Tender covers supply, transport and installation of humanoid robots to support advanced AI control research and hands-on training for postgraduate students.
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Published on 23rd April 2026, Vysoká škola báňská - Technická univerzita Ostrava has issued a contract notice for Humanoid Robots for Research and Education, covering the supply of humanoid robots for research and development of AI control systems and for use in master's and doctoral teaching, including their transportation and installation.
The university is looking for humanoid robots that can act as both research platforms and teaching tools. According to the notice, the systems will underpin work on AI control, as well as support master's and doctoral programmes. That points to an integrated role for the robots in day-to-day laboratory work and in structured courses for postgraduate students.
The requirement that supply should include transportation and installation suggests the buyer wants equipment that can be put into use quickly, rather than a bare delivery of hardware. For suppliers, that raises the bar: bids will need to cover logistics and on-site work, not just the robots themselves.
Humanoid robots stand out from many other robotic systems appearing in recent tenders. While industrial arms or mobile platforms tend to be built around narrow tasks, humanoid devices provide a single, complex body on which different control approaches can be tested. In an AI context, that makes them useful for exploring how software can co-ordinate movement, balance and interaction in one integrated system.
The summary of the notice does not set out details such as contract value or the number of robots, but it does make clear that postgraduate education is a central driver. For a technical university, treating humanoid platforms as core infrastructure for master's and doctoral work underlines how far robotics and AI have moved towards the heart of mainstream engineering and computer science curricula.
The Ostrava procurement is part of a broader pattern in which education providers at all levels are buying robots not only for research, but also to reshape teaching.
In November 2025, Kungliga Tekniska högskolan issued a contract notice for a humanoid robot equipped with a mobile base and a dual-arm system. The specification points to a demand for sophisticated, human-like platforms that can support teaching and experimentation in disciplines such as electrical engineering and computer science. A few weeks later, in December 2025, Tartu Ülikool went to market for various types of scientific laboratory robots for Narva College, ranging from integrated collaborative systems and quadruped manipulators to autonomous mobile robots, human-shaped robots and multi-stage assembly systems.
Below the university level, vocational and technical schools are also building up robotics facilities. In November 2025, Berettyóújfalui Szakképzési Centrum published a contract notice for two new educational robots, to be delivered, assembled and commissioned, with manufacturer-specific training for ten users and a 36‑month warranty, and with explicit acceptance of equivalent devices. On 21st January 2026, Stredná priemyselná škola elektrotechnická, Plzenská 1, Prešov followed with a tender for equipment for teaching automation and robotics, including training and software equipment with accessories and an educational robotic kit.
Multi-part procurements are also emerging. In April 2026, Powiatowe Centrum Kształcenia Zawodowego i Ustawicznego w Wodzisławiu Śląskim advertised the delivery of equipment for electronics and electrotechnics laboratories and a robotics laboratory, split between teaching equipment for a vocational education centre and mobile robots for a skills centre. In February 2026, Politechnika Morska w Szczecinie sought educational robots and a cobot with equipment for its AquaCyber Lab project, insisting on detailed minimum requirements while allowing equivalent solutions.
Some authorities are investing directly in training. On 27th February 2026, Podkarpacki Zespół Placówek Wojewódzkich w Rzeszowie tendered for educational robotics training, covering up to 210 sessions on learning programming and building educational robots, along with preparation of training materials and participant assessment. In March 2026, Consejería de Digitalización issued a prior information notice on the supply of technological equipment to integrate and develop robotics content in primary and compulsory secondary education in Madrid under the School 4.0 Programme.
Accessibility is also a driver. On 30th December 2025, Universitatea Stefan cel Mare Suceava published a notice for the supply of a humanoid robot intended to enhance accessibility for students with disabilities, supporting their participation in educational activities on equal terms.
These examples show robotics moving steadily into classrooms and labs, from primary schools to doctoral programmes. The Ostrava tender adds humanoid AI platforms to that mix, at the more specialised end of the spectrum.
Outside education, recent notices point to a rapid spread of robotics across healthcare, agriculture, safety and justice. Many of these projects revolve around highly specialised systems rather than humanoid robots, highlighting how unusual it still is to procure human-like platforms.
Hospitals feature strongly. In October 2025, UNIVERZITETNI KLINIČNI CENTER MARIBOR issued a contract notice for the purchase of a surgical robot, bundled with long-term maintenance and supply of consumables. In November 2025, SPLOŠNA BOLNIŠNICA DR. JOŽETA POTRČA PTUJ sought a pharmacy robot for medication management, requiring integration with ERP systems, personnel training and comprehensive maintenance. By April 2026, Klinička bolnica Merkur and KB Dubrava had each advertised tenders for a multifunctional robotic surgical system for minimally invasive surgery and for a robotic surgical system respectively.
Rehabilitation and laboratory work are also being automated. On 4th February 2026, Jihomoravská zdravotní, a.s. published a notice for a robotic system for upper limb rehabilitation, including training, warranty service and safety inspections. Earlier, in December 2025, Ministerstvo vnitra had launched a framework for pipetting robots, acquiring four sets of automated systems.
Other sectors are using robots as research tools. In March 2026, Politechnika Wrocławska advertised a contract for an autonomous robot for composite production as part of the Public Safety Technology Center project, linking robotics to research on structural safety. That same month, KMETIJSKI INŠTITUT SLOVENIJE sought research equipment for advanced robotic and digital technologies in agriculture, with a focus on crop production, horticulture, grassland management, fruit growing and viticulture.
Robotics is also appearing as a horizontal capability in administrations. On 22nd December 2025, Oikeusrekisterikeskus issued a notice for expert services in robotics and software automation to support projects across a ministry of justice's administrative sector. In October 2025, Województwo Mazowieckie launched a contract for technical and substantive support for the development of a precision horticulture robot, including preparation of procurement documentation and oversight of implementation and acceptance processes.
Across these notices, several themes recur:
The Ostrava tender fits this pattern by specifying transport and installation alongside the core requirement for humanoid robots. Its emphasis on master's and doctoral education, however, marks it out as an investment in skills and research capacity rather than in a single operational process.
For suppliers of humanoid platforms and AI control software, the contract notice from Vysoká škola báňská - Technická univerzita Ostrava offers a chance to place systems at the centre of advanced research and teaching. It arrives just weeks after Česká národní banka began preliminary market consultations on a humanoid robotic head with arms, underlining a growing interest in human-like systems beyond traditional robotics hubs.
Future notices will show whether more universities choose humanoid robots over more task-specific platforms, and how far education buyers follow hospitals and industry in bundling training, maintenance and integration into long-term partnerships. For now, the Ostrava procurement signals that humanoid robots are becoming part of the standard toolkit for AI and robotics research, not just experimental curiosities.
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