In case you missed our Info Session, the slides from the event are available for download here. Please contact us if you have any further questions.
The Joint Programme in Digital Transformation addresses the world's greatest digital transformations, technologies and solutions, offering students the opportunity to enhance their skills and prepare for a digital future through cutting-edge courses.
As a student enrolled in the Joint Programme in Digital Transformation, you can design your studies individually and flexibly in accordance with your ideas and preferences. You can choose three out of seven courses offered by the various partner institutions of ENGAGE.EU: Platform Strategies, Digital Strategy, Competing in the Age of AI, Digital Technologies, Leading in the Digital Age, Cultural and Behavioural Changes, Digital Ethics. All courses are taught as virtual block courses over two weekends.
The Joint Programme in Digital Transformation is topped off by a mandatory in-person summer seminar taking place at the University of Mannheim in Summer 2023.
The course consists of four main overarching topics. These are the digital organization, leading the digital transformation, creating the digital organization, and leading a digitally agile organization. Students will analyse how digitalization affects the organization at all levels and areas and discuss the capacities of digital technologies that enable the organization’s digital initiatives. Further, students will understand how digital technologies have changed the expectations of customers, employees, and society, and learn how to develop a responding digital transformation strategy and the capabilities needed. Third, they recognize the key building blocks of digital business success and examine the digital leadership values and create an executive summary for digital maturity.
Lastly, students will recognize which aspects of leadership are changing and analyse why the stakes are rising for leaders. Students will understand what fostering an agile culture of collaboration, innovation, co-creation and learning means.
The course provides students with the relevant knowledge, perspectives, and practical skills needed to lead in the digital age. Second, students will learn which aspects of leadership are changing and why and understand how digital technologies have changed the expectations of employees, customers, and society. After this course, students can demonstrate knowledge of the most recent research in the field of leadership and digitalization.
Companies around the world are facing a fundamental shift in the way customers and businesses interact. Customers are now customer networks, they expect more from companies and brands, and information reaches them faster than ever before. At the same time, companies must develop new business model innovations and disrupt markets. Examples of digital disruption include platforms, AI, and blockchain technology. The rise of digital technologies has fundamentally changed the way companies develop digital strategies. In addition, data is being used as a strategic asset by many companies, and companies also need to develop a thriving data strategy. The ultimate goal of this course is to provide insight into the digital strategies that companies can employ to position themselves for success in the age of social, digital, and mobile for digital business models.
The course provides students with the relevant knowledge, perspectives, and practical skills needed to develop digital strategies that leverage the power of digital technologies such as blockchain and AI to achieve business and marketing goals. Second, students will learn how to leverage and optimize data to continuously create value as data has become key to competitive advantage. After this course, students will understand the customer journey from start to finish and be able to uncover the series of channels customers use to make a purchase.
This course explores the ethical issues associated with digital transformation across business and society. The course will address a range of current questions and issues by applying key ethical theories and foundations of ethics in philosophy. The course will apply ethics in digital spheres and introduce moral principles and associated values to be respected in the development, implementation and use of AI systems and other new technologies. Finally, the course shows how your businesses can and must practice ethics digitally.
The course provides important theoretical tools for understanding how moral decisions are made in the digital world. Students will become familiar with digital ethics and theories of moral action. At the end of the course, students will understand the regulations around data collection and usage and the ethical questions that emerge.
Digital transformation can greatly improve the way companies are creating and capturing value, including the way they develop new products and services. This course introduces the multi-sided platform business model and the importance of platform orchestration and governance strategies. Further, it provides insights on the best practices to successfully interact with existing platforms and optimize a symbiotic relationship. Finally, the evolution of new technologies into potential platforms will be discussed. In this course, students will have an opportunity to apply concepts from platform economics and organization using game theoretical tools and case studies to real world problems.
The course provides students with the relevant knowledge, perspectives, and practical skills needed to develop multisided platform strategies that leverage the power of digital technologies. Second, students will learn how to turn products into platforms to compete in digital marketplaces. After this course, students will understand challenges associated with platforms and are able to develop strategies to deal with such challenges.
