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Program
Description – Process Automation Engineering (050634)
The Process
Automation Engineering Bachelor Program (050634) is aimed at training
professionals who will be able to manage the entire automation project life
cycle for industrial processes comprehensively, where the aspects of planning,
designing, optimizing, and implementing are incorporated. The program is
characterized by the wisdom of many disciplines, like control systems,
electronics, programming, measurement technologies, industrial communication
networks, microprocessor systems, robotics, and modern SCADA/PLC platforms. The
study synchronizes with the national higher education structure of Azerbaijan
and corresponds to the current needs of the industry, which are digitalization
and Industry 4.0 that push the change of skills and knowledge in the area.
The
four-year program is composed of 240 ECTS credits, which consist of theoretical
coursework, laboratory practice, interdisciplinary projects, and compulsory
industrial internships. Students first gain strong knowledge in math, physics,
chemistry, computer science, and engineering basics, and then go on
progressively to applied subjects like automatic control theory, digital and
analog electronics, microcontrollers, industrial sensors and actuators, process
modeling & simulation, mechatronics, data acquisition systems, smart
control technologies, and industrial automation software.
The teaching
methodology is problem-based learning, laboratory instruction, project work,
simulation tools, and research along with industrial case studies, thus
ensuring a proper mix of theory and practical application. Students will
cultivate skills in teamwork, communication, analytical reasoning, creativity,
and innovation, which are all marked as crucial in the modern engineering
field.
Program
Objectives
The program
aims to:
- Prepare
skilled engineers capable of developing automated systems for industrial
environments.
- Provide
theoretical and practical knowledge in automation, electronics, and control
engineering.
- Train
students to design, simulate, implement, and maintain modern industrial control
solutions.
- Enable
graduates to adopt lifelong learning, innovation, and technological adaptation.
- Support
integration of digital technologies into industrial processes according to
international standards.
Key Learning
Outcomes
Upon
completion of the program, graduates will be able to:
General
Competencies
- Communicate
effectively in Azerbaijani and at least one foreign language.
- Work
collaboratively in engineering teams and manage project responsibilities.
- Apply
critical thinking, problem-solving, and analytical judgement in engineering
tasks.
- Use ICT
tools and professional software effectively in technical processes.
- Demonstrate
ethical responsibility, environmental awareness, and professional integrity.
Professional
Competencies
- Apply
mathematical and physical principles in modeling and solving engineering
problems.
- Design
analog/digital electronic circuits and understand electronic component
behavior.
- Develop
automation systems using PLCs, industrial sensors, actuators, and embedded
systems.
- Configure
and program control systems using Siemens, Schneider Electric, MOELLER, and
similar platforms.
- Model and
simulate control systems via MATLAB/Simulink, LabVIEW, and SCADA systems.
- Implement
industrial communication protocols (ASi, HART, Profibus, Modbus, etc.).
- Perform
diagnostics, maintenance, safety control, and fault elimination in industrial
systems.
- Integrate
smart & web technologies into industrial monitoring and control processes.
Program
Structure
ComponentCredits
General Education Courses 24 ECTS Core/Professional Courses 120 ECTS Elective
Courses: As required Industrial Practice & Internship Included Final
Graduation Thesis Included Total Program Load: 240 ECTS (4 years)
Students
engage in laboratory work, simulation tasks, semester projects, design
assignments, and real manufacturing cases throughout the program.
Facilities
& Learning Environment
Students
benefit from:
- Modern
laboratories for electronics, automation, measurement systems, and robotics
- Access to
industrial-grade controllers, microprocessor hardware, and SCADA platforms
- Software
environments such as C++, MATLAB/Simulink, AutoCAD, and LabVIEW
- Internship
opportunities in industry, research centers, and partner companies
- Digital
learning resources, electronic libraries, and distance-learning support
Career Opportunities
Graduates
can work in a wide range of sectors, including
- Oil &
Gas Industry
- Petrochemical
& Chemical Production
- Energy
& Power Systems
- Manufacturing
& Production Plants
- Robotics
and Mechatronic Systems
- Automotive,
Aviation, and Transport
- Smart
agriculture and IoT-based industries
- Research,
R&D Laboratories, and Engineering Services
Possible job
roles include:
- Automation
Engineer
- Industrial Control Engineer
- Instrumentation & Measurement Specialist
- PLC/SCADA Programmer
- Process Control Analyst
- Maintenance & Reliability Engineer
- R&D and Technical Consultant
Graduates
may continue with master's or PhD studies in related engineering fields.
