MBM (MSc) with specialisation in Clean Tech

At the cutting edge of sustainable innovation, the field of clean technology is rapidly transforming how industries operate and how communities sustain themselves. Recognising the urgent need for leadership in this vital sector, Wittenborg offers a Master of Business and Management (MBM/MSc) with a specialisation in Clean Tech. This programme is designed for forward-thinking professionals who are dedicated to driving environmental sustainability through technological innovation.

Our MBM in Clean Tech is uniquely tailored to blend rigorous business and management principles with in-depth knowledge of clean technology and sustainable practices. The programme, taught entirely in English, attracts a diverse cohort of students from around the world, providing a rich, multicultural learning environment that reflects the global scope of clean technology challenges and solutions.

The curriculum is comprehensive and future-oriented. Students will engage with core topics such as renewable energy technologies, sustainable supply chain management, environmental economics, and green project financing.

This specialisation not only sharpens the students’ technical knowledge of emerging clean technologies but also enhances their strategic thinking and leadership abilities in the context of global environmental sustainability. Through a combination of theoretical learning, practical case studies, and collaborative projects, the programme prepares students to effectively tackle the challenges of integrating clean tech solutions into mainstream business practices.

Graduates of the MBM in Clean Tech are well-equipped to assume leadership roles across various sectors, driving change and innovation in corporate sustainability strategies, environmental consultancy, renewable energy management, and beyond. They are prepared to lead organisations in implementing sustainable practices that align economic success with environmental stewardship.

We invite applicants who have a background in business, environmental science, engineering, or related fields, to apply for this transformative programme. Join us at Wittenborg to be at the forefront of the clean technology revolution, shaping a sustainable and prosperous future.

Semester 1

(Core Modules)

• Marketing Management
• Globalisation, Society & Culture
• Research Methods Introduction (Final Project)
• The World Economy
• Professional Inquiry

(Specialisation Modules)

• Renewable Energy: Solar, Wind, Hydra
• Energy Conversion Technologies

Semester 2

(Core Modules)

• Research Methods (Final Project)
• Micro Economics - Global Perspectives
• Strategic Management
• Project Module (3 Project Weeks, linked to Final Project)

(Specialisation Modules)

• Smart Grids 
• Zero-Energy Buildings & Energy Transition 

Semester 3 (Work Placement & Graduation)

• Professional-Based Learning 
• Final Project

The clean technology (clean tech) industry represents a pivotal area of growth that intersects environmental sustainability with technological innovation. As global awareness of environmental issues such as climate change, resource depletion, and pollution increases, the demand for clean tech solutions continues to rise. This sector is critical for driving advancements that reduce environmental impacts and promote a sustainable future. Here, we explore the key components that define the clean tech industry today, setting the stage for Wittenborg’s specialised MBM (MSc) programme in Clean Tech.

1. Renewable Energy Technologies: Renewable energy is at the core of the clean tech industry, encompassing technologies that harness wind, solar, hydro, and bioenergy. These technologies are crucial for reducing dependence on fossil fuels and mitigating climate change. Innovations in solar photovoltaics, wind turbine design, and energy storage systems are rapidly transforming energy landscapes around the world.

2. Energy Efficiency: Improving energy efficiency is a major focus of the clean tech sector. This includes the development of more efficient building materials, HVAC systems, and lighting technologies. Companies and researchers are also innovating in smart grid technology and energy management systems to optimize energy use in residential, commercial, and industrial settings.

3. Sustainable Transportation: Electric vehicles (EVs), hydrogen fuel cells, and advanced biofuels are key areas within sustainable transportation. Innovations in battery technology and charging infrastructure are vital for the widespread adoption of EVs. Similarly, advancements in alternative fuels are essential for reducing emissions from aviation, shipping, and freight.

4. Water Management and Purification: Clean tech also addresses water scarcity and pollution. Technologies that enable efficient water management, wastewater treatment, and purification are essential for sustaining water resources. Innovations include desalination technologies, smart irrigation systems, and water-efficient industrial processes.

5. Waste Management and Recycling: Technologies that improve waste sorting, recycling processes, and material recovery are critical in moving towards zero-waste economies. Clean tech ventures are turning waste into valuable resources through innovative recycling techniques and by creating biodegradable materials as substitutes for non-renewable resources.

6. Green Building and Construction: This area focuses on creating buildings that are energy-efficient, have a minimal environmental footprint, and use sustainable materials. Green building integrates various clean tech innovations, from energy-efficient windows and insulation to solar panels and green roofs.

7. Carbon Capture and Storage (CCS): As the fight against climate change intensifies, CCS technologies are becoming increasingly important. These technologies capture carbon dioxide emissions from sources like power plants and either reuse or store it underground to prevent atmospheric release.

