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TAKE ADVANTAGE OF DIGITAL STORM OFFERS

Discover the world of modern technology and innovation through our carefully designed educations, courses and trainings. Whether it's collaborative robotics, additive manufacturing, 3D scanning or intellectual property, we offer a wide range of programs that will train you for the industries of the future. With Digital Storm, you're one step closer to cutting-edge skills and knowledge.

Courses and trainings

ONE DAY COURSE

Introduction to collaborative robotics with Universal Robots

Designed for beginners, this one-day course provides the basics of collaborative robotics, covering setup, basic programming, collaborative operations, and advanced programming.

Advanced training in collaborative robotics

In this course, you will learn to integrate the UR5e cobot with the Robotiq Wrist camera for successful human-robot collaboration. You will gain expertise in using the Polyscope programming interface and basic skills such as working with variable positions, multiple TCPs and an integrated force/torque sensor.

Introduction to additive manufacturing

The course is ideal for individuals who are new to additive manufacturing or have some basic knowledge of 3D printing. It will cover the fundamentals of additive manufacturing and 3D printing, including different types of 3D printing technologies, the 3D printing process, and applications of additive manufacturing. Participants will gain the knowledge and skills needed to operate a 3D printer and create basic 3D models.

Advanced additive manufacturing

The course is designed for professionals who want to enhance their knowledge and skills in additive manufacturing and 3D printing. It covers advanced topics such as 3D printing technologies, material properties, process optimization, and post-processing techniques. Participants will learn about advanced 3D printing technologies such as SLS, DLP, and MJF, advanced material properties, process optimization techniques, and advanced post-processing methods.

HALF-DAY COURSE

Introduction to 3D scanning

The course is specifically designed for professionals eager to advance in additive manufacturing and 3D printing. Beyond the foundational principles, it delves into advanced aspects of these technologies, including various printing techniques, a deeper understanding of material properties, process optimization strategies, and efficient post-processing methods. By the end of the course, participants will be capable of operating advanced 3D printers and creating complex 3D models with optimized process parameters, materials, and post-processing techniques.

TWO-DAY COURSE

Additive manufacturing in the telecommunications industry

The course is designed for individuals interested in 3D antenna design, prototyping, manufacturing, and the design of various other components used in aerospace applications. Participants will gain an understanding of the fundamental principles of antenna design and will have hands-on experience in prototyping and manufacturing antennas.

FIVE-DAY COURSE

Rapid prototyping

The course provides participants with a comprehensive understanding of the rapid prototyping process. It covers a range of topics, from design to production and testing, enabling participants to quickly and efficiently develop and iterate prototypes. Attendees will learn about the latest tools and techniques for rapid prototyping and gain practical experience through hands-on exercises. This course is ideal for individuals interested in advancing their skills in product design and development, including engineers, designers, and entrepreneurs.

3D scanning and metrology

The 3D Scanning and Metrology course provides an introduction to 3D scanning technologies, various scanning techniques, fundamental principles of metrology, and data processing methods for 3D scans. It’s ideal for those looking to understand how to use 3D scanning for measuring and analyzing objects.

Reverziblni inženjering

The course is designed to teach participants how to create digital models of physical objects using various tools and techniques. It will cover topics such as scanning, point cloud processing, surface reconstruction, and CAD modeling. Participants will learn how to use different software programs and equipment to create accurate and detailed digital models of physical objects. By the end of the course, participants will have acquired the knowledge and skills needed to create digital models of physical objects for various applications.

THREE-DAY COURSE

Microscopy in biophotonics

In this course, participants will be introduced to the general principles of fluorescence microscopy and imaging techniques such as fluorescence imaging. Participants will be required to complete a practical assignment involving the use of equipment and subsequent signal/image processing. They will then present their experimental work to fellow participants, sharing their experiences and practicing presentation skills.

Bioengineering - introduction to bioprinting

The course offers a comprehensive introduction to bioprinting, ideal for beginners looking to learn about the latest technological innovations in this field. You will learn about various techniques for incorporating cells and biomaterials in tissue engineering and regenerative medicine, and explore the current state and future potential of bioprinting technology.

Basics of PCB design in Altium

The course provides an introduction to the process of printed circuit board (PCB) design using Altium Designer software. It covers the basics of schematic capture, component placement, routing, and generating manufacturing output files. Participants will also learn how to perform design rule checks to ensure their designs meet industry standards. By the end of the course, attendees will have the knowledge and skills to design their own simple PCBs using Altium Designer.

Optical network installations

The course covers the process of optical network installation, including cable preparation, termination, and testing. Participants will learn about different types of optical cables, connectors, splicing techniques, and the tools used in fiber optic installations. The course also addresses safety measures and best practices in fiber optic installations. By the end of the course, participants will have the knowledge and skills needed to install and test optical networks.

Thermal cameras and thermography

The course provides an introduction to thermography and its application in thermal imaging. Participants will learn about the principles of thermography, the types of thermal cameras available, and their uses. They will also learn how to interpret thermal images and understand the significance of temperature measurement. By the end of the course, participants will have a basic understanding of thermography and its applications in various fields.

Calibration of industrial instrumentation

The course covers the principles and techniques of calibration for various instruments used in industrial applications. Participants will learn about measurement standards, calibration procedures, and the equipment used for calibration. The course also includes practical exercises for calibrating different instruments. By the end of the course, attendees will have a solid understanding of industrial instrumentation calibration, which can help ensure accurate and reliable measurements in their work.

Intellectual property for beginners

The course provides an introduction to intellectual property (IP) systems and the types of intellectual property rights available. Participants will learn how to protect their creations, inventions, and designs through patents, trademarks, and design rights. Through case studies and practical guidelines, attendees will gain a basic understanding of the IP system and its importance in fostering innovation and creativity.

Advanced intellectual property course

The course is designed for companies participating in the Teaching Factory program. Participants will gain a deep understanding of intellectual property rights (IPR), including patents, trademarks, and designs. Through a series of modules, attendees will learn about protection strategies, intellectual property policies, commercialization, and technology transfer.