code to read the brochure of GTIIT Graduate Studies Program:

Text: GTIIT Graduate Studies Office

Photos: GTIIT News & Public Affairs