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Tashkent Institute of Chemical
Technology (TICT) is a leading public higher education institution in
Uzbekistan and Central Asia, offering a comprehensive portfolio of programmes
in engineering, chemical technologies, applied sciences, and economics. The
Institute maintains strong and long-standing collaboration with industry and
plays a significant role in supporting technological innovation and sustainable
industrial development in the region.
TICT’s research teams contribute to
global scientific advancement through interdisciplinary and applied research in
priority areas of science and technology. The Institute is committed to
integrating education, research, and innovation in order to address
contemporary industrial and societal challenges.
Mission
The mission of TICT is to deliver
research-based education aligned with international standards; to generate,
develop and transfer knowledge and innovative technologies for sustainable
development; and to foster an open and creative academic environment that
nurtures talent and future leaders.
With more than a century of academic
tradition in engineering sciences, the Institute combines established
educational practices with modern approaches to meet the challenges of
globalization. TICT continuously enhances its international visibility and academic
quality through strategic cooperation and participation in global initiatives.
International Cooperation and
Partnerships
TICT actively participates in more
than 20 international scientific and educational programmes and maintains over
100 cooperation agreements with higher education institutions worldwide.
Strategic partnerships and joint academic initiatives have been developed with
institutions such as:
University
of Wisconsin–Madison (USA)
University of Copenhagen (Denmark)
University of Cantabria (Spain)
Kazan
Federal University (Russian Federation)
Belarusian State Technological University
Mogilev
State University of Food Technologies
The Institute promotes academic
mobility and international exchange among students and faculty members. Each
year, more than 145 academic staff, researchers, and students participate in
international training programmes, conferences, research visits, and joint
projects abroad.
TICT has successfully implemented
numerous international projects, including Tempus, Erasmus Mundus, Erasmus+,
NATO research initiatives, and British Council programmes, focusing on
curriculum development, quality assurance, doctoral education, and academic
exchange.
Academic Environment and Student
Life
TICT offers high-quality engineering
education supported by modern infrastructure, applied research, and close
cooperation with industry. The Institute emphasizes practical training, career
support, and meaningful student engagement.
Key advantages
include:
High-quality
engineering and technological education
Strong
industry collaboration and employment support
Affordable tuition fees
Modern classrooms and laboratories
Active
student life and extracurricular opportunities
Facilities and Infrastructure
The Institute provides comprehensive
facilities to support academic and student life:
6
academic buildings in Tashkent with 127 classrooms
45 educational laboratories and workshops
7 scientific laboratories and research centers
10 computer laboratories
2 student dormitories (capacity: 500 students)
6 student dining facilities
4 sports complexes
University museum
Through the synergy of advanced
research, high-quality education, strategic international partnerships, and
strong industry engagement, TICT creates an integrated academic ecosystem that
generates knowledge, fosters innovation, and prepares competitive professionals
for the global market.
About Tashkent Institute of Chemical Technology
Tashkent Institute of Chemical
Technology (TICT) is a leading public higher education institution in
Uzbekistan and Central Asia, offering a comprehensive portfolio of programmes
in engineering, chemical technologies, applied sciences, and economics. The
Institute maintains strong and long-standing collaboration with industry and
plays a significant role in supporting technological innovation and sustainable
industrial development in the region.
TICT’s research teams contribute to
global scientific advancement through interdisciplinary and applied research in
priority areas of science and technology. The Institute is committed to
integrating education, research, and innovation in order to address
contemporary industrial and societal challenges.
Mission
The mission of TICT is to deliver
research-based education aligned with international standards; to generate,
develop and transfer knowledge and innovative technologies for sustainable
development; and to foster an open and creative academic environment that
nurtures talent and future leaders.
With more than a century of academic
tradition in engineering sciences, the Institute combines established
educational practices with modern approaches to meet the challenges of
globalization. TICT continuously enhances its international visibility and academic
quality through strategic cooperation and participation in global initiatives.
International Cooperation and
Partnerships
TICT actively participates in more
than 20 international scientific and educational programmes and maintains over
100 cooperation agreements with higher education institutions worldwide.
