Bachelor of Science in
Blockchain

The Bachelor of Science in Blockchain at the Helvetic Institute of Technology is designed for students who want to understand and build the next generation of decentralized technologies. The program provides a strong foundation in blockchain systems, distributed networks, and cryptographic principles, while also addressing the growing role of blockchain across industries.

Students develop both technical expertise and practical problem-solving skills through a hands-on learning approach. From early in the program, students work on projects involving blockchain architecture, smart contracts, and decentralized applications, gaining experience that reflects how blockchain is used in real-world environments.

The program is built to prepare students for the rapid evolution of blockchain technology and the increasing demand for professionals in decentralized systems. By combining academic foundations with applied learning, it equips graduates with the knowledge, tools, and mindset needed to operate in today’s digital and decentralized economy.

Helvetic Tech program description

The Bachelor of Science in Artificial Intelligence at Helvetic Tech provides a strong foundation in artificial intelligence, combining technical knowledge with practical application. The program is designed to prepare students to understand, develop, and apply AI technologies in real-world environments.

Through a hands-on, project-based approach, students explore key areas such as machine learning, neural networks, and generative AI. The curriculum emphasizes problem-solving, innovation, and collaboration, enabling students to work on real use cases and interact with industry-relevant tools and methodologies.

Graduates develop both technical competencies and a strategic understanding of how artificial intelligence can be applied across business and organizational contexts.

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Tiffin University program description

The Bachelor of Science in Artificial Intelligence at Tiffin University focuses on building advanced capabilities in artificial intelligence, data analysis, and technology-driven problem-solving. The program combines technical training with the development of professional skills such as communication, teamwork, and leadership.

Students cover key domains including natural language processing, human–AI interaction, robotics, and prompt engineering, while gaining practical experience through applied projects and case studies. The curriculum bridges theory and practice, preparing graduates to design, implement, and evaluate AI systems across a wide range of industries.

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Dual Swiss and US degree program

This program offers a dual-degree pathway delivered in collaboration between Helvetic Tech and Tiffin University. Upon successful completion, students are awarded a Bachelor of Science in Artificial Intelligence from Tiffin University, alongside a Swiss qualification delivered by Helvetic Tech.

The program combines the strengths of both institutions, integrating Swiss-based academic support and applied learning with an internationally recognized American degree. This structure allows students to benefit from a global academic framework while studying in Switzerland.

Through a blended learning model, students attend on-campus sessions at Helvetic Tech and complete selected coursework delivered by Tiffin University. This approach ensures both academic rigor and flexibility, while exposing students to diverse teaching methods and international standards.

Graduates of the program are equipped with qualifications that support both local and international career opportunities, as well as further academic progression.

Upon completion of the program, students will have developed:

• A solid understanding of blockchain concepts and distributed technologies
• The ability to understand and work with decentralized systems
• Experience with key areas such as blockchain architecture, cryptographic principles, and distributed networks
• Problem-solving and analytical skills in technology-driven environments
• Practical experience through hands-on projects and applied learning

The Bachelor’s program is a three-year program during which the student must obtain 135 credit hours | 180 European Credit Transfer and Accumulation System (ECTS). The three-year program structure comprises nine academic terms, with three terms per year (Fall, Winter, and Spring). Each term typically includes ten weeks of instruction and two weeks of examinations.

A standard course of study to complete the Bachelor of Science in Blockchain over three years requires the completion of core courses, electives, and a capstone project, combining coursework delivered by Helvetic Tech and Tiffin University.

The conferring of a degree follows only after completing the following requirements:

• Academic credit requirements – a minimum of 135 CH | 180 ECTS
• Students enrolled in the dual degree program with Tiffin University must also meet the specific TU conditions for graduation

Students may also have additional credit-earning opportunities, when available, through internships, applied projects, and participation in program-related activities aligned with their specialization.

Graduation with honors will be recognized for the superior achievement of Helvetic Tech students at three levels:

• Cum laude – for graduates with a cumulative GPA of 3.50 to 3.79
• Magna cum laude – for graduates with a cumulative GPA of 3.80 to 3.99
• Summa cum laude – for graduates with a cumulative GPA of 4.00 or higher

Helvetic Tech offers more than just a degree. It places students in an environment where learning, industry, and international exposure come together naturally.

Located on the shores of the Swiss Riviera in the Lake Geneva region, the campus sits in one of Switzerland’s most dynamic economic areas. With hundreds of multinational companies nearby, students are surrounded by a global business and technology ecosystem from the start.

Graduates of the dual degree Bachelor of Science in Blockchain develop technical and analytical skills that can be applied across a range of industries where decentralized technologies are emerging.

The dual qualification, delivered in collaboration with Tiffin University, provides graduates with an international academic profile that can support access to opportunities in both local and global job markets.

Typical career paths include:

• Blockchain Developer
• Blockchain Analyst
• Distributed Systems Specialist
• Technology Consultant
• Digital Innovation Analyst

Graduates may find opportunities in sectors such as technology, finance, consulting, and digital services, where blockchain is used to support secure and decentralized systems.

Students who wish to continue their studies can pursue postgraduate programs in blockchain, information systems, or related fields.

Applicants must meet the official eligibility criteria of Helvetic Tech.

• Academic qualification
  A recognized secondary school diploma (such as IB, A-levels, Swiss Matura, or equivalent)
• English proficiency
  Minimum level equivalent to IELTS 5.5, TOEFL iBT 72–94, or CEFR B2, if prior studies were not in English
• Application requirements
  Submission of required application documents, including academic transcripts and identification
• Dual degree pathway
  Students enrolled in the program in partnership with Tiffin University must also meet TU admission requirements

The admission process consists of the following steps:

• Submit your application
• Application review
• Admissions interview
• Admissions decision
• Confirm your enrollment
• Next steps (if applicable)

To apply for the dual degree program, you can submit your application and supporting documents through the application form.

Helvetic Tech maintains a focused and high-quality learning environment with small class sizes, ensuring close interaction with faculty and personalized academic support throughout the program.

Given the international nature of the program, early application is recommended, particularly for candidates who may require a student visa. Applicants are encouraged to allow sufficient time for the admissions and visa process.

As the program is delivered entirely in English, students are expected to have a strong level of written and spoken English to successfully engage with academic content, collaborative projects, and international coursework.

The program is structured to progressively build knowledge from foundational concepts to advanced applications in blockchain technologies, combining theory with practical experience.

1. Foundations of computing and distributed systems

Students begin with core concepts that support blockchain technologies:

• Programming fundamentals
• Data structures and systems fundamentals
• Introduction to distributed systems

2. Core blockchain topics

The program develops key competencies in blockchain technologies:

• Blockchain architecture
• Cryptographic principles
• Consensus mechanisms

These areas form the core technical backbone of the degree.

3. Advanced blockchain applications

Students explore more advanced topics, including:

• Smart contracts
• Decentralized applications
• Token-based systems

The curriculum evolves toward real-world implementation and practical use of blockchain technologies.

4. Applied learning and practical experience

Throughout the program, students engage in:

• Practical workshops and labs
• Hands-on projects
• Real-world blockchain use cases

This ensures the ability to apply concepts in real environments.

5. Capstone project

In the final stage, students complete a capstone project:

• Research thesis or applied blockchain project
• Focus on solving a real-world problem
• Demonstration of technical and analytical skills