Bachelor of Science in Biotechnology and Chemical Engineering

The Bachelor of Science in Biotechnology and Chemical Engineering at Aarhus University offers students an in-depth education grounded in the principles of chemistry, biology, and engineering, preparing them for innovative careers in the biotechnology and chemical industries. The program provides a comprehensive foundation in fundamental sciences, including chemistry, biology, mathematics, and physics, integrated with specialized courses in biochemical processes, process engineering, and molecular biology. Students gain practical skills through laboratory work, project-based learning, and industrial collaboration, enabling them to design, optimize, and scale biotechnological and chemical processes. The curriculum emphasizes both theoretical understanding and applied competence, fostering innovation, problem-solving, and analytical skills essential for developing sustainable and efficient solutions in healthcare, pharmaceuticals, environmental management, and manufacturing sectors. Throughout the program, students have opportunities for international exchanges, internships, and collaboration with industry partners, enhancing their professional network and practical experience. The program prepares graduates for employment in research and development, process engineering, product development, and quality assurance roles within global companies and public sector organizations. Aarhus University’s strong research environment, combined with state-of-the-art facilities and a collaborative learning atmosphere, ensures students receive a high-quality education aligned with industry needs and scientific advancements. Upon completion, graduates are equipped to contribute significantly to technological innovations and environmental sustainability, making a positive impact on society through the application of biotechnological and chemical engineering principles.

The Bachelor’s degree programme in Biotechnology and Chemical Engineering at Aarhus University offers students a comprehensive foundation in the core principles of chemical processes, biochemical systems, and biotechnology applications. The programme is designed to equip students with both theoretical knowledge and practical skills necessary for developing sustainable solutions in industry, healthcare, agriculture, and environmental management. Throughout the course, students engage with subjects such as organic and inorganic chemistry, process engineering, molecular biology, microbiology, and biochemistry, gaining a deep understanding of how biological and chemical systems can be harnessed and manipulated for various applications. The curriculum combines lectures, laboratory work, and project-based learning to foster critical thinking, problem-solving abilities, and technical competencies.

In addition to the scientific and technical modules, students also develop essential skills in interdisciplinary collaboration, innovation, and communication. The programme emphasizes the use of modern laboratory techniques and computer-aided design tools to simulate and optimize chemical and biotechnological processes. There is a strong focus on sustainability and environmental considerations, preparing graduates to contribute to the development of greener technologies and processes that reduce environmental impact. The programme also offers opportunities for internships and cooperative projects with industry partners, providing valuable real-world experience and networking opportunities. Students are encouraged to participate in research projects and innovation competitions, enabling them to apply their knowledge creatively and practically.

Graduates of the programme are prepared for careers in various sectors, including pharmaceuticals, food production, environmental consultancy, bioenergy, and biotechnological research and development. Furthermore, the degree provides a solid basis for those wishing to pursue master's studies or specialized training in related fields. The programme’s structure ensures that students not only acquire technical expertise but also develop a global perspective on technological and ecological challenges, preparing them to be responsible innovators and problem-solvers in a rapidly evolving technological landscape. With a commitment to sustainability, innovation, and interdisciplinary collaboration, the Biotechnology and Chemical Engineering programme at Aarhus University aims to cultivate graduates who can lead and shape the future of industrial and environmental solutions.