Strategic partnerships and joint academic initiatives have been developed with
institutions such as:
University
of Wisconsin–Madison (USA)
University of Copenhagen (Denmark)
University of Cantabria (Spain)
Kazan
Federal University (Russian Federation)
Belarusian State Technological University
Mogilev
State University of Food Technologies
The Institute promotes academic
mobility and international exchange among students and faculty members. Each
year, more than 145 academic staff, researchers, and students participate in
international training programmes, conferences, research visits, and joint
projects abroad.
TICT has successfully implemented
numerous international projects, including Tempus, Erasmus Mundus, Erasmus+,
NATO research initiatives, and British Council programmes, focusing on
curriculum development, quality assurance, doctoral education, and academic
exchange.
Academic Environment and Student
Life
TICT offers high-quality engineering
education supported by modern infrastructure, applied research, and close
cooperation with industry. The Institute emphasizes practical training, career
support, and meaningful student engagement.
Key advantages
include:
High-quality
engineering and technological education
Strong
industry collaboration and employment support
Affordable tuition fees
Modern classrooms and laboratories
Active
student life and extracurricular opportunities
Facilities and Infrastructure
The Institute provides comprehensive
facilities to support academic and student life:
6
academic buildings in Tashkent with 127 classrooms
45 educational laboratories and workshops
7 scientific laboratories and research centers
10 computer laboratories
2 student dormitories (capacity: 500 students)
6 student dining facilities
4 sports complexes
University museum
Through the synergy of advanced
research, high-quality education, strategic international partnerships, and
strong industry engagement, TICT creates an integrated academic ecosystem that
generates knowledge, fosters innovation, and prepares competitive professionals
for the global market.
Tashkent Institute of Chemical Technology (TICT) admits students through the national centralised admission system for Uzbek citizens and a dedicated online application process for international applicants. Applications are submitted electronically via the official admission portal.
For local applicants, admission is based on the results of the national entrance examinations conducted in accordance with the regulations of the Cabinet of Ministers of the Republic of Uzbekistan. Applicants select their field of study following the announcement of examination results and are admitted on a competitive basis within the approved state-funded and fee-paying quotas.
International applicants may apply directly through the institute’s online system. Admission decisions are based on academic qualifications, minimum entry requirements, and (where applicable) an institutional admission test or interview. Offer letters are issued electronically, and the institute provides official support letters for visa procedures upon request.
The academic year typically begins in September. Final enrolment is confirmed upon submission of required documents and payment of tuition fees within the established deadlines. For more information, please visit https://tkti.uz/
Cost of Living
Living costs in Tashkent remain moderate by regional standards.
According to Numbeo’s mid-2025 data, Tashkent’s cost-of-living index stands at approximately 26.5 (New York is set at 100). For students of the Tashkent Institute of Chemical Technology (TICT) , the average monthly living expenses range between US$ 380 and US$ 650, depending on the type of accommodation and lifestyle.
Accommodation and utilities
TICT provides on-campus dormitory accommodation in shared rooms (2–4 students). The official dormitory fee is UZS 625 000 per month (approximately US $49–50 ), inclusive of heating, electricity, water, and Wi-Fi. Students who prefer off-campus housing typically rent shared apartments for US $170–230 per month , with utilities averaging US $35–45 when shared.
Food
Students relying mainly on university cafeterias and home cooking spend around US $120–160 per month . Those combining home cooking with occasional dining out should budget US $150–220 .
Transport
A student monthly pass for metro and municipal buses costs approximately US $12 , while the standard fare is UZS 1 700 per trip. Taxi services average UZS 6 000 per kilometer .
Academic materials and connectivity
Most textbooks and journals are accessible through the TICT Information-Resource Centre and digital platforms. Students typically spend around US $30 per semester on stationery and printed materials. Mobile and internet costs range from US $6–12 per month , depending on data usage and accommodation type.
Health, sport, and personal expenses
Basic medical services are available through student clinics at no cost. Access to sports facilities and fitness centres averages US $15–25 per month . Modest leisure and personal spending generally ranges from US $40–90 per month .