Why Choose
This Program?
- Curriculum
aligned with modern industry and industry 4.0 trends
- Practice-oriented education with real equipment and simulation tools
- Opportunity for research participation and technology development
- High employability in national and international engineering sectors
Programme overview
Main Subject
Engineering - General
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Program
Description – Process Automation Engineering (050634)
The Process
Automation Engineering Bachelor Program (050634) is aimed at training
professionals who will be able to manage the entire automation project life
cycle for industrial processes comprehensively, where the aspects of planning,
designing, optimizing, and implementing are incorporated. The program is
characterized by the wisdom of many disciplines, like control systems,
electronics, programming, measurement technologies, industrial communication
networks, microprocessor systems, robotics, and modern SCADA/PLC platforms. The
study synchronizes with the national higher education structure of Azerbaijan
and corresponds to the current needs of the industry, which are digitalization
and Industry 4.0 that push the change of skills and knowledge in the area.
The
four-year program is composed of 240 ECTS credits, which consist of theoretical
coursework, laboratory practice, interdisciplinary projects, and compulsory
industrial internships. Students first gain strong knowledge in math, physics,
chemistry, computer science, and engineering basics, and then go on
progressively to applied subjects like automatic control theory, digital and
analog electronics, microcontrollers, industrial sensors and actuators, process
modeling & simulation, mechatronics, data acquisition systems, smart
control technologies, and industrial automation software.
The teaching
methodology is problem-based learning, laboratory instruction, project work,
simulation tools, and research along with industrial case studies, thus
ensuring a proper mix of theory and practical application. Students will
cultivate skills in teamwork, communication, analytical reasoning, creativity,
and innovation, which are all marked as crucial in the modern engineering
field.
Program
Objectives
The program
aims to:
- Prepare
skilled engineers capable of developing automated systems for industrial
environments.
- Provide
theoretical and practical knowledge in automation, electronics, and control
engineering.
- Train
students to design, simulate, implement, and maintain modern industrial control
solutions.
- Enable
graduates to adopt lifelong learning, innovation, and technological adaptation.
- Support
integration of digital technologies into industrial processes according to
international standards.
Key Learning
Outcomes
Upon
completion of the program, graduates will be able to:
General
Competencies
- Communicate
effectively in Azerbaijani and at least one foreign language.
- Work
collaboratively in engineering teams and manage project responsibilities.
- Apply
critical thinking, problem-solving, and analytical judgement in engineering
tasks.
- Use ICT
tools and professional software effectively in technical processes.
- Demonstrate
ethical responsibility, environmental awareness, and professional integrity.
Professional
Competencies
- Apply
mathematical and physical principles in modeling and solving engineering
problems.
- Design
analog/digital electronic circuits and understand electronic component
behavior.
- Develop
automation systems using PLCs, industrial sensors, actuators, and embedded
systems.
- Configure
and program control systems using Siemens, Schneider Electric, MOELLER, and
similar platforms.
- Model and
simulate control systems via MATLAB/Simulink, LabVIEW, and SCADA systems.
- Implement
industrial communication protocols (ASi, HART, Profibus, Modbus, etc.).
- Perform
diagnostics, maintenance, safety control, and fault elimination in industrial
systems.
- Integrate
smart & web technologies into industrial monitoring and control processes.
Program
Structure
ComponentCredits
General Education Courses 24 ECTS Core/Professional Courses 120 ECTS Elective
Courses: As required Industrial Practice & Internship Included Final
Graduation Thesis Included Total Program Load: 240 ECTS (4 years)
Students
engage in laboratory work, simulation tasks, semester projects, design
assignments, and real manufacturing cases throughout the program.
