site.btaEurope’s Higher Education Changes Affect Bulgarian Students’ University Choices Abroad

Changes in Europe’s higher education landscape are gradually affecting Bulgarian students, who are increasingly expanding their choices beyond traditional destinations such as the UK, Germany and the Netherlands. Students prefer countries that combine strong academic programmes, an international environment and good career prospects. Italy, Spain, France and Austria attract students with a variety of programmes, including those taught in English, while the Scandinavian countries continue to stand out for their innovative education models and strong links between universities and the labour market, shows an analysis by the Darbi education consultancy, which organises the Study Abroad exhibition, aimed at students applying for admission in 2027. 

The exhibition will be held on September 19 at INTERPRED WTC in Sofia, on September 26 in Burgas and on September 27 in Varna. 

The exhibition organisers noted that access to programmes in Denmark and other Northern European countries should be viewed in the context of their publicly funded higher education systems. Government funding may lead to limitations on the number of places available to international students. Traditional study destinations are also becoming less accessible. Since Brexit, the UK has introduced higher international tuition fees and visa requirements, while the Netherlands is managing international student numbers and English-taught programmes. Students are therefore increasingly weighing costs, language, study options and career prospects when choosing where to study. 

The degree programmes of the future will not simply be those that are popular today, but those that can work alongside artificial intelligence (AI). AI is already changing how programmers, finance professionals, lawyers, designers, doctors and engineers perform their daily tasks, and this collaboration is likely to become standard over the next 10 to 20 years, education experts say. According to them, future demand will extend beyond computer science to fields such as biotechnology, medicine and engineering. As AI becomes more capable, human skills such as critical thinking, creativity, communication and decision-making will become increasingly valuable. Working with AI will therefore be less about the technology itself and more about knowing how to use it effectively. 

Bulgarian university applicants are now more mobile, informed and pragmatic than they were 20 years ago, looking beyond what they will study to where their education can take them. International experience, internships, work opportunities and career prospects abroad are increasingly important. The geography of students’ choices is also changing, with the Netherlands, Austria, Germany, Italy and Spain among the leading destinations, while the UK has a smaller share following changes to the conditions for European students. The idea of a good degree is also changing, with growing interest in combinations such as technology and business, data and economics, and medicine and biotechnology. Students increasingly seek flexible skills rather than a profession for life, viewing a degree as a platform for future career choices. 

The education of the future will not be measured by the amount of knowledge a student has acquired, but by their ability to apply it in practice. Today’s students will enter a rapidly changing labour market, with some future jobs not yet existing. According to the World Economic Forum, 39% of today’s key skills are expected to change by 2030, while 59% of workers will need additional education or a qualification. Lifelong learning is therefore replacing the idea of a degree for life, education experts say. According to them, critical thinking and technological awareness will be essential skills for today’s students. 

Education in the future will focus not only on what students know, but also on how they think, assess information and use AI. By 2040, the ability to adapt may be more valuable than any single profession chosen at 18. 

Choosing specialized subjects and starting career guidance early can shape future university options. Mathematics and computer science can lead to engineering, AI and economics, while biology and chemistry can prepare students for careers in medicine and biotechnology. Universities increasingly consider applicants’ specific preparation, making early planning important without requiring students to choose a lifelong career at 15.