Chemical Engineering

Harness the power of chemistry to design and develop innovative solutions with the University of Debrecen’s BSc in Chemical Engineering. This three and a half-year, full-time program equips you with the scientific foundation and practical skills to become a versatile chemical engineer prepared to tackle real-world challenges in various industries.

Develop a Strong Foundation: Gain a comprehensive understanding of core chemical engineering principles, including thermodynamics, kinetics, reaction engineering, fluid mechanics, and mass transfer. Master essential laboratory techniques and safety protocols for working in chemical engineering settings.

Specialize and Innovate: Explore various areas of chemical engineering through elective courses, potentially focusing on specific fields like process engineering, biochemical engineering, environmental engineering, or materials science. Learn to apply your knowledge to design and optimize chemical processes, develop new materials, and contribute to sustainable solutions.

Project-Based Learning: Develop your problem-solving skills and practical expertise through engaging laboratory experiments, design projects, and potentially internships within the field. Work collaboratively on real-world projects, applying your theoretical knowledge to solve complex engineering problems.

Industry Focus: Benefit from the program’s strong industry connections. Gain valuable insights from guest lectures by industry professionals and participate in site visits to chemical plants and engineering facilities.

Global Recognition: The program follows the Bologna Process, ensuring the degree is recognized internationally. This allows for career opportunities and further studies abroad.

Develop Valuable Skills: Refine your analytical thinking, problem-solving, computational, and communication skills.

Graduates emerge as well-rounded chemical engineers prepared for diverse careers in various fields, including:

• Process engineering (designing, optimizing, and operating chemical plants)
• Biochemical engineering (applying engineering principles to biological processes)
• Environmental engineering (developing solutions for pollution control and sustainability)
• Materials science (designing and developing new materials with specific properties)
• Pharmaceutical engineering
• Research and development (chemical industry, government institutions)
• Consulting firms specializing in chemical engineering