Facilities
& Learning Environment
Students
benefit from:
- Modern
laboratories for electronics, automation, measurement systems, and robotics
- Access to
industrial-grade controllers, microprocessor hardware, and SCADA platforms
- Software
environments such as C++, MATLAB/Simulink, AutoCAD, and LabVIEW
- Internship
opportunities in industry, research centers, and partner companies
- Digital
learning resources, electronic libraries, and distance-learning support
Career Opportunities
Graduates
can work in a wide range of sectors, including
- Oil &
Gas Industry
- Petrochemical
& Chemical Production
- Energy
& Power Systems
- Manufacturing
& Production Plants
- Robotics
and Mechatronic Systems
- Automotive,
Aviation, and Transport
- Smart
agriculture and IoT-based industries
- Research,
R&D Laboratories, and Engineering Services
Possible job
roles include:
- Automation
Engineer
- Industrial Control Engineer
- Instrumentation & Measurement Specialist
- PLC/SCADA Programmer
- Process Control Analyst
- Maintenance & Reliability Engineer
- R&D and Technical Consultant
Graduates
may continue with master's or PhD studies in related engineering fields.
Why Choose
This Program?
- Curriculum
aligned with modern industry and industry 4.0 trends
- Practice-oriented education with real equipment and simulation tools
- Opportunity for research participation and technology development
- High employability in national and international engineering sectors
Admission Requirements
250+
65+
5.5+
NSU is a leading higher education institution that offers modern knowledge, international-level education, and development opportunities for students. The admission process is organized in accordance with the legislation of the Republic of Azerbaijan and is open to both local and international students.
General Admission Requirements
1. Educational Qualifications:
- Undergraduate Programs: Applicants must hold a high school diploma.
- Graduate Programs: A relevant bachelor’s degree is required.
- Doctoral Programs: A master’s degree is required for admission.
2. Language Proficiency:
- If the program is taught in Azerbaijani, applicants must demonstrate proficiency in the language.
- For international students, preparatory language courses are available.
- Applicants must present an IELTS score of at least 5.5 or a TOEFL score of at least 65. If these certificates are not available, the university conducts an internal language proficiency test.
Required Documents
Applicants are required to submit the following documents:
- Completed application form.
- Academic transcripts and diplomas (notarized copies).
- A valid passport or ID card (notarized copy).
- Health certificate.
- Six (6) passport-sized photos (3x4 cm).
Admission Process
1. Submission of Documents: Applicants must submit all required documents within the specified timeframe.
2. Language or Academic Assessment: The university’s specialists evaluate language proficiency, and in some cases, applicants may need to pass an interview or an entrance exam.
3. Results Announcement: Admission results are officially announced on the university's website.
Tuition Fees
Tuition fees vary depending on the program level and field of study. Specific tuition fee structures for international students are available on the university’s official website.
Accommodation and Scholarships
- Accommodation: Dormitory facilities are provided for international students.
- Scholarship Opportunities: Students with outstanding academic achievements can apply for various scholarship programs.
Additional Information
- NSU is internationally recognized and collaborates with universities and institutions worldwide.
- Students are offered numerous opportunities for academic, scientific, and social development.
Why Choose Nakhchivan State University?
- High-Quality Education: NSU offers a modern curriculum taught by experienced faculty.
- Global Recognition: Degrees awarded by NSU are recognized internationally.
- State-of-the-Art Facilities: Students have access to modern labs, libraries, and research centers.
- International Opportunities: Exchange programs and partnerships with global institutions enhance the learning experience.
For more details, visit the official website of Nakhchivan State University: https://ndu.edu.az/secimtelebe
31 Aug 2026
4 Years
Sep
Candidates are required to submit references or letter(s) of recommendation for acceptance
Tuition fees
Domestic
0 USD
Domestic (Out of State)
0 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:
Academic Qualifications:
- A high school diploma or a secondary education certificate equivalent to it is required for application.
- A strong academic background is preferred, especially in areas relevant to engineering and process automation, including:
- Advanced Mathematics (algebra, geometry, …)
- Physics (mechanics, electricity & magnetism, …)
- Information Technology & Programming Basics
- Applicants may submit scores from internationally recognized tests such as IELTS or TOEFL.
- Alternatively, applicants without such certificates may take the NDU-administered English Language Proficiency Test.
Additional Documents:
Applicants must submit the following along with the completed application form:
- Official academic transcripts (secondary education records)
- Valid state ID or passport (proof of identity)
- Any additional documents requested by the NDU Admissions Committee, such as:
- Personal Statement
- Letters of Recommendation
Yes. The Process Automation Engineering program integrates hands-on practical experience throughout the course of study. Students participate in laboratory sessions, applied engineering projects, simulation-based activities, and industry-focused coursework to ensure real-world technical competency.