8. Regulatory and Policy Framework: The clean tech industry is heavily influenced by governmental policies and regulations. Subsidies, incentives, and regulations drive investment in clean technologies and shape market opportunities. Effective navigation of this regulatory landscape is essential for the growth and deployment of clean tech solutions.

The MBM (MSc) with a specialisation in Clean Tech at Wittenborg is designed to prepare graduates to excel in this dynamic industry by equipping them with the knowledge and skills necessary to lead and innovate. By integrating business management principles with an in-depth understanding of clean technology, the programme develops leaders capable of driving change towards a more sustainable and environmentally conscious world. Join us to become a part of this vital industry, shaping your future as a leader in clean technology.

Graduates of the MBM (MSc) programme with a specialisation in Clean Tech from Wittenborg are well-positioned to lead and innovate within the burgeoning clean technology sector. This advanced degree equips students with a blend of management skills and specialised knowledge in clean technologies, preparing them for impactful careers aimed at driving environmental sustainability. Here are several potential career paths for graduates:

1. Sustainability Consultant: Professionals in this role advise companies on how to reduce their environmental impact through the implementation of clean technologies and sustainable practices. They help organisations develop strategies that align business operations with sustainability goals.

2. Renewable Energy Project Manager: These managers oversee projects related to the development and implementation of renewable energy installations, such as solar farms or wind turbines. They ensure projects are completed on time, within budget, and in compliance with regulatory standards.

3. Environmental Policy Analyst: Working for governmental agencies or non-profits, policy analysts develop, advocate for, and evaluate public policies that encourage the adoption of clean technologies and sustainable practices.

4. Clean Tech Entrepreneur: Many graduates launch their own startups focusing on innovative clean technologies. They might develop new products or services that address specific environmental challenges, such as waste reduction, energy efficiency, or sustainable agriculture.

5. Corporate Sustainability Officer: In this executive role, professionals are responsible for integrating sustainability into all aspects of a corporation’s operations. They develop strategies that not only improve the company’s environmental footprint but also enhance its social and economic performance.

6. Energy Analyst: Energy analysts focus on optimising energy use and implementing sustainable energy solutions within organisations. They work with data related to energy consumption and production to identify opportunities for improvement and cost savings.

7. Green Building Specialist: These specialists design or retrofit buildings to meet specific standards of energy efficiency and environmental impact. They work closely with architects, engineers, and builders to ensure that buildings are both sustainable and functional.

The MBM (MSc) with a specialisation in Clean Tech at Wittenborg not only prepares students for these roles but also equips them with the strategic, managerial, and analytical skills needed to lead in the global market. This comprehensive education provides a strong foundation for future leaders in a world increasingly focused on sustainability, making our graduates highly sought after in the competitive landscape of clean technology.

The admission requirements (criteria) for the Master of Business Management programmes (all specialisations) are as follows:

• A bachelor's degree or equivalent recognised qualification:
  
  • ​Applicants are requested to provide an academic reference from their previous education institute.
  • It is necessary to have obtained a bachelor's degree from the domains of business, management, economics or trade. In their bachelor's degree applicants must have completed an academic piece of work (final project or dissertation) that demonstrates a degree of academic writing and research experience.
• No professional experience is required for these master's programmes.

English Language Requirements

IELTS 6.5 or TOEFL equivalent. Click here for an overview of the equivalent scores.
TOEFL Code of Wittenborg is 4889.

The English language proficiency level requirement is ½ a point higher than the minimum national requirements in the Netherlands.

Selection procedure

There is no specific selection criteria for students wishing to enter the master's programmes at WUAS; however, all students are interviewed and must demonstrate motivation. Students will be advised of their suitability prior to signing an initial study agreement as a pre-requisite to obtaining admission (offer letter).

Non-EU students requiring sponsored visa for study.

Non-EU (visa) students are “screened” according to their background, in order for the institute to be able to guarantee their immigration status.

The screening comprises an interview, collection and correlation of all IND required documents, including proof of sufficient funds, taking into account any scholarships provided by Wittenborg (Orange Tulip Scholarship, for instance) or by third parties (NUFFIC, EU, etc).

Details on Scholarships at Wittenborg can be found at http://www.wittenborg.eu/wittenborg-financial-assistance.htm.

Applicants are required to provide a motivation letter in which they describe the reasons for choosing Wittenborg’s programme, as well as the reason for wanting to study in the Netherlands (international students). Student motivation is important as the programmes are demanding and especially for international students there is a criteria that they complete at least 50% of all their credits in a year.