strojLAB
strojLAB the first university fablab in Czechia
About strojLAB
strojLAB is the first university FabLab in Czechia. It is designed as innovation HUB at Faculty of Mechanical Engineering Brno Univeristy of Technology. It's mission is to connect students, researchers, and industry through hands-on innovation. It provides access to advanced technologies such as 3D printing (including metal and robotic), laser cutting, CNC machining, 3D scanning, and digital design tools. The lab supports rapid prototyping, interdisciplinary collaboration, and practical learning, enabling users to transform ideas into functional prototypes. strojLAB also offers training programs, workshops, and opportunities for companies to engage with emerging talent and test new concepts in a flexible, experimental environment.
Experts
Workshops
Lab Members
Martin Malý
Czechia / strojLAB
Metal Additive Manufacturing Specialist
Martin is a materials scientist and postdoctoral researcher specializing in metal additive manufacturing. His work focuses on process–structure–property relationships, fatigue and cyclic loading, with a strong emphasis on laser powder bed fusion. He has hands-on experience with materials characterization, mechanical testing, and process optimization. Alongside research, he contributes to teaching and applied projects in additive manufacturing and engineering design, bridging fundamental research with industrially relevant solutions.
Vojtěch Florián
Czechia / strojLAB
Large-format additive fabrication Specialist
Vojtěch is an R&D engineer and strojLAB guru at Brno University of Technology. He focuses on robotic additive manufacturing, hybrid manufacturing systems, and the development of custom 3D printing hardware for polymers and concrete. He works at the intersection of machine design, process development, and control architecture. Skilled in Grasshopper, Rhino, and robotic integration, he develops trajectory generators, mixing heads, and complete robotic cells for large-scale fabrication. He has contributed to projects involving multi-component 3D concrete printing, robotic polymer strut lattices, and hybrid manufacturing platforms.
Aneta Zatočilová
Czechia / strojLAB
Aneta is an Assistant Professor at Brno University of Technology. She has a long-term focus on non-contact metrology, image processing, digital data processing, inspection, and reverse engineering. She has gained experience through development projects and contracts with industrial partners. At the university, she teaches students in these areas, and since 2023 she has also been providing workshops on 3D scanning, data processing, and inspection at the Strojlab University FabLab.
David Škaroupka
Czechia / strojLAB
Large-format additive fabrication Specialist
David is an assistant professor at Brno University of Technology and co-founder of strojLAB and 3Deposition. He focuses on large-scale additive manufacturing, machine design, and connecting academia with industry. Skilled in Grasshopper, Rhino, and fabrication-aware design, he has contributed to projects like TOVA (Barcelona), the 3DCP Parkour circle (Prague), and RoboTyping for EXPO 2020 (Dubai).
Jan Vítek
Czechia / strojLAB
Computation designer
Jan Vítek is a PhD. student at Brno University of Technology focus on both parametric and generative design for technical as well as artistic applications. My current work explores generative strategies in the context of ceramic 3D printing, combining computational design methods with hands-on material experimentation.
Petr Krejčiřík
Czechia / strojLAB
Petr is an R&D member of the robotic additive fabrication team and a strojLAB guru at advancedLAB. He focuses on machine design, large-scale 3D printing equipment, and control systems development. He is skilled in Grasshopper, Autodesk products, and PLC systems. He has contributed to projects such as the 3DCP Parkour Circle (Prague) and RoboTyping for EXPO 2020 (Dubai).
Petr Křivohlavý
Czechia / strojLAB
Petr is an academic at Brno University of Technology and team leader of the strojLAB konstruovani. He focuses on parametric and algorithmic modeling and polymer 3D printing, ranging from robotic manufacturing applications to standard desktop printers, and works as a lecturer in collaboration with Prusa Research.
Workshops from strojLAB
Metal powder additive manufacturing skills for engineering applications
strojLAB/ Czechia
Instructor: Unknown
This introductory hands-on course offers a practical gateway into the world of metal 3D printing. Aimed at engineers, designers, and technical professionals, the program focuses on teaching participants how to design cost-effective parts for engineering applications, prepare models for printing, and carry out essential post-processing operations to turn prints into finished components.
Target: University students
An introduction to large-scale robotic 3D printing of metal parts
strojLAB/ Czechia
Instructor: Unknown
Target: General
This introductory hands-on workshop provides a practical entry point into the field of 3D scanning and digital measurement. Designed for engineering students and technical professionals, the course guides participants through the complete 3D scanning workflow — from part preparation and scanner calibration to data acquisition and processing. Using the SimScan 3D scanning system, the workshop combines frontal demonstrations with supervised individual practice, enabling participants to perform basic dimensional measurements and tolerance evaluation on scanned data and to understand the capabilities and limitations of laser scanning systems in engineering applications.
