AI Specialists in Lithuania: Salaries Reach €10,000 as Student Numbers Surge

September 4, 2025
While the number of advanced AI-driven technologies in Lithuania continues to grow, the key component remains people. Companies today have high expectations—they seek specialists capable of performing specific tasks, yet such professionals are scarce. It's no surprise, then, that experienced AI experts can earn up to €10,000. The good news is that interest in AI bachelor's studies is steadily increasing: this September, the number of enrolled students has doubled.
 
According to the IBM 2025 CEO Study, 54% of CEOs are hiring for AI-related roles that didn’t exist just a year ago. The same trend is visible in Lithuania—AI infrastructure is being implemented across more and more companies, driving demand for a wide range of specialists: from AI integration experts and robotics engineers to AI ethics specialists, machine learning and deep learning engineers, and big data architects.
 
“Anyone working on AI projects understands that it's not enough to just have the technology and an idea—you need a team capable of handling every stage, from data preparation to maintaining the model in daily operations. Companies are looking for professionals who can already perform specific tasks, and that’s the main challenge: there are very few such people on the market,” says Rėdas Šimelis, CEO of 3RTechnology, a company that supplies AI infrastructure.
 
According to him, the AI specialist community is growing, but not quickly enough to meet current demand. In the past, the latest technologies would reach Lithuania after several years, but those days are over—today, modern equipment is implemented almost in sync with the global market. And that only increases the need for skilled professionals.

Student Numbers More Than Doubled in a Year
 

Some companies are patiently cultivating talent from student ranks. The conditions are favorable, as interest in AI studies has surged in recent years. The Artificial Intelligence Systems program at VILNIUS TECH launched in 2021 with just 15 students. This year, the program received 440 applications—1.5 times more than last year’s 284—and accepted more than twice as many students: from 41 last year to 84 this year. In five years, the number of applicants has grown 3.5 times. Every year, the program also attracts international students—this year, about 50.
 
“We’re seeing a clear upward trend in demand for AI studies. Most bachelor’s students start working while still studying, often staying with the companies where they complete internships. Meanwhile, master’s programs are chosen by professionals already in the workforce who want to deepen their knowledge.

We’re observing that during their studies, they often change jobs—moving into higher positions or more innovative companies,” says VILNIUS TECH Professor Dr. Simona Ramanauskaitė.
 

Due to the strong demand for graduates with specialized AI knowledge, VILNIUS TECH launched two new master’s programs last autumn: Artificial Intelligence Engineering, which admitted 21 students in 2024 and 39 in 2025, and AI Solutions Management, which grew from 19 students last year to 52 this year.

Turning Code Into Solutions Takes Hundreds—Even Thousands—of Work Hours

According to VILNIUS TECH Professor Dr. Artūras Serackis, the creation of new study programs is directly linked to what the market currently demands.

“AI specialists need to be well-rounded professionals. It’s a misconception that AI studies are only about using ChatGPT, Gemini, or Copilot. The need to implement AI in manufacturing, services, or quality control is very diverse, and generative models are only suitable in 1 out of 10 cases. In all other situations, the most effective solutions are based on smaller, more efficient, and faster machine learning models, often combined with specialized electronic devices,” says Prof. Serackis.
 

He emphasizes that a true AI professional is someone who can solve a company’s specific problems and ensure the developed solution works reliably.
 
“Often, the solution has to operate autonomously—gather data from various sources, process and interpret it, synchronize it, ensure security, make decisions in real time, and consider operational costs. From an experimental code to a functioning solution can take hundreds or even thousands of high-level engineering and IT work hours,” he explains.

Experienced AI Professionals Earn Up to €10,000

These are the competencies that are in highest demand today—but also the hardest to find. Aistė Ričkutė, Head of the Tech Recruitment Team at People Link, notes that Lithuanian companies are increasingly seeking employees who can work with AI technologies. And it’s no longer just tech companies—AI expertise is now sought in manufacturing, services, and logistics as well.
 

“Companies have very high expectations for candidates—they’re not only looking for experience but also the ability to take ownership of specific tasks and deliver results. At the same time, AI specialists with years of experience are in extremely high demand, and they’re well aware of their market value, which is reflected in their salary expectations,” says Ričkutė.
 
Salaries in Lithuania’s AI sector vary depending on experience and position. AI engineers typically earn between €4,000 and €5,500 gross, while team leads can earn anywhere from €6,000 to €10,000 gross. These figures vary based on company size, sector, and specific needs.
 
Ričkutė predicts that demand for AI specialists will continue to grow, pushing companies to choose between hiring from the market or developing talent internally. The latter requires investment in training, courses, and upskilling—but external competition for experienced professionals is only getting tougher.

