CAREER FEATURE

Europe is a top destination for many researchers

Language, cultural differences and expense are common downsides, but there are opportunities to learn new techniques, work in diverse settings and polish confidence.

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University of Bonn

The University of Bonn in Germany is one of the many institutions across Europe that are attracting early-career researchers from around the world.Credit: The Image Bank/Getty

Fathiah Zakham’s career so far has spanned much of the globe: the Yemeni scientist (who was born in Saudi Arabia) earned her PhD in Morocco and did postdoctoral research in Switzerland and Finland. In Yemen, she worked as a microbiologist at Hodeidah University until 2015, when it was bombed by an international military coalition fighting Yemeni rebels.

Now, in Finland, she has found a safe and more liberal research environment than in Yemen. “I was never free there to do the research I wanted to do,” says Zakham, who has been conducting research on tuberculosis and viral fevers at the University of Helsinki since 2018. “Male colleagues refused to involve me in any activity or projects. My supervisor here grants me every freedom I could ask for.” The long-stay European visa she obtained, together with a grant from the Institute of International Education in New York City, enabled her to go to Switzerland in 2017 for a postdoc at the University of Lausanne, before her move to Finland a year later. She adds that she did not consider the United States because of potential visa obstacles (see ‘A snapshot of Europe’).

A snapshot of Europe

Comprising 47 countries — some of which, including Russia and Turkey, are partially located in Asia — Europe has a strikingly diverse landscape in terms of language, culture and history. The majority of its independent states — currently 28 — belong to the European Union, a common economic space established in 1957 with the goal of ending frequent wars between neighbouring nations. Following a 2016 referendum, the United Kingdom might leave the EU soon, although the status of ‘Brexit’ was still unclear at press time.

Fixed-term research positions and training opportunities for non-EU scientists and students are available at universities and research institutes across Europe. European and national funding agencies and academic exchange services, scientific societies and private foundations offer a wide range of support for early-career scientists from around the world. Scientists unfamiliar with Europe’s funding landscape should first consult Euroaxess, a mobility portal maintained by the European Commission in Brussels.

The European Research Council (ERC) has agreements with a number of countries — including Australia, Canada, China, India, Japan, South Korea, Mexico and the United States — that allow young researchers to temporarily join ERC-funded teams in Europe.

In only three European countries — the United Kingdom, Ireland and Malta — is the official language English. But English is the lingua franca in most labs across the EU. Citizens in many counties, especially in Scandinavia, the Netherlands, Belgium, Finland, Germany and Poland, have a good command of English. The language is spoken less frequently in France, Spain and Italy.

Citizens from more than 100 countries worldwide are required to obtain a visa to enter any EU country. A short-stay visa for up to 90 days — sufficient for attending conferences or training courses — is normally straightforward to obtain. A group of 26 member states that abolished passport controls at their mutual borders have established common visa policies to facilitate international travel. The so-called Schengen Area includes the non-EU countries Switzerland, Norway and Iceland, but not the United Kingdom.

Conditions for long-stay visas and work permits vary. EU member states are currently working to harmonize mobility rules for researchers and students from outside the EU. Euroaxess provides a broad range of country-specific practical information on entry conditions, accommodation, health insurance, banking and schooling.

Quirin Schiermeier

The United States remains the most popular country for junior scientists, particularly those from Asia, in which to seek experience. But the pull of the United States has somewhat waned, owing partly to travel restrictions for students and scholars from several Muslim-majority countries, including Yemen. Applications for specialist visas, which most foreign scientists need to work in the United States, have fallen by 19% since 2016. Conversely, the flow of talent to Europe is on the rise.

Moving to a new country enables early-career researchers to gain fresh cultural and scientific perspectives. For many non-European Union scientists, a successful research project in Europe is also a springboard to a career in their home country.

“I can affirm that I have my job thanks to my stay in Europe,” says Regina de Sordi, a pharmacologist at the Federal University of Santa Catarina in Florianópolis, Brazil. She spent two years as a postdoc at Queen Mary University of London, UK, from 2013 to 2015. The opportunity to collaborate with international researchers in Europe furthered her career in Brazil, she says.

Cutting edge

One of the attractions of Europe is the chance to gain experience in a multicultural research environment using advanced scientific techniques and state-of-the-art instruments. “During my stay in Germany, I was trained on how to work with a wide range of cell lines from fibroblasts to induced pluripotent stem cells,” says Nowsheen Goonoo, a biochemist from Mauritius who spent a year at the University of Siegen in 2016–17 as a postdoc.

