HOK | University of Applied Sciences Kufstein Tirol Master of Science in Engineering in Smart Products & AI-driven Development
HOK | University of Applied Sciences Kufstein Tirol

HOK | University of Applied Sciences Kufstein Tirol

Master of Science in Engineering in Smart Products & AI-driven Development

  • Kufstein, Austria
  • Online

MSc

2 semesters

English

Full time

Sep 2026

EUR 363 / per semester *

On-Campus

* excluding student union fees

Key Summary

About: This full-time, English Master of Science (MSc) in Smart Products & AI-driven Development teaches you to design connected products with machine learning, generative language models, edge computing and additive manufacturing. The interdisciplinary, practice-oriented curriculum blends technology, business and soft skills through project-based learning to give hands-on experience in system analysis, prediction and service-oriented product design.

Career Outcomes: Graduates become product developers, technical project managers, innovation managers and IoT specialists; they also move into AI product management, embedded systems or R&D roles. Regional data show 430+ IT/data vacancies in Tyrol and €50,200 average IT/data salary (2022). Demand is growing further.

Our full-time, English-language master’s program equips you for the future of product development. Acquire the skills to create connected products and design cutting-edge business models. Take an active role in shaping the future of smart technologies!

Discover the Future of Product Development! Our Master in Smart Products & AI-driven Development teaches companies how to use AI to develop intelligent products. We combine technology, management, and soft skills in an interdisciplinary and practical way. Apply your knowledge through exciting projects and become a leader in AI-driven product innovation.

The Master's degree program in Smart Products & AI-driven Development blends technical and business expertise to create intelligent, connected products. It emphasizes the practical use of cutting-edge AI technologies for system analysis and prediction, including generative language models, edge computing, and machine learning. The curriculum, delivered entirely in English, equips students for global careers and is designed with a strong practical focus through project-based learning. Students gain hands-on experience with advanced technologies like additive manufacturing, fostering a practical approach. The interdisciplinary program enhances students' skills in integrating AI into product development and crafting intelligent, service-oriented solutions.