In addition to academic training, the program includes a mandatory industrial internship/practicum, typically conducted in relevant sectors such as oil and gas, petrochemicals, energy, manufacturing, or automation technology companies. During the internship, students gain professional experience working with industrial equipment, PLC/SCADA environments, measurement systems, and process control applications under expert supervision.
This practical component strengthens students’ technical skill sets, enhances employability, and helps them transition effectively into professional engineering roles after graduation.
Graduates of the Process Automation Engineering program are equipped to work in a wide range of industrial and technological sectors. Their interdisciplinary training in control systems, electronics, programming, and industrial automation enables them to take on technical, operational, and engineering roles in both local and international industries.
Typical employment sectors include:
- Oil & Gas and Petrochemical Industries
- Energy Generation & Power Distribution
- Manufacturing & Production Automation
- Mining and Metallurgical Plants
- Robotics and Mechatronic Systems
- Automotive, Aerospace & Transport Technologies
- Industrial Instrumentation & Control Services
- Smart Systems, IoT Solutions & Digital Industry (Industry 4.0)
- Engineering Research, R&D Centers, and Technology Startups
Possible job titles for graduates:
- Automation Engineer
- Control Systems Engineer
- Instrumentation and Measurement Specialist
- PLC/SCADA Programmer
- Process Monitoring & Optimization Engineer
The main services are as follows:
1. Orientation Sessions: NSU offers orientation activities to the students to facilitate their understanding of university life and their adaptation to the local culture.
2. Language Assistance: The courses of English and the internal assessments in the language are there for the students to improve their language proficiency.
3. Academic Advising: Individualized counsel from professors and advisors guarantees that the students remain on the right path with their education.
4. Housing Guidance: The university assists students in finding proper housing that is suitable for them, whether on or off-campus.
5. Social and Cultural Events: NSU holds a variety of events and activities to help students make connections and feel like they belong.
6. Health Services: The provision of access to medical services takes care of the students' health and hence their well-being during their study abroad.
The program follows a 4-year / 240 ECTS structure, combining theory, laboratory practice, and industry-oriented training. Students complete courses in mathematics, physics, electronics, control systems, PLC/SCADA, programming, and process automation technologies, along with semester projects and a final thesis.
Assessment is carried out through exams, lab work, project assignments, presentations, and performance evaluation during the mandatory industrial internship. This balanced structure ensures both technical knowledge and practical engineering skills.
Process Automation Engineering
AZ, Nakhchivan, Azerbaijan
48 monthsProgramme duration
1,200 USDTuition Fee/year
31 Aug, 2026Application Deadline
SepStarting Month
Programme overview
Main Subject
Engineering - General
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Program Description – Process Automation Engineering (050634)
The Process Automation Engineering Bachelor Program (050634) is aimed at training professionals who will be able to manage the entire automation project life cycle for industrial processes comprehensively, where the aspects of planning, designing, optimizing, and implementing are incorporated. The program is characterized by the wisdom of many disciplines, like control systems, electronics, programming, measurement technologies, industrial communication networks, microprocessor systems, robotics, and modern SCADA/PLC platforms. The study synchronizes with the national higher education structure of Azerbaijan and corresponds to the current needs of the industry, which are digitalization and Industry 4.0 that push the change of skills and knowledge in the area.
The four-year program is composed of 240 ECTS credits, which consist of theoretical coursework, laboratory practice, interdisciplinary projects, and compulsory industrial internships. Students first gain strong knowledge in math, physics, chemistry, computer science, and engineering basics, and then go on progressively to applied subjects like automatic control theory, digital and analog electronics, microcontrollers, industrial sensors and actuators, process modeling & simulation, mechatronics, data acquisition systems, smart control technologies, and industrial automation software.
The teaching methodology is problem-based learning, laboratory instruction, project work, simulation tools, and research along with industrial case studies, thus ensuring a proper mix of theory and practical application. Students will cultivate skills in teamwork, communication, analytical reasoning, creativity, and innovation, which are all marked as crucial in the modern engineering field.
Program Objectives
The program aims to:
- Prepare skilled engineers capable of developing automated systems for industrial environments.