Goonoo, now a postdoc at the University of Mauritius, says that she found her stint in Germany — funded by the Alexander von Humboldt Foundation — to be an enriching experience on a professional and personal level. “It was relatively easy to adapt to the German lifestyle and food,” she says. She received hands-on training in atomic-force microscopy, fluorescence microscopy and X-ray diffraction, and built networks that resulted in several joint publications. In 2017, she returned to her former group, where she now oversees the cell-culture lab. “Experience I acquired in Germany is highly beneficial for the progress of our research on biomaterials and polymer characterization,” she says.

De Sordi, whose native Brazil attracts relatively few international students, says that it was hard to imagine how international science can be before arriving in the United Kingdom. In London, she joined a group that included young scientists from China, Ireland, France and Japan.

She says that it was difficult at first to acclimatize but that she grew more comfortable as time went on. “People are more reserved here, so I was feeling quite alone in the beginning,” notes de Sordi, who adds that she also found English hard to understand, initially. “I was quite surprised that my years of English classes were not as helpful as I imagined. But after six months I was used to the differences in culture and I was absolutely in love with everything. I learned something new every day in a very inspiring environment. After this international experience I was really another person — much more confident, personally and as a scientist.”

Europe, of course, has downsides, including language barriers, administrative burden, a high cost of living in many EU cities and a perplexing diversity of national and European funding systems. Some find cultural differences difficult to navigate, for instance citing the unspoken, unwritten protocols that surround traffic, bicycles and queues. Social and professional relationships can also be challenging; some wonder whether it’s OK to ask colleagues for help. And southern and eastern European countries generally draw fewer international researchers than do northern European countries, such as the Netherlands, Germany or the United Kingdom.

However, the EU’s well-developed research infrastructure and varied funding sources puts it on a par with North America and Asia’s strongest science-focused countries. In 2018, scientists in the EU produced about 25% of the global share of peer-reviewed science and engineering papers — more than either China (21%) or the United States (17%). And most scientists who relocate to Europe from regions that have fewer resources find that conditions for science — including funding, training opportunities and access to research facilities and lab reagents — are much better than in their native area.

“Many people want to go to the United States because they think it’s the best place to do science,” says Yulia Ermakova, a Russian postdoc at the European Molecular Biology Laboratory (EMBL) in Heidelberg, Germany. “But for me, EMBL is what scientific paradise might look like. I really couldn’t ask for more.” In Russia, she says, she had to wait several months for the delivery of reagents, such as deoxynucleotide triphosphates, which would often arrive overheated, damaged or beyond their expiry date. At EMBL, reagents arrive within a few days of ordering and at much lower cost than in Russia.

Russian scientist Yulia Ermakova says that EMBL in Heidelberg, Germany, is a “scientific paradise”.Credit: Dmytro Dziuba

EMBL is Europe’s flagship biology lab. This intergovernmental organization involves more than 80 independent research groups at six sites in Heidelberg and Hamburg in Germany, Barcelona in Spain, Grenoble in France, Rome, and Hinxton in the United Kingdom. Scientists there can rely on some of the most advanced microscopy facilities in the world and receive tailored training in analysis techniques for their projects. EMBL also organizes regular training courses and summer schools, such as in bioinformatics, image analysis or CRISPR–Cas engineering, which visiting scientists from around the world can attend.

But Europe’s research capacities are distributed unequally. Strong science hubs in western and northern Europe contrast with less-developed science landscapes in the south and southeast. Countries such as Bulgaria and Romania, both of which joined the EU in 2007 and which invest little in science, scarcely benefit from the bloc’s allure for foreign scientists. Others, including Finland, Sweden, Germany and Switzerland, which are among the world’s top science spenders, attract thousands of foreign researchers each year. So does the United Kingdom, which hosts some of Europe’s highest-ranked research universities. In the 2017–18 academic year, around 25,000 scholars and scientists in the country — more than 12% of the total UK academic research staff — were from non-EU countries. No one knows how severely British science will be affected by the United Kingdom leaving the EU (and indeed, whether or when that will take place), but some leading UK scientists predict catastrophe.

Unfamiliar environment

Non-EU scientists should learn well in advance about visa requirements and work permits in their country of choice. They should also check on opportunities — such as the Emmy Noether programme in Germany — to continue their research careers in Europe after their initial funding expires. The scheme, run by Germany’s main funding agency, the DFG, gives highly qualified early-career researchers the chance to lead an independent junior research group for a period of six years.

