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Are you a researcher who wants to work on one of the most urgent governance questions facing science today: how to stay open to international collaboration in a world of growing geopolitical rivalry? Do you think in systems, and do you enjoy working with scientists, policymakers and security professionals to make sense of complex trade‑offs? Then this position may be for you.
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Are you a researcher who wants to work on one of the most urgent governance questions facing science today: how to stay open to international collaboration in a world of growing geopolitical rivalry? Do you think in systems, and do you enjoy working with scientists, policymakers and security professionals to make sense of complex trade‑offs? Then this position may be for you.
Universities and research institutes need open, international collaboration to tackle global challenges. The energy transition depends on it, and so do climate change mitigation and adaptation. At the same time, technologies that matter for the energy transition have become strategic assets in geopolitical and geo‑economic competition. Examples include energy storage and batteries, catalysis and solar fuels, hydrogen, and the critical materials they rely on. The same tensions arise, in different forms, in other strategically sensitive fields, in particular quantum technology, artificial intelligence and biotechnology. You will take energy transition technologies as your primary focus and compare them systematically with these three domains, to find out which knowledge security risks and responses are specific to a field and which are shared. Dutch and European knowledge institutions are introducing knowledge security measures such as partner screening, risk classifications and export‑control compliance. We know little about what these measures actually achieve. We know just as little about what they cost in lost collaboration, scientific progress and academic freedom.











Universities and research institutes need open, international collaboration to tackle global challenges. The energy transition depends on it, and so do climate change mitigation and adaptation. At the same time, technologies that matter for the energy transition have become strategic assets in geopolitical and geo‑economic competition. Examples include energy storage and batteries, catalysis and solar fuels, hydrogen, and the critical materials they rely on. The same tensions arise, in different forms, in other strategically sensitive fields, in particular quantum technology, artificial intelligence and biotechnology. You will take energy transition technologies as your primary focus and compare them systematically with these three domains, to find out which knowledge security risks and responses are specific to a field and which are shared. Dutch and European knowledge institutions are introducing knowledge security measures such as partner screening, risk classifications and export‑control compliance. We know little about what these measures actually achieve. We know just as little about what they cost in lost collaboration, scientific progress and academic freedom.
Your work has three connected parts.
1. Assessing knowledge security measures (about 50%, Work Package 7)
2. Developing interdisciplinary analytical perspectives (about 30%, Work Package 2)
3. Connecting to international knowledge security communities (about 20%, Work Package 3)
You will also join the consortium’s summer and winter schools for early‑career researchers. You may do a short research secondment of one to two months with one of the project’s cooperation partners.
Required:
Preferred:
Your work has three connected parts.
1. Assessing knowledge security measures (about 50%, Work Package 7)
2. Developing interdisciplinary analytical perspectives (about 30%, Work Package 2)
3. Connecting to international knowledge security communities (about 20%, Work Package 3)
You will also join the consortium’s summer and winter schools for early‑career researchers. You may do a short research secondment of one to two months with one of the project’s cooperation partners.
Required:
Preferred:
You will work in KNOWSEC‑NL, Fostering the Resilience of the Dutch Knowledge Sector: Knowledge Security and Research in a Geopolitical Context (2027–2031). This is a large interdisciplinary consortium funded by the Dutch Research Council (NWO) under the Dutch Research Agenda (NWA). It brings together researchers from Maastricht University, the University of Amsterdam, the University of Twente, TU Delft, the University of Groningen, Utrecht University, CWI, the Netherlands Defence Academy, Hogeschool Utrecht and the Rathenau Institute. It works with cooperation partners including the Ministries of Foreign Affairs and Defence, SURF, Neth‑ER, Amsterdam UMC, TNO and international partner institutions.
You will be based at SEVEN, the University of Amsterdam’s interdisciplinary climate institute. SEVEN treats climate change as a systemic challenge and develops knowledge and interventions that remove systemic barriers to fair and effective climate solutions. In line with that approach, you will treat knowledge security as a systems problem. Energy transition technologies will be the main anchor of this analysis quantum technology, AI and biotechnology are comparison cases, to show where risks, benefits and the effects of measures differ between domains and where they converge. You will be supervised by Prof. André Nollkaemper and Prof. Machiko Kanetake . You will work closely with UvA colleagues in chemistry, energy technology, AI, quantum technology and biomedical research at the UvA, CWI and Amsterdam UMC.
You will work in KNOWSEC‑NL, Fostering the Resilience of the Dutch Knowledge Sector: Knowledge Security and Research in a Geopolitical Context (2027–2031). This is a large interdisciplinary consortium funded by the Dutch Research Council (NWO) under the Dutch Research Agenda (NWA). It brings together researchers from Maastricht University, the University of Amsterdam, the University of Twente, TU Delft, the University of Groningen, Utrecht University, CWI, the Netherlands Defence Academy, Hogeschool Utrecht and the Rathenau Institute. It works with cooperation partners including the Ministries of Foreign Affairs and Defence, SURF, Neth‑ER, Amsterdam UMC, TNO and international partner institutions.
You will be based at SEVEN, the University of Amsterdam’s interdisciplinary climate institute. SEVEN treats climate change as a systemic challenge and develops knowledge and interventions that remove systemic barriers to fair and effective climate solutions. In line with that approach, you will treat knowledge security as a systems problem. Energy transition technologies will be the main anchor of this analysis quantum technology, AI and biotechnology are comparison cases, to show where risks, benefits and the effects of measures differ between domains and where they converge. You will be supervised by Prof. André Nollkaemper and Prof. Machiko Kanetake . You will work closely with UvA colleagues in chemistry, energy technology, AI, quantum technology and biomedical research at the UvA, CWI and Amsterdam UMC.
For questions about the position, contact:
Prof. André Nollkaemper, [email protected]
Prof. Machiko Kanetake, [email protected]
Apply online through the ‘Apply now’ button. We accept applications until and including November 30, 2026 Please submit:
Please combine all documents except the CV into a single PDF. Interviews are expected in December 2026,. A knowledge security check may be part of the selection procedure.
For questions about the position, contact:
Prof. André Nollkaemper, [email protected]
Prof. Machiko Kanetake, [email protected]
Apply online through the ‘Apply now’ button. We accept applications until and including November 30, 2026 Please submit:
Please combine all documents except the CV into a single PDF. Interviews are expected in December 2026,. A knowledge security check may be part of the selection procedure.








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