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M.Sc. in Sustainable Chemical Engineering & Materials
M.Sc. in Sustainable Chemical Engineering & Materials
The M.Sc. program in Sustainable Chemical Engineering and Materials is designed to equip students with the expertise needed to address modern challenges in sustainable engineering. From advanced materials development to proficiency in chemical process modeling and sustainability-driven innovations, graduates gain the skills to design and optimize eco-friendly engineering solutions. Students also explore renewable energy technologies, circular economy principles, and cutting-edge materials science while developing strong problem-solving, critical thinking, and research capabilities. Emphasizing interdisciplinary collaboration and ethical responsibility, the program prepares students for careers in academia or industry, including sustainable manufacturing, green chemistry, and advanced materials engineering.
Program Details
• Program Duration: 1 year
• Credit Points: 120 ECTS
• Language of Instruction: English
• Research Component: Master’s thesis (dissertation)
Applications for Fall 2026 are now open!
Start Your ApplicationProgram Structure
The MSc. in Sustainable Chemical Engineering & Material Science program requires students to complete total 94 ECTS credits in two semesters (fall and spring).
| Semester | Course code | Course name | ECTS credits |
| Semester 1 | CENG 510 | Thermodynamics and Kinetics of Materials | 8 |
| CENG 520 | Advanced Chemical Reaction Engineering | 8 | |
| CENG 530 | Chemical Process Safety | 8 | |
| CENG 540 | Seminar in Research Methods | 8 | |
| GRAD 580 | Thesis Work (Phase-I) | 15 | |
| Total credits in Semester 1 | 47 | ||
| Semester 2 | CENG 630 | Elective Course 1 (choose from elective list) | 8 |
| CENG 550 | Process Systems Design | 8 | |
| CENG 560 | Sustainable Energy Conversion Processes, | 8 | |
| CENG 650 | Elective Course 2 (choose from elective list) | 8 | |
| GRAD 581 | Thesis Work (Phase-II) | 15 | |
| Total credits in Semester 2 | 47 | ||
| Total credits | 94 | ||
Note: The structure of the course is subject to change.
Entry requirements
Educational Background
Applicants must hold a Bachelor’s degree (minimum 180 ECTS credits) awarded by an accredited higher education institution. The degree must be completed in either full-time or part-time mode of study.
Minimum English Proficiency
- IELTS 5.5 or;
- CEFR B2 (51-55) or;
- TOEFL iBT 46 (Only TOEFL iBT tests taken at approved test centers are accepted. The TOEFL iBT Home Edition is not accepted.)
Note: Applicants who have completed their bachelor’s degree entirely in English are not required to submit the above-mentioned language proficiency certificates.
Entrance Exam Requirement
Applicants are required to pass the Chemistry and Math entrance exam.
Exam Format
- Total Duration: 60 minutes
- Total Number of Questions: 20 multiple-choice questions (10 questions per subject)
- Total Marks: 100
- Each question is worth 5 marks. There is no penalty for incorrect answers, therefore candidates are strongly advised to attempt all questions.
- The use of mobile phones, electronic devices, or any unauthorized materials is strictly prohibited during the examination.
- Calculators are allowed in the exam.
Calculator Policy
Allowed:
- Standard calculators
- Simple calculators
- Non-graphic calculators
- Scientific calculators
Not Allowed:
- Models with internet access or wireless connectivity (Bluetooth, cellular, etc.)
- Models with audio/video recording or playback, cameras, or smartphone-like features
- Models with a computer-style (QWERTY) keyboard, pen input, or stylus
- Models requiring an electrical outlet, making noise, or using paper tape
- Programmable calculators
- Calculators capable of plotting functions
Content Areas
Candidates are advised to review the content areas carefully to ensure familiarity with all topics that may be included in the test. The listed content areas are intended to provide an overview of the types of topics that may appear in the examination. They are provided for guidance only and do not represent a complete or exhaustive list of all material that may be assessed.