“You want to make sure you can survive in an unfamiliar environment,” says neuroscientist Sha Liu from China, a group leader at the Centre for Brain and Disease Research of the Flanders Institute for Biotechnology (VIB) in Leuven, Belgium. “Try to learn the local language as best as you can. If you need to recruit junior scientists, lose no time looking around for talent. And do get familiar with local funding mechanisms: if there is only one opportunity per year to apply for certain grants, you don’t want to miss the deadline.”

Liu had spent eight years as a postdoc at Johns Hopkins University in Baltimore, Maryland, before he moved to Belgium in 2017. He wanted to expand his research on the function of sleep in the brain, focusing on the underlying molecular and cellular mechanisms, but didn’t want to join a less-venerated US lab to pursue his career, due to competition for the limited number of positions in his field. One year before his US contract ended, a senior scientist at the VIB encouraged him to apply for a grant from the European Research Council (ERC), the basic research arm of the EU’s multibillion-euro research programmes. He quickly wrote a grant proposal, but hardly expected to be invited to Brussels for an interview. He was overwhelmed to learn that he would get a five-year, €1.7-million (US$1.9-million) starting grant that would allow him to set up his own independent lab in Leuven.

He knew little of Belgium, and, after nearly a decade in the United States, wasn’t sure at first whether Europe was the right place for him to do science. Relocating also brought some difficult new tasks. “Finding PhD students and postdocs was quite a challenge,” he says now. “I didn’t expect that.” But thanks to extensive coaching, which young faculty members receive in Leuven — including training in language, communication, teaching and management skills — he soon settled into his new surroundings. He found that the research environment at the VIB is as liberal and inspiring as it was in Baltimore. “I’m free to do exactly the science I want to do in a very open and international atmosphere,” he says. “Most group leaders here have gathered experience in the United States, and there’s no director telling us what to do. I feel very comfortable indeed.”

On the money

Researchers of any nationality are eligible for ERC grants provided that they are able to do most of the work at an EU research institute. “It was a terrific experience,” says Anna Harris, an Australian anthropologist at Maastricht University in the Netherlands, who in 2016 secured a €1.4-million starting grant from the agency for her research on how digital technologies reconfigure medical practices. “I loved having the opportunity to think up a dream project. Having it funded was extraordinary.”

Although scientists face strong competition for ERC grants, research fellowships are also available from scientific societies such as the Federation of European Biochemical Societies and from the European Commission’s Marie Curie research fellowship programme. National agencies such as the German Academic Exchange Service or the Alexander von Humboldt Foundation also provide stipends and fellowship opportunities for non-EU researchers at all career levels.

When Harris was a PhD student in Australia, she didn’t have the budget to attend overseas conferences, so she rarely had a chance to meet the scholars whose works she read. In her field, she adds, the most eminent scholars were working in Europe. “Here,” she says, “ I find that I meet people who write what I read all the time.”

Europe can be expensive, however. Exceedingly high living costs in cities such as London, Paris, Stockholm and Zurich, which host some of the continent’s best science institutes, are an issue for early-career researchers with modest salaries. “I find the cost of living much higher compared to the United States and Sri Lanka,” says Dilushan Jayasundara, who earned a physics PhD from the University of Houston, Texas, and was a postdoc at Trinity College Dublin from 2010 to 2013. Since then he has been a lecturer at the University of Colombo in Sri Lanka.

But Europe’s science is not confined to expensive capital cities. Smaller, more affordable university towns, such as Leuven in Belgium or Heidelberg in Germany, offer excellent research conditions and stimulating learning environments, too. And the relatively short distances (and good transport connections) in Europe also provide opportunities to meet people and establish connections.

As elsewhere in the world, early-career scientists in Europe face tough competition for funding and are under pressure to produce and publish results. But a reasonable work–life balance is still easier to achieve in Europe than in countries where the level of social protection is poor and exhausting working hours are common in science.

“Science is not a recognized profession in Brazil, where I come from,” says Bernardo Franklin, an immunologist at the University of Bonn in Germany. “In Germany, PhD students are given working contracts, with regulations that provide them with insurances, pension and other benefits, and protect them from exploitation and abusive supervisors.”

Bernardo Franklin

Bernardo Franklin, an immunologist at the University of Bonn, appreciates regulations in Germany that protect PhD students from exploitation in the workplace.Credit: Bruna Franklin

Settling in

Other elements of European culture might not be as easy to digest for scientists who hail from other regions. Maral Dadvar, an Iranian computer scientist at Stuttgart Media University in Germany, felt irritated at first by how reserved some Germans tend to be in everyday life. It also took her quite a while to decipher social conventions. “I wish I had known right away that it’s OK to ask for help and not a sign of weakness,” she says.