Indicative monthly budgets
Based on these benchmarks, typical student budgets are as follows:
Minimal (dormitory accommodation): US $380–420
Comfort (shared apartment): US $550–650
Private studio lifestyle: US $800 or more
All estimates use the May 2025 exchange rate (US $1 ≈ UZS 12 700) and reflect Uzbekistan’s average annual inflation of around 10 % . With prudent budgeting and use of university facilities, most students at TICT report total annual living costs of approximately US $4 500–5 000 , which remains significantly lower than in comparable Eastern European capitals.
Accommodation
$3,790
Food
$1,760
Transport
$130
Utilities
$600
Tuition fees
Domestic
1,130 USD
Domestic (Out of State)
1,200 USD
International
1,200 USD
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Tashkent Institute of Chemical Technology
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89Undergrad & Postgrad Programmes
About Tashkent Institute of Chemical Technology
Tashkent Institute of Chemical Technology (TICT) is a leading public higher education institution in Uzbekistan and Central Asia, offering a comprehensive portfolio of programmes in engineering, chemical technologies, applied sciences, and economics. The Institute maintains strong and long-standing collaboration with industry and plays a significant role in supporting technological innovation and sustainable industrial development in the region.
TICT’s research teams contribute to global scientific advancement through interdisciplinary and applied research in priority areas of science and technology. The Institute is committed to integrating education, research, and innovation in order to address contemporary industrial and societal challenges.
Mission
The mission of TICT is to deliver research-based education aligned with international standards; to generate, develop and transfer knowledge and innovative technologies for sustainable development; and to foster an open and creative academic environment that nurtures talent and future leaders.
With more than a century of academic tradition in engineering sciences, the Institute combines established educational practices with modern approaches to meet the challenges of globalization. TICT continuously enhances its international visibility and academic quality through strategic cooperation and participation in global initiatives.
International Cooperation and Partnerships
TICT actively participates in more than 20 international scientific and educational programmes and maintains over 100 cooperation agreements with higher education institutions worldwide. Strategic partnerships and joint academic initiatives have been developed with institutions such as:
The Institute promotes academic mobility and international exchange among students and faculty members. Each year, more than 145 academic staff, researchers, and students participate in international training programmes, conferences, research visits, and joint projects abroad.
TICT has successfully implemented numerous international projects, including Tempus, Erasmus Mundus, Erasmus+, NATO research initiatives, and British Council programmes, focusing on curriculum development, quality assurance, doctoral education, and academic exchange.
Academic Environment and Student Life
TICT offers high-quality engineering education supported by modern infrastructure, applied research, and close cooperation with industry. The Institute emphasizes practical training, career support, and meaningful student engagement.
Key advantages include:
Facilities and Infrastructure
The Institute provides comprehensive facilities to support academic and student life:
Through the synergy of advanced research, high-quality education, strategic international partnerships, and strong industry engagement, TICT creates an integrated academic ecosystem that generates knowledge, fosters innovation, and prepares competitive professionals for the global market.
About Tashkent Institute of Chemical Technology
Tashkent Institute of Chemical Technology (TICT) is a leading public higher education institution in Uzbekistan and Central Asia, offering a comprehensive portfolio of programmes in engineering, chemical technologies, applied sciences, and economics. The Institute maintains strong and long-standing collaboration with industry and plays a significant role in supporting technological innovation and sustainable industrial development in the region.
TICT’s research teams contribute to global scientific advancement through interdisciplinary and applied research in priority areas of science and technology. The Institute is committed to integrating education, research, and innovation in order to address contemporary industrial and societal challenges.
Mission
The mission of TICT is to deliver research-based education aligned with international standards; to generate, develop and transfer knowledge and innovative technologies for sustainable development; and to foster an open and creative academic environment that nurtures talent and future leaders.
With more than a century of academic tradition in engineering sciences, the Institute combines established educational practices with modern approaches to meet the challenges of globalization. TICT continuously enhances its international visibility and academic quality through strategic cooperation and participation in global initiatives.
International Cooperation and Partnerships
TICT actively participates in more than 20 international scientific and educational programmes and maintains over 100 cooperation agreements with higher education institutions worldwide. Strategic partnerships and joint academic initiatives have been developed with institutions such as:
The Institute promotes academic mobility and international exchange among students and faculty members. Each year, more than 145 academic staff, researchers, and students participate in international training programmes, conferences, research visits, and joint projects abroad.
