Program Overview

Information Technology Blockchain Technology

Master of Engineering | Heidelberg

Our Master's degree programme in Information Technology - Blockchain Technology specialises in the following areas: Blockchain Cryptography, Blockchain Security, Smart Contract Programming, Computer Networks, Information and Coding Theory, Transmission Technology, Blockchain Applications.

Study content Blockchain Technology (M.Eng.)

Focus: Blockchain technology

The Master's programme in Blockchain Technology at our SRH University focuses on teaching students the necessary knowledge and skills to understand and use the challenges and opportunities of blockchain technology. The programme objectives focus on imparting theoretical knowledge, practical skills and innovative thinking to prepare students for a successful career in this promising field.

Your course goals

• Expanding expertise in blockchain technology
  • Blockchain basics : teaching basic concepts such as distributed ledger technology (DLT), consensus mechanisms, cryptography and smart contracts.
  • Advanced blockchain technologies : In-depth study of topics such as scalability, interoperability, data protection and security in blockchain systems.
• Development of practical skills
  • Blockchain programming : Mastery of programming languages and tools used in blockchain development, such as Solidity for Ethereum or Hyperledger Fabric.
  • Project-based learning approaches : Carrying out practical projects to develop and implement blockchain solutions in various application areas.
• Supporting innovation and creativity
  • Innovative applications : Identifying and developing new use cases for blockchain in areas such as supply chain, energy, healthcare and the public sector.
  • Research and development : Encourage participation in research projects and the publication of research results on current challenges and trends in blockchain technology.
• Preparation for leadership roles
  • Management skills : Providing skills in project management, product development and IT strategy related to blockchain projects.
  • Entrepreneurial skills : Support in the development of business models and start-ups in the blockchain area.
• Strengthening analytical and critical thinking skills
  • Problem-based learning : fostering analytical thinking and problem-solving skills by analysing real-world blockchain use cases and challenges.
  • Data analysis and security : teaching methods to securely and efficiently manage and analyse data in blockchain networks.
• Promoting professional and ethical responsibility
  • Ethics and regulation : Discussion of ethical issues and regulatory challenges related to blockchain technologies and cryptocurrencies.
  • Sustainability and social responsibility : Integrating aspects of sustainability and social responsibility into the development and implementation of blockchain solutions.
• Global thinking and intercultural competence
  • International perspective : conveying a global understanding of blockchain technology and its application in different countries and cultures.
  • Intercultural cooperation : Promoting cooperation in international teams and projects to develop intercultural competences.

Career in Blockchain Technology (M.Eng.)

Become an engineer and more

The fact that the profession of blockchain technology engineer opens up excellent career opportunities is partly due to the growing importance of information technology and the corresponding increase in demand for young talent. Companies and organisations are increasingly looking for specialists in this field to optimise their processes - in recent years, the number of graduates has always been lower than the annual demand for blockchain technology engineers.

Your career opportunities include:

• Blockchain expert in logistics, energy, healthcare or the financial industry.

Your modules

In the first two semesters of your Master's degree programme in Information Technology - Blockchain Technology, you will acquire knowledge in the areas of information and coding theory, transmission technology and communication networks. You will learn how data is transferred efficiently and how networks are structured. You will also expand your knowledge of blockchain technologies, blockchain security and cryptography.

In the final stage of your studies, the focus will be on smart contract programming and you will discover a wide range of possible applications for blockchain in various industries. As part of your internship, you can gain practical experience and apply your theoretical knowledge before writing your Master's thesis.

Your curriculum

• 4 Semester
• 120 ECTS

1st semester

• Information and Coding Theory (6)
• Transmission Technology (6)
• Communication Networks I (6)
• Communication Networks II (6)
• Mathematical and Scientific Methods I (6)

2nd semester

• Mathematical and Scientific Methods II (6)
• Introduction to Blockchain Technologies I (6)
• Introduction to Blockchain Technologies II (6)
• Blockchain Security and Cryptography I (6)
• Blockchain Security and Cryptography II (6)

3rd semester

• Blockchain and Smart Contract Programming I (6)
• Blockchain and Smart Contract Programming II (6)
• Blockchain Applications and Use Cases (6)
• Industrial Placement / Internship (12)

4th semester

• Master Thesis (30)

Admission requirements and application

Admission

You can apply anytime via our online portal. After receiving your documents, we will review them and invite you to an admissions interview.

To apply for the Master’s programme in Information Technology - Blockchain Technology, you will need to provide

• Bachelor's degree in electrical engineering, computer engineering, communications engineering, or similar. If you have not graduated yet, apply with existing transcripts.
• Proof of English language proficiency
• Curriculum Vitae
• Letter of motivation
• Copy of your identity card or passport

Costs

Smart financing

• Tuition fees
  • EU/EEA citizenship, including Switzerland, Western Balkans and Ukraine: €770 per month
  • Non-EU/EEA citizenship: €6450 per semester
• A one-off enrolment fee of €750 (EU/EEA) or €1000 (non-EU/EEA) is to be paid once.

Our CORE principle

Our CORE principle promotes independent and active learning so that you can apply your knowledge directly to projects and your future career—for a clear competitive advantage.

Your lecturers and contact persons

• Prof. Dr. Achim Gottscheber Head of Study Programme
• Vanessa Lehr Study advisor
• Dr. Enis Yazici Research Associate