The newly announced 15 PhD positions in EXODOCS (ExoMars Rosalind Franklin Doctoral Network) offer a rare opportunity for researchers interested in planetary science, astrobiology, Mars exploration, and space technology. Coordinated by the Universidad de Valladolid and funded under the European Union’s Marie Skłodowska-Curie Actions (MSCA), the program aims to train the next generation of scientists for the ExoMars Rosalind Franklin rover mission.
For students from India and other countries, this doctoral network combines advanced research, international mobility, and generous funding. Moreover, selected candidates will work with leading universities, research institutes, and space-sector partners across Europe. This article explains the eligibility criteria, funding structure, application process, career benefits, and practical tips for applying successfully.
What Is the EXODOCS ExoMars Rosalind Franklin Doctoral Network?
The EXODOCS project is a European doctoral training network focused on planetary exploration and astrobiology. Its primary goal is to support research linked to the ExoMars Rosalind Franklin rover mission, which is expected to play a major role in the search for signs of life on Mars.
The network will recruit 15 doctoral candidates across different scientific fields. These PhD researchers will contribute to projects involving:
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Mars geology and surface processes
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Biosignature detection
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Planetary instrumentation
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Artificial intelligence for planetary data
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Spectroscopy and imaging
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Martian subsurface studies
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Rover mission science
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In addition, the doctoral candidates will receive interdisciplinary training that combines scientific research with transferable professional skills.
Why These Fully Funded PhD Positions Matter
Competition for funded PhD opportunities in planetary science remains extremely high. Therefore, programs linked to real space missions attract strong international attention.
The EXODOCS doctoral network stands out for several reasons.
Direct Connection to the ExoMars Mission
Unlike many traditional doctoral programs, EXODOCS integrates students into research that directly supports the ExoMars Rosalind Franklin rover mission. Candidates may work with mission datasets, Martian simulants, and advanced scientific instruments.
International Research Exposure
The project includes collaboration between universities, research organizations, and industry partners across Europe. As a result, students gain exposure to international research environments and multidisciplinary teamwork.
Strong Career Potential
Graduates from MSCA-funded doctoral networks often move into:
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Space agencies
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Research laboratories
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Aerospace companies
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Data science and AI sectors
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Academic institutions
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For Indian applicants interested in ISRO collaborations or future international research careers, this type of training can significantly strengthen a research profile.
Eligibility Criteria for EXODOCS PhD Positions
Applicants must meet several eligibility conditions before applying. According to the official recruitment guidelines, candidates should satisfy the following requirements:
Academic Qualifications
Applicants must hold a Master’s degree or equivalent qualification in a relevant field such as:
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Engineering
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Physics
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Astronomy
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Astrophysics
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Planetary Science
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Mathematics
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Geology
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Related disciplines
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Students completing their final semester of a Master’s degree may also apply if they can graduate before the PhD begins.
Research Experience Limits
Candidates must:
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Not already hold a doctoral degree
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Be within the first four years of their research career
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This rule follows the MSCA Doctoral Networks framework.
Mobility Rule
One important condition concerns international mobility. Applicants cannot have lived or worked in the host country for more than 12 months during the previous three years before recruitment.
For example, an Indian student applying to a Spanish host institution generally satisfies this rule unless they recently studied or worked extensively in Spain.
English Language Skills
Since the research environment is international, applicants must demonstrate good English proficiency. However, the exact language requirements may vary depending on the position.
Research Projects
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- DC1: Optimizing the Scientific Return of Close-Up Cameras for Mars Exploration (Technical University of Munich, Germany);
- DC2: Automated Analysis of Martian Surface Clasts and Regolith Using Imaging Instruments (Open University, United Kingdom);
- DC3: Optimizing Mineral Identification Using Shortwave Infrared (SWIR) spectrometry (University College London, United Kingdom);
- DC4: Multi-Scale Target Prediction for Mars Exploration Using AI Methods (German Aerospace Center, Germany)
- DC5: 3D Mapping of the Surface and Subsurface Using WISDOM (GPR) (University of Versailles Saint-Quentin-en-Yvelines, France);
- DC6: Comparative Analysis and Optimization of Spectrometers for Mars Exploration (Universidad de Valladolid, Spain);
- DC7: Monitoring the dehydration of drill tailings from Martian subsurface sampling (University College London, United Kingdom);
- DC8: Monitoring the alteration of drill cores from Martian subsurface sampling (LSU, Italy);
- DC9: Developing Quantification Methods for Mineral Analysis Using Raman and NIR Spectroscopies (Université Paris-Saclay, France);
- DC10: Developing a Polarimetric Radargram Library for Subsurface Analysis with GPR (Technische Universität Dresden, Germany);
- DC11: Optimization of GC-MS procedures for Organic Detection on Mars (University of Versailles Saint-Quentin-en-Yvelines, France);
- DC12: Novel solutions to Discriminate Biominerals from Abiotic Equivalents (Université Paris Cité, France);
- DC13: Developing Spectral Analysis Tools for Trace Organic Detection and Biosignature recognition in Geological Mixtures (Sapienza University of Rome, Italy);
- DC14: Investigating Organic-Mineral Interactions for Biosignature Detection Using Spectroscopic Techniques (Universidad de Valladolid, Spain);
- DC15: Enhancing Cooperative Spectroscopic Analysis for Biosignature Detection on Mars (Université Paris-Saclay, France);
Funding and Financial Benefits
One major advantage of these 15 fully funded PhD positions in Spain under EXODOCS is the financial support package.