TICT has successfully implemented numerous international projects, including Tempus, Erasmus Mundus, Erasmus+, NATO research initiatives, and British Council programmes, focusing on curriculum development, quality assurance, doctoral education, and academic exchange.
Academic Environment and Student Life
TICT offers high-quality engineering education supported by modern infrastructure, applied research, and close cooperation with industry. The Institute emphasizes practical training, career support, and meaningful student engagement.
Key advantages include:
Facilities and Infrastructure
The Institute provides comprehensive facilities to support academic and student life:
Through the synergy of advanced research, high-quality education, strategic international partnerships, and strong industry engagement, TICT creates an integrated academic ecosystem that generates knowledge, fosters innovation, and prepares competitive professionals for the global market.
Available programmes
Business and Management (4)
Business management
Business management
Economy
Economy
Human resource management
Human resource management
Logistics
Logistics
Management
Management
Management
Management
Marketing
Marketing
Marketing
Marketing
Metrology and standardization
Metrology and standardization
Metrology and standardization
Metrology and standardization
Engineering and Technology (4)
Automation of technological processes and production
Automation of technological processes and production
Automation of technological processes and production
Automation of technological processes and production
Chemical engineering
Chemical engineering
Chemical engineering
Chemical engineering
Deep gas processing technology
Deep gas processing technology
Deep gas processing technology
Deep gas processing technology
Energy engineering
Energy engineering
Energy engineering
Energy engineering
Food technology
Food technology
Food technology
Food technology
Food technology (Evening education)
Food technology (Evening education)
Information systems and technologies
Information systems and technologies
Information systems and technologies
Information systems and technologies
Labor protection and technical safety
Labor protection and technical safety
Labor protection and technical safety
Labor protection and technical safety
Materials science
Materials science
Materials science
Materials science
Oil and gas engineering
Oil and gas engineering
Oil and oil-gas processing technology
Oil and oil-gas processing technology
Oil and oil-gas processing technology
Oil and oil-gas processing technology
Technological machines and equipment
Technological machines and equipment
Technological machines and equipment
Technological machines and equipment
Technological machines and equipment (Evening education)
Technological machines and equipment (Evening education)
Technological machines and equipment: woodworking technology
Technological machines and equipment: woodworking technology
Technology of cultivation and processing of medicinal plants
Technology of cultivation and processing of medicinal plants
Technology of perfumery and cosmetic products
Technology of perfumery and cosmetic products
Technology of perfumery and cosmetic products
Technology of perfumery and cosmetic products
Technology of storage and processing of agricultural products
Technology of storage and processing of agricultural products
Life Sciences and Medicine (4)
Biotechnology
Biotechnology
Biotechnology
Biotechnology
Fruit and vegetable growing and viticulture
Fruit and vegetable growing and viticulture
Fruit and vegetable growing and viticulture
Fruit and vegetable growing and viticulture
Natural Sciences (4)
Ecology and environmental protection
Ecology and environmental protection
Ecology and environmental protection
Ecology and environmental protection
Life safety
Life safety
Business and Management (4)
Management
Management
Marketing
Marketing
Metrology, standardization and quality management
Metrology, standardization and quality management
Project management
Project management
Engineering and Technology (4)
Automation of technological processes and production
Automation of technological processes and production
Chemical technology
Chemical technology
Chemical technology processes and apparatus
Chemical technology processes and apparatus
Environmental engineering
Environmental engineering
Food industry machines and aggregates
Food industry machines and aggregates
Food technology
Food technology
Machines and equipment of chemical industry and building materials enterprises
Machines and equipment of chemical industry and building materials enterprises
Materials science and materials technology
Materials science and materials technology
Oil and gas chemistry and technology
Oil and gas chemistry and technology
Oil and gas industry machines and equipment
Oil and gas industry machines and equipment
Oil and oil-gas processing technology
Oil and oil-gas processing technology
Product safety and certification
Product safety and certification
Technology and processes of cellulose and paper production
Technology and processes of cellulose and paper production
Technology of catalysts and adsorbents