Target: University students
Stop Motion animation with digital fabrication aid
strojLAB/ Czechia
Instructor: Unknown
The workshop, held within the Animation course, introduced university students to stop motion techniques with a focus on storytelling through physical media. A key objective was to explore the use of digital fabrication—specifically 3D printing and laser cutting—for creating sets and assets, highlighting their importance in modern animation workflows.
Target: University students
During the workshop, students tried creating a parametric model of a seating element and its modification into production data for laser cutting. They deepened their knowledge of working in Grasshopper in terms of design and construction and learned how to use the laser cutter.
Target: University students
Design thinking workshop with industrial partner. Format: 3 days (hackathon) sprint, 4 weekly follow ups, ended by Pitch of teams.
Target: University students
Target: General
In this hands-on workshop, participants will first model a basic hook. Then they’ll apply generative design techniques in Fusion 360 to transform the design. You’ll learn how to set loads, boundary conditions, and design goals so the software generates an optimized geometry that is lightweight, structurally sound, and ready for 3D printing.
Target: Artisans
Guide for DiSTT partners to creating Workshop on SkillNets.
Target: Other
Introduction to 3D Printing – From Digital Model to Finished Part
strojLAB/ Czechia
Instructor: Unknown
Establish a clear understanding of the complete FDM 3D-printing workflow.
Target: University students
The workshop was designed as an introductory, hands-on activity aimed at popularizing design and digital fabrication among high school students. Participants were guided through a complete, simplified workflow of creating a graphic output—from an initial analog sketch to a physical product. The program began with the manual design of a simple logo drawn with a marker on paper. Students then photographed their drawings and imported the images into Adobe Illustrator, where they learned the basics of vector graphics, including image tracing, conversion to curves, and basic editing and refinement of shapes. The finalized vector designs were subsequently prepared for production and exported for use with a vinyl cutting plotter. In the final phase of the workshop, the logos were cut from self-adhesive vinyl foil using a vinyl plotter. Each participant completed the process by producing and taking home their own custom-made sticker. Through this activity, students were introduced to fundamental principles of 2D graphic design, vectorization, and digital fabrication, while also gaining practical experience with professional equipment. The workshop primarily served a popularization and outreach purpose, demonstrating an accessible and engaging connection between creative thinking, digital tools, and real-world production processes.
Target: High school students
This hands-on workshop offers a complete introduction to ceramic 3D printing using parametric design. Participants will work with a pre-made Grasshopper script to customize a design and generate printable G-code. Each customized object will then be printed from clay, giving participants the opportunity to experience the full workflow — from digital design to physical fabrication. The process includes an explanation of the technology, printing setup, and advanced clay printing strategies.
Target: University students
This hands-on workshop offers a complete introduction to ceramic 3D printing using parametric design. Participants will work with a pre-made Grasshopper script to customize a design and generate printable G-code. Each customized object will then be printed from clay, giving participants the opportunity to experience the full workflow — from digital design to physical fabrication. The process includes an explanation of the technology, printing setup, and advanced clay printing strategies.
Target: Other
Digital manufacturing skills Engineering hackathon
strojLAB/ Czechia
Instructor: Unknown
Target: General
The workshop focuses on improving students' skills in preparing 3D printing data. Participants will learn about additive rules, optimizing models for printing, and basic 3D printer maintenance. The goal is to enhance print quality and understanding of the technical aspects of additive manufacturing, helping students with their final projects and other work.
Target: University students
Algorithmic Modeling and Its Application in Wall Object Design
strojLAB/ Czechia
Instructor: Unknown
The course teaches algorithmic modeling in Grasshopper, from basics to advanced techniques, including useful add-ons. It connects modeling with additive manufacturing, emphasizing "additive rules" for design. Students will create wall panels from a shared base module, forming a larger composition. Final designs will be fabricated using FDM in the additiveLAB at strojLAB.
Target: University students
Target: University students
Alforithmic modelling with Grasshopper - not just for clay 3D printing
strojLAB/ Czechia
Instructor: Unknown
This workshop focuses on algorithmic modeling with Grasshopper and is designed for beginners or those new to the software. Participants will learn the fundamentals of Grasshopper and apply them to create a script generating geometry for clay 3D printing. However, these skills are widely applicable beyond this use case. By the end of the session, attendees will have a solid foundation in Grasshopper for various design and fabrication applications.
Target: Other
Design and Manufacturing with 3D Printing of Cement Mixes
strojLAB/ Czechia
Instructor: Unknown
Workshop Grasshopper and concrete 3D printing - Outdoor decorations with a math theme design and fabrication
Target: University students
This workshop introduces the fundamentals of CNC milling. Students will learn the basics of data preparation, toolpath generation, and machining theory, followed by hands-on training at the machine, including setup, operation, and program execution.
Target: University students
test description
Target: Other