Related news

€75,000 Funding Opportunity for Women-Led Deep Tech Startups
€75,000 Funding Opportunity for Women-Led Deep Tech Startups
Women-led deep tech startups are invited to apply for the European Union-funded "Women TechEU 2" program. This initiative aims to strengthen women's entrepreneurship in the technology sector, foster innovation, and help promising startups prepare for further growth and attract additional funding. Selected participants will receive a €75,000 grant and the opportunity to take part in a six-month tailored business development program. During this period, startups will be provided with mentoring, consulting, and training services designed to accelerate business growth and enhance competitiveness in the international market. The total budget for the "Women TechEU 2" program is €12 million. The plan is to fund 160 women-led startups from across Europe. Application Process The application process for the new call consists of two stages. First, applicants must submit an application for the Eligibility Strand to verify whether the startup meets the program's requirements. Applicants deemed eligible will then be invited to submit a Full Proposal. The eligibility assessment stage began on June 1, 2026. Applications are accepted on a rolling basis, with evaluations conducted weekly – the weekly submission deadline is every Tuesday by 18:00 (17:00 CEST). The first deadline is June 30, 2026, and the final deadline is July 13, 2027. Applicants will receive their eligibility assessment results no later than one week after the respective submission deadline. Who Can Apply? The program is designed for women-led, early-stage deep tech startups. To be eligible for funding, the following conditions must be met: At least one founder or co-founder of the startup is a woman; A woman holds a top-level executive position (CEO, CTO, or equivalent); Women hold at least 25% of the company's shares. Program Objectives The "Women TechEU 2" program aims to: Promote women's entrepreneurship in the deep tech sector; Help innovative startups scale up and attract additional European Union funding; Strengthen European innovation ecosystems; Support the development and commercialization of new technologies. Potential applicants are encouraged to review the application guidelines in advance and avoid waiting until the final deadline to submit their proposals. More information can be found here: https://womentecheurope.eu/active-calls/
More
New doctoral dissertation
New doctoral dissertation
VILNIUS TECH Library invites you to follow the published new dissertations. The dissertation „Performance investigation of a hybrid car engine fuelled with gasoline and gaseous mixtures“ („Benziną ir dujų mišinius naudojančio hibridinio automobilio variklio efektyvumo tyrimas“) prepared at VILNIUS TECH by Tadas Vipartas. The dissertation was prepared in 2021–2026. Scientific consultant – Prof. Dr Alfredas Rimkus. The dissertation was defended at the public meeting of the Dissertation Defence Council of the Scientific Field of Transport Engineering in the Aula Doctoralis Meeting Hall of Vilnius Gediminas Technical University at 9 a.m. on 12 June 2026. This dissertation investigates the use of alternative fuels (natural gas and hydrogen) to increase the efficiency of a spark-ignition engine. The impact of different fuels and engine control algorithms on the combustion process and on energy and ecological indicators was determined and evaluated by analysing the emerging technological constraints within the context of a power-split (series-parallel) hybrid powertrain. The dissertation presents a review of scientific literature, analysing the directions for internal combustion engine improvement, the properties of gaseous fuels and the challenges of their application, along with the operating principles of automotive hybrid powertrains. Bench tests were conducted to investigate the effect of late intake valve closing timing on an engine operating on natural gas, and the influence of hydrogen additives on the combustion process and knock control. The numerical analysis of the engine’s combustion process was performed using AVL BOOST™ software, while the energy and ecological indicators of the hybrid vehicle were evaluated through experimental research and numerical simulation in the AVL CRUISE™ software. The following main results were obtained in the dissertation: retarding the intake valve closing timing increased the brake thermal efficiency and NOx emissions while reducing carbon dioxide emissions when the engine operates on natural gas. It was determined that a hydrogen additive in the fuel improves the engine’s energy indicators, but increases nitrogen oxides emissions and the risk of engine knock. Engine knock is effectively managed by retarding the ignition advance angle. Numerical simulation results confirmed that these trends persist during the Worldwide Harmonized Light-duty Vehicles Test Cycle: the use of hydrogen reduces fuel consumption and carbon dioxide emissions, but increases nitrogen oxides emissions. The dissertation results revealed the potential of these technologies and strategies for their application. The obtained data can be applied in the development and selection of advanced engine control algorithms and in the formulation of technologically sound environmental standards. Nine scientific articles have been published on the topic of the dissertation: six in scientific journals indexed in the Clarivate Analytics Web of Science database with an impact factor, one in a scientific journal indexed in the Clarivate Analytics Web of Science database without an impact factor, one in conference proceedings indexed in the Clarivate Analytics Web of Science Conference Proceedings Citation Index, and one in peer-reviewed conference proceedings not indexed in international databases. The research results were presented at three scientific conferences in Lithuania and Poland. Doctoral dissertation readers can search via VILNIUS TECH Virtual Library.
More