Biosystems Engineering

Biosystems Engineering at Wageningen University & Research is a comprehensive and innovative program designed to equip students with the skills and knowledge needed to develop sustainable solutions for the food, feed, and biomass production systems. This multidisciplinary programme combines principles from engineering, biology, environmental science, and technology to address complex challenges related to agriculture, food security, and natural resource management. Throughout the course, students will explore areas such as crop and animal production, mechanization, automation, and information technology, all aimed at optimizing biological processes and improving efficiency. The curriculum emphasizes hands-on experience, encouraging students to engage in practical projects, internships, and laboratory work that simulate real-world scenarios. Students will learn to design, monitor, and improve biological systems, integrating concepts of sustainability, environmental impact, and socio-economic factors. The programme prepares graduates for careers in agricultural engineering, renewable energy, bioprocessing, and consultancy, equipping them with the ability to innovate and implement sustainable practices across the biosystems sector. With a global perspective and a focus on sustainability, the programme also includes modules on environmental policy, food safety, and resource management, ensuring that students understand the broader societal implications of their work. Wageningen University's strong network with industry partners offers numerous opportunities for collaboration, internships, and employment after graduation. By combining theory with practice and fostering cross-disciplinary thinking, the Biosystems Engineering programme aims to develop forward-thinking professionals capable of contributing significantly to a sustainable future for our planet.

The Bachelor's Degree Programme in Biosystems Engineering at Wageningen University and Research offers a comprehensive and interdisciplinary education focused on the sustainable development and management of biological systems. This programme prepares students to address global challenges related to food security, renewable energy, environmental sustainability, and resource management by integrating principles from engineering, biology, and environmental sciences. Throughout the programme, students acquire a solid foundation in core engineering subjects such as mathematics, physics, and chemistry, along with specialised courses in biosystems engineering topics including agricultural technology, biomaterial processing, food quality and safety, crop production, soil and water management, and renewable energy systems.

The curriculum emphasizes practical skills and problem-solving abilities, combining theoretical knowledge with hands-on experience through laboratory work, field projects, and internships. Students learn to design, optimize, and innovate biosystems that are environmentally friendly, economically viable, and socially responsible. Critical thinking, teamwork, and communication skills are also developed to prepare graduates for diverse careers in industry, research, consultancy, or entrepreneurship. The programme encourages an entrepreneurial mindset and fosters innovative solutions to real-world issues faced by the agricultural and biosystems sectors.

Internationally oriented, the programme attracts students from all around the world, offering courses in English and providing opportunities for international exchanges and collaborations. Graduates of the Biosystems Engineering programme are equipped to contribute to sustainable agricultural practices, develop new bio-based products, and improve resource efficiency in various biosystems industries. By completing this programme, students will be well-prepared to make a positive impact on society and the environment through innovative and sustainable biosystems solutions.

Admission requirements

GPA of at least 70%

Other requirements

1. gemiddeld cijfer minimum GPA of 70%
2. gemiddeld cijfer GPA of at least 70%
3. taaltoets cijfer Engels: minimaal 7.0 (havo) of 6.0 (VWO). Mocht dit niet het geval zijn, dan is er de mogelijkheid om een test af te leggen, om je niveau te testen.
4. taaltoets cijfer Applicants must provide recent evidence of their spoken and written command of English.
5. vooropleiding (ISPAC: vereiste vooropleiding) Studenten met een relevante BSc kunnen worden toegelaten. Als relevant worden in het algemeen gezien opleidingen met een voldoende 'engineering' inhoud. BSc's die mogelijk in aanmerking komen zijn o.a.: Universiteiten BSc Werktuigbouwkunde BSc Elektrotechniek BSc Technische natuurkunde HBO BSc Werktuigbouwkunde BSc Elektrotechniek BSc Technische natuurkunde BSc Industriële automatisering BSc Tuin- en akkerbouw BSc Dier- en veehouderij Toelating vanuit andere opleidingen is ook mogelijk als ze genoeg aansluiten. Dit wordt door de toelatingscommissie beoordeeld. In alle gevallen bestaat de mogelijkheid dat voor toelating een aantal aanvullende voorwaarden van toepassing zijn in de vorm van een zogenaamd schakelprogramma. Dit betekent dat voordat je formeel wordt toegelaten, je eerst een aantal vakken moet afronden.
6. vooropleiding (ISPAC: vereiste vooropleiding) BSc in agricultural or environmental engineering or related fields.
7. minimum kennis (ISPAC: overige vereisten) GPA of at least 70%; good skills in math and/or statistics; basic computer skills; substantial amount of engineering or engineering related courses.

