Serbia’s technology and manufacturing sectors are increasingly connected through engineering activities spanning software, automotive systems, energy management and industrial production. Microsoft, Schneider Electric, Continental, Databricks, HTEC, Vega IT and Nordeus are among companies with development or technology operations in the country, while automotive manufacturers and suppliers provide industrial applications for engineering expertise.
- Technology centres are increasingly connected to manufacturing
- Engineering activity spans software and industrial production
- Research spending remains below the European average
- Corporate mandates determine where engineering value is retained
- Investment policy is shifting toward research and technology outcomes
- Skills development faces demographic and wage pressures
- M&A could reshape ownership of Serbian technology companies
The combination gives Serbia an established base for research, technology and engineering services. The country’s development challenge is reflected in its relatively limited research expenditure: R&D spending reached RSD90.58 billion in 2024, equivalent to 0.94% of GDP, compared with an EU average of 2.24%. Serbia employed 30,810 people in R&D, including 19,323 researchers, while businesses represented almost two-thirds of the 487 organisations conducting research.
Technology centres are increasingly connected to manufacturing
Microsoft has operated a Serbian development centre for 20 years, while Schneider Electric’s Novi Sad hub employs more than 1,000 people working on energy-management technology. Continental develops automotive systems in Novi Sad, while Databricks operates a development centre in Belgrade. Domestic and regional technology companies including HTEC, Vega IT and Nordeus add further engineering capacity. The manufacturing sector provides applications for these capabilities. ZF’s e-mobility operations in Pančevo, along with Continental, Brose, Bosch and other automotive suppliers, generate demand for embedded software, testing, automation, tooling and production-process engineering.
Stellantis’s Kragujevac operations add another major industrial customer base. In the tyre sector, Toyo Tire’s new European R&D centre in Inđija is scheduled to begin operations in January 2027, alongside the company’s factory and proving ground. The centre will bring materials, product design and manufacturing activities together at the site.
Engineering activity spans software and industrial production
Serbia’s technology base is developing around the interaction between digital engineering and physical production. Engineers can work across software, control systems, vehicle electronics, power equipment and manufacturing processes within the same industrial environment. The country operates in a regional market that includes larger engineering and technology centres such as Bucharest, Budapest, Kraków and Prague. Serbia’s industrial structure provides opportunities for teams working directly with manufacturing facilities and production systems.
The development of research and technology operations is therefore increasingly linked to deployment rather than standalone software development. Automotive factories, energy-management systems, industrial equipment and production lines provide applications for engineering teams working in Serbia.
Research spending remains below the European average
Serbia’s RSD90.58 billion in R&D expenditure in 2024, equal to 0.94% of GDP, remains substantially below the EU average of 2.24%. The country nevertheless has a broad institutional research base. Universities, public research institutes and corporate development centres operate alongside one another, while businesses account for almost two-thirds of organisations involved in research.
The relatively low level of national research expenditure limits the scale at which Serbia can develop proprietary products and intellectual property. Multinational companies can assign development work to Serbian teams while retaining product architecture, patents, investment decisions and ownership at headquarters. Domestic technology companies face a different constraint, with access to patient capital and international distribution remaining important for moving from engineering services into owned products.
Corporate mandates determine where engineering value is retained
The structure of Serbia’s largest technology centres varies according to their responsibilities within international groups. Microsoft Serbia contributes to global engineering, rather than operating solely around the domestic market. Schneider Electric’s Novi Sad operations work on energy software connected to the company’s global installed base, while Continental’s engineers operate alongside an established automotive supply chain.
Databricks extends a global data platform through its Serbian development operation. Toyo Tire’s planned Inđija R&D centre will directly connect European product development with a Serbian production facility and proving ground. These arrangements give engineering teams responsibilities tied to products and production systems rather than staffing alone. Domestic value creation also depends on connections between companies, universities and suppliers. Engineers require access to capital and mechanisms for creating suppliers or spin-outs while complying with intellectual-property arrangements. Universities need access to shared equipment and research projects defined around industrial requirements. Local toolmakers and testing laboratories also require certifications allowing them to serve multiple industrial customers rather than relying on a single anchor company.
Investment policy is shifting toward research and technology outcomes
Serbia’s investment regime has traditionally focused on attracting employment and capital expenditure. For R&D projects, performance can instead be measured through multi-year product mandates, company-funded doctoral programmes, patents used in production, development of local suppliers and export revenue generated from proprietary technology.
Companies receiving support for engineering centres can also be assessed according to whether those centres control budgets, product lines or technology development programmes, rather than solely the number of employees. Research infrastructure is another component of the development model. Engineering companies require reliable electricity, cloud infrastructure, high-performance computing, shared research equipment, technology-transfer offices and procurement channels for initial customers. The operating environment also affects the ability of technology companies to commercialise research. Employee equity arrangements and cross-border technology licensing need to support the development and transfer of intellectual property.
Skills development faces demographic and wage pressures
Serbia’s universities produce engineering graduates, but emigration, demographic decline and rising wages constrain the expansion of a labour-intensive technology model. Rapid recruitment can increase competition among existing companies without proportionately expanding the number of teachers, doctoral researchers or experienced engineering managers. Companies can end up recruiting employees from one another, increasing labour costs without necessarily expanding the overall engineering capacity. Education and training therefore need to cover electronics, materials, mechanical engineering and data science, alongside software development.
M&A could reshape ownership of Serbian technology companies
Acquisitions are another factor affecting the structure of the engineering sector. Global technology companies can acquire Serbian development teams, while industrial companies can purchase specialised automation and engineering businesses. Domestic consolidators can also combine engineering services with proprietary software. Such transactions can provide capital and international distribution, while potentially transferring strategic decision-making outside Serbia. The development of new companies depends partly on the recycling of founder capital and management experience into subsequent businesses. Serbia already has established R&D and research-and-technology operations in selected sectors. The development of higher-value activity depends on stronger links between software and industrial equipment, multinational technology platforms and Serbian suppliers, and public research institutions and commercial customers.
