MBM (MSc) with specialisation in Smart Industry

Year 1, Semester 1

• Globalisation, Society & Culture

• Marketing Management

• Research Methods Introduction (Final Project)

• Micro & Macroeconomics - Global Perspectives

• New Smart Economy

• Professional Inquiry

• Data Analytics for Smart Industry Integrated Life-cycle Management

Year 1, Semester 2

• Research Methods (Final Project)

• Artificial Intelligence in Business

• The World Economy

• Cyber Security in Integrated Autonomous Business Operations

• Financial & Strategic Management

• Project Module (3 Project Weeks, linked to Final Project)

Year 2 (1 Semester /Term)

• Professional-Based Learning

• Final Project

The smart industry, often synonymous with Industry 4.0, represents the next wave of innovation in manufacturing and industrial practices, integrating digital technology into all aspects of production. This transformative approach leverages the Internet of Things (IoT), artificial intelligence (AI), robotics, and big data analytics to create highly automated and interconnected environments that enhance efficiency and productivity. Here, we explore the key dimensions defining the smart industry today, providing the backdrop for Wittenborg’s specialised MBM (MSc) programme in Smart Industry.

1. Automation and Robotics: Automation technology and robotics are at the heart of the smart industry, streamlining production processes and reducing the reliance on human labour for repetitive tasks. Innovations in this area not only improve operational efficiency but also enhance precision and reduce error rates in manufacturing.

2. Internet of Things (IoT): IoT technology connects physical devices throughout the production line to the internet, allowing for seamless communication and data exchange. This connectivity enables real-time monitoring and control of various aspects of the manufacturing process, leading to optimised operations and increased flexibility.

3. Artificial Intelligence and Machine Learning: AI and machine learning algorithms are crucial for analysing the vast amounts of data generated by smart factories. These technologies provide predictive insights that can foresee maintenance needs, optimise supply chains, and adapt production processes dynamically to changing conditions.

4. Cyber-Physical Systems (CPS): Cyber-physical systems integrate computation, networking, and physical processes. Embedded computers and networks monitor and control the physical processes, with feedback loops where physical processes affect computations and vice versa. The integration of CPS in industries leads to more autonomous, efficient, and intelligent systems.

5. Digital Twin Technology: Digital twins are virtual replicas of physical devices that data scientists and IT pros can use to run simulations before actual devices are built and deployed. This technology allows manufacturers to model, simulate, and analyse their systems to prevent issues and improve performance without interrupting current operations.

6. Advanced Manufacturing Technologies: This includes additive manufacturing (3D printing), which allows for rapid prototyping and production, and advanced materials science, which creates materials with superior characteristics that can withstand extreme conditions or provide greater durability.

7. Data Analytics and Big Data: In smart industries, the ability to process and analyse large datasets effectively is crucial. Big data analytics supports decision-making processes, offering insights that enhance product quality, customer satisfaction, and operational efficiency.

8. Sustainability and Resource Efficiency: Smart industry practices contribute to sustainable development goals by improving resource efficiency and reducing waste in industrial processes through precise control and advanced materials recycling technologies.

9. Regulatory and Security Concerns: As industries become more interconnected and reliant on data, issues of cybersecurity and compliance with industry regulations gain prominence. Protecting sensitive information and ensuring systems are secure against cyber threats are critical challenges for smart industries.

The MBM (MSc) with a specialisation in Smart Industry at Wittenborg equips students to navigate and lead in this innovative and technologically advanced field. By integrating core business management skills with specialised knowledge of smart technologies, the programme prepares graduates to spearhead transformation in their organisations and industries, driving them towards a more efficient and sustainable future. Join us to become a part of this dynamic industry, shaping your career at the cutting edge of industrial innovation.

Graduates of the MBM (MSc) programme with a specialisation in Smart Industry at Wittenborg are equipped to lead and innovate in the rapidly evolving field of smart manufacturing and industrial automation. This programme integrates management principles with cutting-edge technological insights, preparing students for a range of strategic roles that leverage digital technologies to transform industrial operations. Here are several promising career paths for graduates:

1. Smart Factory Manager: Oversee operations in a smart factory environment where advanced automation, data analytics, and IoT are used to maximise efficiency and productivity. Managers ensure smooth integration of new technologies and manage the day-to-day operations and digital workflows.

2. Industrial Automation Engineer: Design, troubleshoot, and improve automated systems that increase production efficiency in manufacturing. This role involves programming robots, developing control systems, and implementing machine learning algorithms to enhance automation processes.

3. IoT Solutions Architect: Develop and implement IoT solutions that enhance connectivity and automation in industrial settings. This involves designing the system architecture, integrating various IoT devices, and ensuring that the solutions meet the specific needs of the industry.

4. Digital Transformation Consultant: Advise manufacturing and industrial firms on how to integrate digital technologies like AI, IoT, and robotics into their operations. Consultants assess current processes, recommend technologies that can bring about transformation, and help implement these changes to drive business growth.

5. Operations Analyst: Use data analytics to enhance operational efficiencies and productivity in industrial settings. This includes analysing performance data, optimising logistics, and improving supply chain management through predictive analytics and data-driven insights.

6. Product Development Manager: Lead the development of new products in a manufacturing context, utilising digital tools to prototype, test, and refine products more efficiently. This role combines technical product knowledge with project management skills to bring innovative products to market.

7. Quality Control Systems Manager: Implement and manage systems that monitor and ensure product quality in manufacturing processes, using sensors and data analytics to detect and address defects in real-time.

8. Supply Chain Innovation Manager: Oversee the integration of smart technologies into supply chain operations to improve tracking, logistics, and efficiency. This role involves strategic planning and the implementation of technology solutions that streamline operations from production to delivery.

9. Cybersecurity Analyst for Industrial Systems: Protect industrial networks and systems from cyber threats by developing security protocols, monitoring network activity for signs of intrusion, and responding to security breaches. As smart industries rely heavily on interconnected systems, cybersecurity is critical.

10. Sustainability Officer in Manufacturing: Develop and implement strategies to make industrial processes more sustainable. This involves leveraging smart technologies to reduce waste, improve energy efficiency, and ensure that operations comply with environmental regulations and standards.

The MBM (MSc) with a specialisation in Smart Industry at Wittenborg prepares students not only for these roles but also equips them with a strategic and analytical mindset necessary to lead in the digital transformation of industries. With a comprehensive education that bridges technology and business management, graduates are well-prepared to address the challenges of modern industries and drive significant advancements in their fields.

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.

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Fill in the Information Request Form to get more information about our programmes and admissions process. You can also send an email to admission@wittenborg.eu, and one of our team members will reply to you as soon as possible.

Please note that our office is open Monday to Friday from 08:30 to 17:00 Dutch time.