The financing of the Biosystems Engineering master's programme at Wageningen University and Research mainly involves a combination of government funding, university scholarships, and international financial aid options. As a prominent Dutch university, Wageningen University receives substantial support from the Dutch government, which contributes to the overall funding structure of its international master's programmes. Students enrolled in the Biosystems Engineering programme can benefit from various scholarship opportunities offered directly by Wageningen University or through external organizations. These scholarships are often competitive and require applicants to meet specific academic and financial criteria.

Wageningen University also participates in international scholarship programmes such as the Holland Scholarship, which aims to attract talented students from outside the European Economic Area. Additionally, students from certain countries may be eligible for government-sponsored loans and grants from their home countries, which support their studies in the Netherlands. Students are encouraged to explore options like the Orange Tulip Scholarship Programme, which is designed specifically for talented students from selected countries, providing financial aid for tuition fees and living expenses.

Tuition fees for the Biosystems Engineering programme vary depending on the student's nationality. EU/EEA students benefit from a lower tuition fee, which is subsidized by the Dutch government, whereas non-EU students pay a higher fee. Both categories may be eligible for various financial aid options, including part-time work opportunities during their studies, which can help offset living expenses.

The university also provides guidance on applying for student loans and external financial support. International students often rely on a combination of scholarships, savings, family support, and student loans to finance their education. Wageningen University encourages prospective students to carefully plan their finances in advance and to seek detailed information from the university's financial aid office or official website to identify the most suitable funding options available to them. Overall, the financial support structure for the Biosystems Engineering programme is designed to make advanced education accessible to talented students from around the world.

Biosystems Engineering at Wageningen University and Research is a multidisciplinary degree program that integrates principles from biology, engineering, and sustainability to address challenges related to food production, environmental management, and resource utilization. The program aims to equip students with the skills necessary to develop innovative solutions for sustainable development in agricultural and biosystem sectors. Students gain a comprehensive understanding of biological systems, engineering techniques, and technology applications to improve agricultural productivity, processing, and environmental stewardship.

The curriculum encompasses core courses in biological sciences, engineering principles, system analysis, and sustainable resource management. Practical experience is emphasized through laboratory work, field projects, and internships, which provide hands-on learning opportunities. The program also offers specializations in areas such as precision agriculture, bioprocess engineering, and sustainable food production, allowing students to tailor their studies to their interests and career goals.

Graduates of Biosystems Engineering are prepared for careers in various sectors including agricultural technology companies, research institutions, government agencies, and consultancy firms. They may work on developing new crop varieties, designing sustainable farming systems, optimizing bioprocesses, managing natural resources, or implementing environmentally friendly technologies. The program also emphasizes entrepreneurship and innovation, encouraging students to develop startups or innovative projects related to biosystems.

The language of instruction is primarily English, attracting an international student body, and the program benefits from Wageningen University’s reputation as a leading institution in life sciences and agricultural research. The university’s strong collaborations with industry and research organizations provide students with networking opportunities and practical insights into real-world challenges.

Overall, the Biosystems Engineering program at Wageningen University and Research provides a rigorous academic foundation integrated with practical experience, fostering the development of innovative solutions for the sustainable management of biological systems worldwide. It prepares students to become versatile professionals capable of contributing to sustainable development, food security, and environmental health.