- Provide theoretical and practical knowledge in automation, electronics, and control engineering.
- Train students to design, simulate, implement, and maintain modern industrial control solutions.
- Enable graduates to adopt lifelong learning, innovation, and technological adaptation.
- Support integration of digital technologies into industrial processes according to international standards.
Key Learning Outcomes
Upon completion of the program, graduates will be able to:
General Competencies
- Communicate effectively in Azerbaijani and at least one foreign language.
- Work collaboratively in engineering teams and manage project responsibilities.
- Apply critical thinking, problem-solving, and analytical judgement in engineering tasks.
- Use ICT tools and professional software effectively in technical processes.
- Demonstrate ethical responsibility, environmental awareness, and professional integrity.
Professional Competencies
- Apply mathematical and physical principles in modeling and solving engineering problems.
- Design analog/digital electronic circuits and understand electronic component behavior.
- Develop automation systems using PLCs, industrial sensors, actuators, and embedded systems.
- Configure and program control systems using Siemens, Schneider Electric, MOELLER, and similar platforms.
- Model and simulate control systems via MATLAB/Simulink, LabVIEW, and SCADA systems.
- Implement industrial communication protocols (ASi, HART, Profibus, Modbus, etc.).
- Perform diagnostics, maintenance, safety control, and fault elimination in industrial systems.
- Integrate smart & web technologies into industrial monitoring and control processes.
Program Structure
ComponentCredits General Education Courses 24 ECTS Core/Professional Courses 120 ECTS Elective Courses: As required Industrial Practice & Internship Included Final Graduation Thesis Included Total Program Load: 240 ECTS (4 years)
Students engage in laboratory work, simulation tasks, semester projects, design assignments, and real manufacturing cases throughout the program.
Facilities & Learning Environment
Students benefit from:
- Modern laboratories for electronics, automation, measurement systems, and robotics
- Access to industrial-grade controllers, microprocessor hardware, and SCADA platforms
- Software environments such as C++, MATLAB/Simulink, AutoCAD, and LabVIEW
- Internship opportunities in industry, research centers, and partner companies
- Digital learning resources, electronic libraries, and distance-learning support
Career Opportunities
Graduates can work in a wide range of sectors, including
- Oil & Gas Industry
- Petrochemical & Chemical Production
- Energy & Power Systems
- Manufacturing & Production Plants
- Robotics and Mechatronic Systems
- Automotive, Aviation, and Transport
- Smart agriculture and IoT-based industries
- Research, R&D Laboratories, and Engineering Services
Possible job roles include:
- Automation Engineer
- Industrial Control Engineer
- Instrumentation & Measurement Specialist
- PLC/SCADA Programmer
- Process Control Analyst
- Maintenance & Reliability Engineer
- R&D and Technical Consultant
Graduates may continue with master's or PhD studies in related engineering fields.
Why Choose This Program?
- Curriculum aligned with modern industry and industry 4.0 trends
- Practice-oriented education with real equipment and simulation tools
- Opportunity for research participation and technology development
- High employability in national and international engineering sectors
Programme overview
Main Subject
Engineering - General
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Program Description – Process Automation Engineering (050634)
The Process Automation Engineering Bachelor Program (050634) is aimed at training professionals who will be able to manage the entire automation project life cycle for industrial processes comprehensively, where the aspects of planning, designing, optimizing, and implementing are incorporated. The program is characterized by the wisdom of many disciplines, like control systems, electronics, programming, measurement technologies, industrial communication networks, microprocessor systems, robotics, and modern SCADA/PLC platforms. The study synchronizes with the national higher education structure of Azerbaijan and corresponds to the current needs of the industry, which are digitalization and Industry 4.0 that push the change of skills and knowledge in the area.
The four-year program is composed of 240 ECTS credits, which consist of theoretical coursework, laboratory practice, interdisciplinary projects, and compulsory industrial internships. Students first gain strong knowledge in math, physics, chemistry, computer science, and engineering basics, and then go on progressively to applied subjects like automatic control theory, digital and analog electronics, microcontrollers, industrial sensors and actuators, process modeling & simulation, mechatronics, data acquisition systems, smart control technologies, and industrial automation software.