This course is designed for students in master’s degree and helps them to understand, communicate, and adapt to a digital world as it impacts their personal life, society, and the business world. Students will not only understand the concepts, but apply their knowledge to situations and defend their actions/
The main topics that will be covered in the course are related with the theory and methods of using the descriptive, predictive, and perspective modelling, as well as the assessment of different sources of data. The nature and essence of big data analytics will be discussed in the course, as a bridge to the topic related to sources of value in the digital world. More practical will be the topics for FinTech and Blockchain, as well as, this focused on the nature of clouds, their use, and the importance of mobile devices.
The aim of this course is to introduce students to the challenges of corporate growth in modern digital economies, in particular regarding accessing and developing digital assets and intellectual property. The course is organized in two parts.
A first part focuses on the recent developments of the strategic management of patents in modern digital economies. Participants will discover the emergence and the role of the patent system in modern economies and how technological companies try to protect their innovations and to use their patent portfolios in service of their business strategies in a digital era. It covers internal strategies and ways to organize for managing patent and licensing strategies as well as patenting in collaborative arrangements.
A second part addresses then more specifically external growth strategies to access patents but also more generally digital solutions and assets. It addresses in particular the strong increase in technology acquisitions and alliances in past years and introduces students to the particular strategic and organizational challenges that external digital growth induces (i.e. integrating and leveraging acquired intellectual property, transferring knowledge between companies and teams of engineers, implementing co-innovative practices between R&D departments from merging companies, etc.).
Artificial intelligence (AI) makes it possible for machines to learn from experience, adapt to new inputs and perform human-like tasks. Most AI examples that you hear about today – from chess-playing computers to self-driving cars – heavily rely on deep learning and natural language processing. Using these technologies, computers can be trained to accomplish specific tasks by processing large amounts of data and recognizing patterns in the data. The aim of the course is to introduce the most important topics both from a technological and a business point of view.The course is divided into five modules: the age of AI, the AI first company, automation and AI, disruption from AI and blockchain technologies and overcoming AI challenges. Issues related to cybersecurity and privacy will be discussed, we will talk about the impact that AI and automation will have on future jobs, we will examine what makes an industry ready for transformation from either AI or blockchain technology and we will talk about the overcoming challenges of developing strategy in today's AI landscape. Artificial Intelligence has transformed the way people think, learn, and work in various areas, with every company seeking to introduce Artificial Intelligence in their domain, studying AI and Machine Learning opens a world of opportunities to create cutting-edge technologies in diverse sectors.
The course provides students with the relevant knowledge, perspectives, and practical skills to identify and assess the possibilities for AI in organizations. After completing the course, students will have a strong conceptual understanding of the technologies behind AI such as machine learning, deep learning, neural networks, and algorithms. Students will be able to develop an informed opinion about AI and its social implications. After this course, students will understand AI, its history, and evolution, helping you to make relevant predictions for its future trajectory.
The summer seminar takes the content taught in courses throughout the semester, combines it, and takes it to the next level through real-world case studies with our international corporate partner SAP. SAP is one of the largest enterprise software companies in the world, helping companies of all sizes and industries run better. Together as a cohort, you will spend exciting days at the SAP AppHaus applying design thinking techniques to solve exciting digital cases. This will allow you to directly apply what you have learned and gain valuable insights into the practice of the respective business area. In addition, a great social program awaits you and you get to know the area around Mannheim and the metropolitan region.
For the application form and further information, please visit https://www.engageuniversity.eu/joint-programme-dt/
SAP has been a trusted partner of businesses and the enterprise software leader for 50 years. Working alongside our customers and partners, we led each and every evolutionary stage of their business, helping them to stay ahead of their competition and drive digital transformation. As the market leader in enterprise application software, we’re helping companies of all sizes and in all industries run better by redefining ERP and creating networks of intelligent enterprises that provide transparency, resiliency, and sustainability across supply chains. Our end-to-end suite of applications and services enables our customers to operate profitably, adapt continuously, and make a difference worldwide.
Today, SAP solutions are running the most mission-critical systems at businesses and organizations around the globe. Our focus is enabling our customers with the innovation they need to achieve their purpose. We enable our customers to become an Intelligent, Sustainable Enterprise by having connected business processes spanning the enterprise including areas such as record to report, design to operate, hire to retire, order to cash, and many more. As SAP University Alliances we are happy to work together with one of the leading universities in Germany.