Technology of catalysts and adsorbents
Life Sciences and Medicine (4)
Biotechnology
Biotechnology
Viticulture and winemaking
Viticulture and winemaking
Natural Sciences (4)
Environmental protection
Environmental protection
Food safety
Food safety
Woodworking technology and wood science
Woodworking technology and wood science
Arts and Humanities (5)
Philosophy of consciousness, culture and forms of practice
Philosophy of consciousness, culture and forms of practice
Social philosophy
Social philosophy
Business and Management (5)
Industrial economics
Industrial economics
Management
Management
Marketing
Marketing
Standardization and product quality management
Standardization and product quality management
Engineering and Technology (5)
Automation and control of technological processes and production
Automation and control of technological processes and production
Chemical technology and food production processes and apparatus
Chemical technology and food production processes and apparatus
Chemistry and technology of cellulose and cellulose-paper production
Chemistry and technology of cellulose and cellulose-paper production
Mechanics of deformable solid
Mechanics of deformable solid
Oil and gas chemistry and technology
Oil and gas chemistry and technology
Soil and rock mechanics
Soil and rock mechanics
Technological machines. Robots, mechatronics and robotics systems
Technological machines. Robots, mechatronics and robotics systems
Technology and biotechnology of processing, storage and processing of agricultural and food products
Technology and biotechnology of processing, storage and processing of agricultural and food products
Technology of organic substances and materials based on them
Technology of organic substances and materials based on them
Technology of silicate and refractory mirror materials
Technology of silicate and refractory mirror materials
Natural Sciences (5)
Commodity chemistry
Commodity chemistry
Environmental protection and rational use of natural resources
Environmental protection and rational use of natural resources
Mathematical modeling. A set of numerical methods and programs
Mathematical modeling. A set of numerical methods and programs
Social Sciences and Management (5)
Political institutions, processes and technologies
Political institutions, processes and technologies
Theory and methodology of vocational education
Theory and methodology of vocational education
General
Bachelor
Master
Cost of Living
Living costs in Tashkent remain moderate by regional standards.
According to Numbeo’s mid-2025 data, Tashkent’s cost-of-living index stands at approximately 26.5 (New York is set at 100). For students of the Tashkent Institute of Chemical Technology (TICT) , the average monthly living expenses range between US$ 380 and US$ 650, depending on the type of accommodation and lifestyle.
Accommodation and utilities
TICT provides on-campus dormitory accommodation in shared rooms (2–4 students). The official dormitory fee is UZS 625 000 per month (approximately US $49–50 ), inclusive of heating, electricity, water, and Wi-Fi. Students who prefer off-campus housing typically rent shared apartments for US $170–230 per month , with utilities averaging US $35–45 when shared.
Food
Students relying mainly on university cafeterias and home cooking spend around US $120–160 per month . Those combining home cooking with occasional dining out should budget US $150–220 .
Transport
A student monthly pass for metro and municipal buses costs approximately US $12 , while the standard fare is UZS 1 700 per trip. Taxi services average UZS 6 000 per kilometer .
Academic materials and connectivity
Most textbooks and journals are accessible through the TICT Information-Resource Centre and digital platforms. Students typically spend around US $30 per semester on stationery and printed materials. Mobile and internet costs range from US $6–12 per month , depending on data usage and accommodation type.
Health, sport, and personal expenses
Basic medical services are available through student clinics at no cost. Access to sports facilities and fitness centres averages US $15–25 per month . Modest leisure and personal spending generally ranges from US $40–90 per month .
Indicative monthly budgets
Based on these benchmarks, typical student budgets are as follows:
Minimal (dormitory accommodation): US $380–420
Comfort (shared apartment): US $550–650
Private studio lifestyle: US $800 or more
All estimates use the May 2025 exchange rate (US $1 ≈ UZS 12 700) and reflect Uzbekistan’s average annual inflation of around 10 % . With prudent budgeting and use of university facilities, most students at TICT report total annual living costs of approximately US $4 500–5 000 , which remains significantly lower than in comparable Eastern European capitals.
Accommodation
Food
Transport
Utilities
Tuition fees
Domestic
Domestic (Out of State)
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
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Scholarships to study abroad
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Scholarship Applications: Frequently Asked Questions
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