Program Overview

Environmental Engineering, BSc

Faculty and Academic Discipline

• Faculty: Faculty of Engineering
• Academic discipline: Engineering Science

Qualification and Starting Date

• Qualification: Environmental Engineer
• Starting date: September

Language and Academic Requirements

• Language requirements: English language proficiency (TOEFL 513 / IELTS 5.5/oral examination)
• Academic requirements: high school certificate; entrance examination in mathematics and chemistry/physics (written and oral)

Program Duration and Credits

• Duration: 7 semesters
• ECTS credits: 210

Tuition Fee and Other Fees

• Tuition fee: 7,500 USD/year
• Other fees: application fee 150 USD, entrance procedure fee 350 USD

Short Description

The aim of the Environmental Engineering BSc program is to train professionals capable of protecting the environment, ensuring sustainability, and preventing and managing environmental damage. Students learn methods for analyzing, monitoring, and regulating environmental systems, as well as engineering solutions to environmental problems. The program emphasizes sustainable resource use, energy efficiency, environmental protection technologies, and reducing pollution and waste management.

Lecture, Seminar, and Practice

• Lecture, seminar: 47%
• Practice: 53%

Main Subjects

• Mathematics, Chemistry, Engineering Physics, Applied Biology, Ecology, Engineering Informatics, Basics of Engineering, Technical Drawing and Basics of CAD, Environment, Health and Safety, Ergonomics (EHS basics)
• Chemistry, Law and Business Studies, Microeconomics, Macroeconomics, Fundamentals of Quality and Engineering Management, Environmental Techniques, Environmental Energetics, Noise and Vibration Control, Waste Management, Air Quality Protection, Soil Management, Environmental Engineering Measurement Techniques, Monitoring
• Materials Engineering, Environmental Law and Administration, Radiation Protection and Environmental Radioactivity, Nature, Landscape and Water Environment Protection, Environmental Impact Assessment, Soil Management, Environmental Engineering Measurement Techniques, Monitoring, Water Management and Water Quality Protection, Environmental Management, Food Production and Land Use, Environmental Geographical Information System, Complex Environmental Engineering Planning, Thesis
• Environmental Economics, Project- and Environmental Management, Environmental Geographical Information System, Complex Environmental Engineering Planning, Thesis

Internship and Practice

• Students should complete a 6-week practice at a company.

Career Prospects

Graduates in environmental engineering are highly versatile and can find employment across a wide range of sectors. In the industrial sector, they may work on implementing sustainable practices, reducing emissions, and managing waste. In government roles, they contribute to environmental policy development, regulatory compliance, and public health initiatives. Additionally, in research institutions or private consultancies, they focus on developing innovative environmental technologies and conducting environmental impact assessments to support sustainable development.