|
Chemistry Content area |
Candidates should be able to: |
|
Physical Chemistry |
Apply principles of chemical kinetics, thermodynamics, and equilibrium; calculate reaction rates and rate laws; analyze equilibrium constants; interpret basic concepts related to molecular interactions, phase behavior, and energy changes in chemical reactions. |
|
Solid-State Chemistry |
Understand crystal structures, lattice defects, and bonding in solids; analyze phase stability and diffusion in solid materials; relate atomic structure to electrical, thermal, and mechanical properties of materials. |
|
Surface and Colloid Chemistry |
Understand crystal structures, phase Understand adsorption phenomena, surface energy, and catalytic surfaces; analyze colloidal systems, emulsions, and suspensions; explain the role of surface chemistry in catalysis, materials processing, and nanomaterials. |
|
Electrochemistry |
Apply principles of redox reactions, electrochemical cells, and electrode potentials; calculate cell voltages using standard reduction potentials and the Nernst equation; understand corrosion processes, batteries, and electrochemical energy systems. |
|
Fundamentals of Chemical Engineering |
Apply conservation laws of mass and energy to chemical processes; perform material and energy balance calculations for steady-state systems; analyze fluid flow using basic principles such as Bernoulli’s equation and pressure drop in pipes; understand properties of fluids and laminar and turbulent flow; evaluate mechanisms of heat transfer including conduction, convection, and radiation; calculate basic heat transfer rates in simple engineering systems. |
|
Math Content area |
Candidates should be able to: |
|
Algebra |
Apply algebraic techniques to simplify expressions; solve linear and quadratic equations; manipulate inequalities; work with functions and graphs; interpret algebraic relationships in real-world contexts. |
|
Calculus |
Understand and apply differentiation and integration; calculate rates of change and areas under curves; solve optimization problems; interpret graphical representations of functions. |
|
Statistics and Probability |
Analyze and interpret data using descriptive statistics (mean, median, standard deviation); apply probability rules; perform hypothesis testing; interpret results from correlation, regression, and distributions. |
|
Geometry and Trigonometry |
Solve problems involving shapes, angles, and distances; apply trigonometric ratios and identities; analyze properties of 2D and 3D figures; calculate areas, volumes, and perimeters. |
|
Discrete Mathematics |
Apply logical reasoning and problem-solving techniques; understand sequences, series, and basic combinatorics; solve problems involving sets, matrices, and basic algorithms. |
|
Mathematical Reasoning and Problem Solving |
Interpret mathematical problems in real-life contexts; select appropriate methods to solve problems; justify solutions using logical reasoning; communicate mathematical arguments clearly. |
Sample Questions
You can review the sample questions in the file below to prepare effectively.
Exam Date and Deadline for Registration
| Exam Date | Deadline for Registration |
|---|---|
| 2nd May | 24th April |
| 8th August | 31st July |
Fees and Funding
| Tuition Fee for 2026/2027 Academic Year | |
|---|---|
| Local students | 15 000 000 UZS per academic year |
| International students | $ 2 200 USD per academic year |
Scholarships for Master's Programs
We are committed to supporting our students’ educational journeys through a variety of scholarship opportunities. Scholarships at New Uzbekistan University are categorized into two main types: 1-Year Scholarships and 2-Year Scholarships.
Career Perspectives
M.Sc. in Sustainable Chemical Engineering and Materials offers excellent career prospects in industries that focus on sustainability, green technology, and advanced materials. As industries shift toward eco-friendly and energy-efficient processes, professionals in this field are in high demand. Here are some potential career paths and opportunities:
- Sustainable Process Engineer: deals with optimizing chemical processes for sustainability, reducing waste, and improving energy efficiency.
- Materials Engineer: develops eco-friendly materials, bioplastics, or renewable composites for various industries.
- Nanotechnology & Advanced Materials Researcher: explores innovative materials for electronics, medicine, and energy storage.
- Environmental Consultant: advises companies on sustainable materials and processes.
Skills and Attributes
To succeed in Sustainable Chemical Engineering and Materials, professionals need a strong foundation in green chemistry, materials science, and process optimization. Expertise in renewable materials, waste management, and life cycle assessment (LCA) is crucial for developing eco-friendly solutions. Additionally, proficiency in simulation software (like Aspen Plus, COMSOL, or MATLAB) and data analysis tools enhances problem-solving capabilities. Beyond technical skills, innovation, adaptability, and interdisciplinary collaboration are key attributes for success in this field. Engineers must have a sustainability mindset, thinking critically about the environmental impact of materials and processes. Strong communication and project management skills are essential for working with diverse teams across R&D, production, and regulatory sectors.