Program requirements for the Bachelor's degree in Biotechnology and Chemical Engineering at Aarhus University include a comprehensive set of academic prerequisites, language proficiency standards, and application procedures. Applicants must have completed secondary education equivalent to Danish qualifying examinations, demonstrating strong foundational knowledge in mathematics, physics, chemistry, and biology. Specifically, proficiency in mathematics corresponds to at least B-level or higher, encompassing algebra, calculus, and statistics. Physics and chemistry qualifications should similarly meet or exceed B-level standards, ensuring a solid understanding of fundamental principles in these sciences. Additionally, applicants are required to demonstrate sufficient competence in English, typically through standardized tests such as IELTS with a minimum overall score of 6.5, TOEFL with a minimum score of 80 iBT, or equivalent certifications recognized by Aarhus University. For international applicants, proof of completed secondary education that aligns with the Danish curriculum must be submitted, along with official transcripts translated into English or Danish. The university also considers extracurricular activities and relevant work experience as supplementary evidence of motivation and suitability for the program, although these are not formal prerequisites. Candidates are expected to submit a motivation letter outlining their interest in biotechnology and chemical engineering, as well as their career aspirations in the field. The application process is conducted via the university’s online portal and must be completed by the specified deadline, usually in March for admission the following fall semester. Admission is competitive and based on academic performance, motivation, and suitability for the program. Some applicants may be required to attend an interview or participate in additional assessments. Once admitted, students are advised to familiarize themselves with the program curriculum, which combines theoretical coursework, laboratory training, and project work aimed at equipping graduates with practical skills and scientific knowledge. The program also emphasizes sustainable development and innovation in chemical processes and biotechnological methods, aligning with industry standards and future societal needs.

The financing of the Biotechnology and Chemical Engineering programs at Aarhus University is primarily based on a combination of Danish government funding, tuition fees, and self-financing options for certain categories of students. For EU/EEA students, the program generally benefits from the Danish government’s investment in higher education, which offers subsidized tuition fees and financial support opportunities such as state student grants known as SU (Statens Uddannelsesstøtte). These grants are intended to make higher education accessible and affordable, encompassing living stipends and tuition fee subsidies for eligible students. International students outside the EU/EEA usually pay the full tuition fee, which varies depending on the specific program and year of study, and many students rely on personal savings, scholarships, or external funding sources to finance their studies. Aarhus University offers various scholarship opportunities for international students, including merit-based scholarships, which can significantly offset the total cost of education. Moreover, students are encouraged to seek private or institutional scholarships, sponsorships, or educational loans available through Danish or international financial institutions. The university also provides guidance and resources to help students identify and apply for funding options. For students living in Denmark, part-time work opportunities exist, especially during academic terms, enabling students to supplement their income while studying. Overall, the financial structure of these study programs is designed to support students through a combination of governmental subsidies, scholarship opportunities, and personal resources, ensuring access to high-quality education in Biotechnology and Chemical Engineering.

The Bachelor's degree programme in Biotechnology and Chemical Engineering at Aarhus University provides students with a comprehensive education in the fundamental principles and practical applications of biotechnology and chemical engineering. The programme is designed to equip students with analytical skills, technical knowledge, and innovative capabilities necessary to address complex challenges in areas such as pharmaceuticals, environmental sustainability, renewable energy, and advanced manufacturing processes. Throughout the course, students engage in a mix of theoretical coursework and laboratory work, fostering an understanding of chemical processes, bioprocess technology, process design, and system analysis. The curriculum emphasizes the integration of engineering principles with biological systems, enabling graduates to develop novel solutions for industrial applications.

In addition to core subjects like thermodynamics, chemistry, and biology, students learn about process control, materials science, and safety protocols in chemical and biotechnological environments. The programme also offers specializations and elective courses allowing students to tailor their education towards areas such as biomaterials, bioprocess engineering, or sustainable chemical processes. Practical training, including internships and project work, plays a vital role in providing real-world experience and professional skills. Aarhus University fosters close collaboration with industry partners, ensuring that students are exposed to current technological trends and industry standards.

The degree prepares graduates for careers in research and development, process engineering, quality control, and management in various sectors, including pharmaceuticals, biofuels, food production, and environmental consultancy. The programme also serves as a strong foundation for students considering further education, such as master's programmes in chemical engineering, biotechnology, or related fields. Aarhus University emphasizes sustainability and innovation throughout the programme, aligning education with global needs for sustainable development and technological advancement. Upon completion, students receive a Bachelor's degree that opens doors to diverse employment opportunities or further academic pursuit, contributing to advancements in biotechnology and chemical engineering sectors worldwide.