But she soon found that the advantage of working in a climate where science is unimpeded by religious state ideology or gender discrimination far outweighs cultural disparities (see ‘Twelve things you need to know about working in the EU). “As a woman, I have much better opportunities to pursue my career in Europe,” she says. “Computer science is already a male-dominated domain everywhere in the world. In Iran the limitations would be severe.”

Twelve things you need to know about working in the EU

With one exception (academic tenure), all of the provisions below stem from European Union legislation. Member states are often afforded flexibility about how they implement directives, perhaps because of negotiated opt-outs or because more generous measures (annual leave, for example) are already in place. EU directives are in many ways analogous to some US federal laws, which set certain standards but are often enhanced by individual US states.

1. The ‘tenure track’ concept doesn’t apply across much of Europe. The United Kingdom, for example, replaced it with a system of permanent and temporary contracts for academics in 1988. A 2014 survey by the League of European Research Universities found it did not exist in Spain and France, with six other countries (Belgium, Finland, Germany, Italy, the Netherlands and Sweden) running tenure programmes on three basic models, along with Switzerland.

2. EU legislation gives pregnant women the right to take time off to attend antenatal appointments during working hours on full pay, and at least 14 weeks paid maternity leave (paid at sick-pay level).

3. Women cannot be dismissed while pregnant or on maternity leave, except in exceptional circumstances not connected to their pregnancy or maternity.

4. Women and men are entitled to take at least four months of parental leave for each child, and are protected against dismissal because of having applied or taken parental leave. They also have the right to return to the same, equivalent or similar job. The EU encourages member states to pay staff during this period.

5. EU legislation treats women and men equally, including with regard to pay (which covers salary and other benefits such as health insurance), training, promotion and working conditions.

6. New EU legislation plans to give men the right to take at least 10 days of paid paternity leave (paid at sick-pay level). If passed, it would also introduce compensation for two out of the four months of parental leave. Workers will also have the right to five days of carers’ leave per year. And parents with children up to at least eight years old, along with carers, will have the right to request flexible working arrangements.

7. The EU Working Time Directive states, among other limitations on working hours, that employees must have at least 11 consecutive hours of rest in every 24 hours and a maximum 48-hour working week. However, employees can choose to opt out of this in writing. Furthermore, the European Court of Justice ruled in May that all EU companies must keep an accurate record of staff working hours.

8. EU legislation allows for a minimum of four weeks paid annual leave. Many countries offer more.

9. Part-time workers cannot be treated less favourably than full-time workers, and cannot be dismissed if they refuse to transfer from full-time to part-time, or vice versa.

10. Employers who send staff from one member state to another temporarily should ensure that the employee’s pay and conditions of employment (including working time, holidays and health and safety) comply with the legislation of the country that they have moved to.

11. If a company gets sold, employees’ contracts should transfer to the new employer unchanged, and this ‘transfer of undertakings’ does not in itself constitute valid grounds for dismissal.

12. Employers should discuss planned collective redundancies with workers’ representatives (for example, a trade union), with information provided in writing about the reason for redundancies, the selection criteria for affected posts and numbers to be made redundant.

David Payne

Staying in Europe for an extended period — beyond a three-year postdoc position, for example — requires careful planning and perhaps some luck. Tenured positions are rare and highly sought after, meaning that scientists in Europe face an employment bottleneck. But EU science is closely connected to industry and policy-making, thus helping to absorb a portion of the qualified workforce that cannot stay in academia.

Flexibility and networking are key for establishing a career outside academia, says molecular biologist Clarissa Rios, a Peruvian postdoc at the Geneva Centre for Security Policy’s global fellowship initiative in Switzerland. A five-month traineeship last year at the European Commission’s Joint Research Centre — a science and knowledge service in Ispra, Italy, where she wrote a report, as yet unpublished, about social dimensions of human genetics — raised her interest in policy advice and science diplomacy.

Rios founded an online mentorship programme to help Latin American young researchers to develop professionally. Her advice to young scientists who are spending time in Europe is to step out of the lab often and look beyond their science.

“Don’t live in a silo,” she says. “Go out and learn how the problems we’re facing are tackled from different sides. It will broaden your horizon — and your career prospects.”

Nature 569, 589-591 (2019)

doi: 10.1038/d41586-019-01570-3
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