The teaching methodology is problem-based learning, laboratory instruction, project work, simulation tools, and research along with industrial case studies, thus ensuring a proper mix of theory and practical application. Students will cultivate skills in teamwork, communication, analytical reasoning, creativity, and innovation, which are all marked as crucial in the modern engineering field.
Program Objectives
The program aims to:
- Prepare skilled engineers capable of developing automated systems for industrial environments.
- Provide theoretical and practical knowledge in automation, electronics, and control engineering.
- Train students to design, simulate, implement, and maintain modern industrial control solutions.
- Enable graduates to adopt lifelong learning, innovation, and technological adaptation.
- Support integration of digital technologies into industrial processes according to international standards.
Key Learning Outcomes
Upon completion of the program, graduates will be able to:
General Competencies
- Communicate effectively in Azerbaijani and at least one foreign language.
- Work collaboratively in engineering teams and manage project responsibilities.
- Apply critical thinking, problem-solving, and analytical judgement in engineering tasks.
- Use ICT tools and professional software effectively in technical processes.
- Demonstrate ethical responsibility, environmental awareness, and professional integrity.
Professional Competencies
- Apply mathematical and physical principles in modeling and solving engineering problems.
- Design analog/digital electronic circuits and understand electronic component behavior.
- Develop automation systems using PLCs, industrial sensors, actuators, and embedded systems.
- Configure and program control systems using Siemens, Schneider Electric, MOELLER, and similar platforms.
- Model and simulate control systems via MATLAB/Simulink, LabVIEW, and SCADA systems.
- Implement industrial communication protocols (ASi, HART, Profibus, Modbus, etc.).
- Perform diagnostics, maintenance, safety control, and fault elimination in industrial systems.
- Integrate smart & web technologies into industrial monitoring and control processes.
Program Structure
ComponentCredits General Education Courses 24 ECTS Core/Professional Courses 120 ECTS Elective Courses: As required Industrial Practice & Internship Included Final Graduation Thesis Included Total Program Load: 240 ECTS (4 years)
Students engage in laboratory work, simulation tasks, semester projects, design assignments, and real manufacturing cases throughout the program.
Facilities & Learning Environment
Students benefit from:
- Modern laboratories for electronics, automation, measurement systems, and robotics
- Access to industrial-grade controllers, microprocessor hardware, and SCADA platforms
- Software environments such as C++, MATLAB/Simulink, AutoCAD, and LabVIEW
- Internship opportunities in industry, research centers, and partner companies
- Digital learning resources, electronic libraries, and distance-learning support
Career Opportunities
Graduates can work in a wide range of sectors, including
- Oil & Gas Industry
- Petrochemical & Chemical Production
- Energy & Power Systems
- Manufacturing & Production Plants
- Robotics and Mechatronic Systems
- Automotive, Aviation, and Transport
- Smart agriculture and IoT-based industries
- Research, R&D Laboratories, and Engineering Services
Possible job roles include:
- Automation Engineer
- Industrial Control Engineer
- Instrumentation & Measurement Specialist
- PLC/SCADA Programmer
- Process Control Analyst
- Maintenance & Reliability Engineer
- R&D and Technical Consultant
Graduates may continue with master's or PhD studies in related engineering fields.
Why Choose This Program?
- Curriculum aligned with modern industry and industry 4.0 trends
- Practice-oriented education with real equipment and simulation tools
- Opportunity for research participation and technology development
- High employability in national and international engineering sectors
Admission Requirements
NSU is a leading higher education institution that offers modern knowledge, international-level education, and development opportunities for students. The admission process is organized in accordance with the legislation of the Republic of Azerbaijan and is open to both local and international students.
General Admission Requirements
1. Educational Qualifications:
- Undergraduate Programs: Applicants must hold a high school diploma.
- Graduate Programs: A relevant bachelor’s degree is required.
- Doctoral Programs: A master’s degree is required for admission.
2. Language Proficiency:
- If the program is taught in Azerbaijani, applicants must demonstrate proficiency in the language.
- For international students, preparatory language courses are available.
- Applicants must present an IELTS score of at least 5.5 or a TOEFL score of at least 65. If these certificates are not available, the university conducts an internal language proficiency test.
Required Documents
Applicants are required to submit the following documents:
- Completed application form.
- Academic transcripts and diplomas (notarized copies).
- A valid passport or ID card (notarized copy).
- Health certificate.
- Six (6) passport-sized photos (3x4 cm).
