Master of Science in Chemical Engineering

2 Years On Campus Masters Program

United Arab Emirates University

Program Overview

The Master of Science in Chemical Engineering at United Arab Emirates University (UAEU) prepares you to become a highly skilled engineer capable of tackling complex scientific and industrial challenges by applying advanced engineering principles and innovation. You’ll dive into subjects such as Transport Phenomena, Advanced Reaction Engineering, and Fluid Phase Equilibria, making this programme ideal for students aiming for careers in the chemical, petrochemical, biochemical, environmental or energy sectors, or for those planning to continue into research or doctoral studies.

📘 Curriculum Structure

Year 1 – Core Advanced Chemical Engineering Fundamentals

In the first year, you’ll deepen your understanding of the scientific and mathematical foundations of chemical engineering that are essential for advanced practice and research. You’ll study Transport Phenomena, Advanced Reaction Engineering, and Fluid Phase Equilibria, which equip you with the ability to model and analyse complex processes that occur in industrial and laboratory environments. Seminars and analytical coursework throughout this phase sharpen your problem-solving capability for real engineering challenges.

Year 2 – Electives, Research, and Applied Engineering

In the second year, you’ll tailor your expertise through elective courses and research or applied project work, advancing your skills in areas that match your career interests. Electives such as Advanced Mass Transfer, Biochemical Engineering, Advanced Polymer Engineering, Advanced Process Dynamics & Controls and Experimental Design & Analysis let you specialise in cutting-edge topics. You’ll also complete either a Thesis Research or a Technical Project, enabling you to apply your learning to original engineering problems and produce professional research outcomes.

🎯 Focus Areas (in a string):

Transport Phenomena, Advanced Reaction Engineering, Fluid Phase Equilibria, Numerical Methods in Engineering, Environmental Impact Assessment, Advanced Mass Transfer, Biochemical Engineering, Advanced Polymer Engineering, Process Dynamics & Controls, Experimental Design & Analysis, Thesis Research / Technical Project.

🌱 Learning Outcomes (in a string):

Apply advanced chemical engineering principles to complex problems; conduct independent research; design experimental and computational strategies; work effectively both independently and in multidisciplinary teams; communicate technical findings clearly and professionally; and demonstrate ethical and professional responsibilities.

🧑‍⚖️ Professional Alignment (Accreditation):

The programme is offered by the College of Engineering at UAEU and is part of the university’s accredited graduate portfolio recognised by the UAE Ministry of Education’s Commission for Academic Accreditation (CAA) — ensuring your degree is officially recognised and valued by employers and academic institutions worldwide.

🏆 Reputation (Employability Rankings):

UAEU is one of the UAE’s oldest and most prestigious research universities, ranked #229 in the world in the 2025 QS World University Rankings, with strong emphasis on research, innovation, and graduate outcomes — which enhances the visibility and value of your chemical engineering master’s qualification in both industry and academia.

Experiential Learning (Research, Projects, Internships etc.)

The MSc in Chemical Engineering at United Arab Emirates University (UAEU) is deeply rooted in applied research and advanced laboratory work, giving you hands-on exposure to the tools, facilities, and methodologies used in modern chemical engineering practice. You’ll work closely with faculty on experimental and computational projects, use specialised engineering labs, and leverage UAEU’s strong research infrastructure to translate theory into solutions for real industrial and scientific challenges—especially in energy, materials, environment, and process engineering:

Advanced Chemical Engineering Laboratories: Students access chemical engineering teaching and research laboratories equipped for work in reaction engineering, transport phenomena, mass transfer, polymers, and biochemical processes—supporting both coursework and thesis/project research.
Thesis or Technical Project (Applied Research): You’ll complete either a research thesis or an applied technical project, involving experimental design, data analysis, modelling, and professional reporting under faculty supervision.
Research Centers & Faculty Projects: Opportunities to engage with UAEU’s engineering research groups and centers allow you to contribute to funded research in areas such as energy systems, advanced materials, sustainability, and environmental engineering.
Engineering Software & Computational Tools: Coursework and research make use of numerical methods, simulation, and data analysis tools relevant to process modelling, reaction kinetics, and system optimisation.
Collaborative Research Environment: You’ll participate in seminars, group research discussions, and interdisciplinary collaboration within the College of Engineering—building teamwork and professional communication skills.
Library & Digital Research Resources: UAEU’s Main Library and electronic databases provide access to leading chemical engineering journals, standards, and reference materials essential for advanced study and publication-quality research.
Industry-Relevant Exposure: Through applied projects and faculty industry links, students gain insight into real engineering problems aligned with UAE priorities such as energy transition, petrochemicals, and environmental impact.

Progression & Future Opportunities

Graduates of the Master of Science in Chemical Engineering at United Arab Emirates University (UAEU) develop advanced technical and research skills that open doors across high-impact industries and academia. Alumni commonly progress into roles such as Chemical Engineer, Process Engineer, Research Engineer, or Energy & Environmental Engineer, contributing to sectors ranging from petrochemicals and materials to sustainability and advanced manufacturing. With strong research training and industry relevance, the degree positions you for leadership, innovation, and long-term career growth:

Here’s how UAEU supports your progression and outcomes:

Career Development & Employability Services: UAEU’s Career Development & Alumni Affairs provides career counseling, CV and interview preparation, employer engagement activities, and access to job opportunities—supporting your transition from postgraduate study to professional roles.
Research-Driven Graduate Outcomes: Through a thesis or technical project, students graduate with demonstrable research and problem-solving experience valued by employers and research institutions.
Industry & Research Engagement: Faculty-led projects and collaborations within the College of Engineering expose students to real industrial and national priority challenges (energy, environment, materials), strengthening employability and professional networks.
Strong Institutional Reputation: UAEU is the UAE’s national research university, consistently ranked in global league tables (e.g., QS World University Rankings), enhancing the recognition of your qualification among employers worldwide.
Long-Term Accreditation Value: The programme is part of UAEU’s accredited graduate portfolio under the UAE Ministry of Education – Commission for Academic Accreditation (CAA), ensuring enduring professional and academic recognition.

📚 Further Academic Progression:

After completing the MSc, many graduates continue to PhD programmes in Chemical Engineering or related fields at UAEU or internationally, building on their thesis research and publications. The degree also supports progression into specialised postgraduate training or postdoctoral research, enabling careers in academia, advanced R&D, or high-level technical leadership in industry.