Admission Process
1. Submission of Documents: Applicants must submit all required documents within the specified timeframe.
2. Language or Academic Assessment: The university’s specialists evaluate language proficiency, and in some cases, applicants may need to pass an interview or an entrance exam.
3. Results Announcement: Admission results are officially announced on the university's website.
Tuition Fees
Tuition fees vary depending on the program level and field of study. Specific tuition fee structures for international students are available on the university’s official website.
Accommodation and Scholarships
- Accommodation: Dormitory facilities are provided for international students.
- Scholarship Opportunities: Students with outstanding academic achievements can apply for various scholarship programs.
Additional Information
- NSU is internationally recognized and collaborates with universities and institutions worldwide.
- Students are offered numerous opportunities for academic, scientific, and social development.
Why Choose Nakhchivan State University?
- High-Quality Education: NSU offers a modern curriculum taught by experienced faculty.
- Global Recognition: Degrees awarded by NSU are recognized internationally.
- State-of-the-Art Facilities: Students have access to modern labs, libraries, and research centers.
- International Opportunities: Exchange programs and partnerships with global institutions enhance the learning experience.
For more details, visit the official website of Nakhchivan State University: https://ndu.edu.az/secimtelebeTuition 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
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
Scholarship Applications: Frequently Asked Questions
Get answers to all your questions about scholarship applications, including tips on how to find scholarships and chances of success.
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Logistics / Supply Chain Management
Logistics / Supply Chain Management
Museology, archival work and librarianship
Museology, archival work and librarianship
Physical Education
Physical Education
Real Estate
Real Estate
Social Work
Social Work
Tourism
Tourism
Arts and Humanities (6)
Acting Art
Acting Art
Architecture
Architecture
Composition
Composition
Conducting
Conducting
History of the Turkic world
History of the Turkic world
Linguistics in English
Linguistics in English
Linguistics in French
Linguistics in French
Linguistics in German
Linguistics in German
Musicology
Musicology
Solo Singing
Solo Singing
Translation (English-Azerbaijani)
Translation (English-Azerbaijani)
Translation (French-Azerbaijani)
Translation (French-Azerbaijani)
Translation (German-Azerbaijani)
Translation (German-Azerbaijani)
Business and Management (6)
Regulation of the economy
Regulation of the economy
World economy
World economy
Engineering and Technology (6)
Computer Science
Computer Science
Electrical engineering
Electrical engineering
Information technology and systems engineering
Information technology and systems engineering
Reclamation and water management construction engineering
Reclamation and water management construction engineering
Life Sciences and Medicine (6)
Biology
Biology
Pharmacy
Pharmacy
Veterinary Medicine
Veterinary Medicine
Natural Sciences (6)
Chemistry
Chemistry
Economic and social geography
Economic and social geography
Geometry
Geometry
Mathematics
Mathematics
Physics
Physics
Social Sciences and Management (6)
International relations
International relations
Journalism
Journalism
Physical education theory and methodology
Physical education theory and methodology
Full-Time MBA (1)
Finance
Finance
Healthcare Management
Healthcare Management
Arts and Humanities (6)
Architectural theory and history, destruction and reconstruction of monuments
Architectural theory and history, destruction and reconstruction of monuments
Germanic languages
Germanic languages
Romance languages
Romance languages
Business and Management (6)
General economy
General economy
Organization and management of enterprises
Organization and management of enterprises
Sectoral economy
Sectoral economy
World economy
World economy
Engineering and Technology (6)
Computer equipment and technology
Computer equipment and technology
Computer security
Computer security
Systematic analysis, management and information processing (by field)
Systematic analysis, management and information processing (by field)
Life Sciences and Medicine (6)
Botany
Botany
Cardiology
Cardiology
Human and animal physiology
Human and animal physiology
Pediatrics
Pediatrics
Toxicology
Toxicology
Natural Sciences (6)
Analysis and functional analysis
Analysis and functional analysis
Economic geography
Economic geography
Physical chemistry
Physical chemistry
Social Sciences and Management (6)
Civil law
Civil law
Organization and planning of education
Organization and planning of education
Special international law
Special international law
Theory and methodology of training and education (by fields and levels of education)
Theory and methodology of training and education (by fields and levels of education)
Frequently Asked Questions