What the Funding Covers
Selected doctoral candidates receive:
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Monthly living allowance
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Mobility allowance
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Possible family allowance
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Social security and health coverage
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According to official MSCA guidelines, the package depends on the host country and employment conditions.
Additional Research Benefits
Beyond salary support, candidates gain access to:
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Advanced research infrastructure
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International conferences
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Specialized scientific training
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Cross-sector internships
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Networking opportunities
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Consequently, students receive both academic and professional development support.
Research Areas and Scientific Themes
The EXODOCS doctoral network focuses heavily on Mars exploration and astrobiology. Several projects also integrate AI-driven data analysis and planetary instrumentation.
Key Scientific Topics
Research themes include:
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Detection of biosignatures on Mars
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Spectral analysis techniques
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Martian atmospheric interactions
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Geological interpretation of Mars samples
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Rover instrumentation
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Planetary analog environments on Earth
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Some projects specifically investigate how drilling and sample collection affect Martian core analysis. Others explore spectroscopy tools for identifying organic compounds.
Interdisciplinary Training
Students will not work in isolation. Instead, the network encourages collaboration among:
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Planetary scientists
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Engineers
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AI researchers
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Instrumentation experts
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Space mission specialists
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This interdisciplinary structure reflects how modern planetary missions operate.
Step-by-Step Guide to Apply
Applying carefully is essential because MSCA doctoral networks are highly competitive.
Step 1: Review Available Positions
Candidates should first explore the official EXODOCS recruitment portal and identify projects matching their academic background and interests.
Applicants may apply for up to five PhD projects.
Step 2: Prepare Required Documents
Most applications require:
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Europass CV
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Degree certificates
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Academic transcripts
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English language proof
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Reference letters
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Supporting documents for achievements
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Strong academic documentation improves credibility immediately.
Step 3: Tailor the Application
Generic applications rarely perform well. Therefore, candidates should explain:
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Why the project interests them
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How their background matches the research
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Their future career goals
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Relevant technical or laboratory experience
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For example, applicants with coding skills, spectroscopy experience, or planetary science projects should highlight them clearly.
Step 4: Submit Before the Deadline
According to the recruitment announcement, applications opened on 30 April 2026, while the deadline is 31 May 2026.
Late submissions may not receive consideration.
Expert Tips for Indian and International Applicants
Focus on Research Fit
Many applicants emphasize grades only. However, selection committees often prioritize research alignment and motivation.
Candidates should carefully study the proposed research topic before writing their statement.
Highlight Technical Skills
Projects involving planetary science increasingly require computational and analytical expertise. Therefore, skills in:
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Python
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Machine learning
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Spectroscopy
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Remote sensing
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Scientific programming
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can strengthen an application considerably.
Secure Strong Recommendation Letters
A detailed recommendation from a professor who knows your research abilities usually carries more weight than a generic letter from a senior academic.
Avoid Common Mistakes
Applicants often make avoidable errors such as:
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Sending incomplete documents
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Ignoring formatting instructions
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Writing vague motivation letters
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Missing the mobility rule requirements
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Careful preparation can prevent these problems.
Career Opportunities After the Program
Graduates from MSCA doctoral networks often enjoy strong career outcomes. The EXODOCS program may open doors in:
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Space research agencies
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Planetary exploration missions
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Aerospace companies
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AI and scientific data sectors
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Universities and research institutes
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Moreover, doctoral candidates build international networks during training, which can support future collaborations and postdoctoral opportunities.
The growing global interest in Mars exploration also increases demand for specialists in planetary science and astrobiology.
| Feature | Details |
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| Program Name | EXODOCS – ExoMars Rosalind Franklin Doctoral Network |
| Host Country | Spain and partner institutions across Europe |
| Funded By | Marie Skłodowska-Curie Actions (MSCA), Horizon Europe |
| Duration | Project duration: 2025–2029 |
| Study Mode | Full-time doctoral research |
| Eligibility | Master’s degree holders in relevant scientific fields; must satisfy MSCA mobility rules |
| Financial Support | Living allowance, mobility allowance, possible family allowance, social security support |
| Fields of Study | Planetary Science, Astrobiology, Astronomy, Engineering, AI, Spectroscopy, Mars Exploration |
| Deadline | 31/05/2026 |
| Official Website | Click here |
Conclusion
The 15 PhD positions in EXODOCS (ExoMars Rosalind Franklin Doctoral Network) represent an outstanding opportunity for young researchers interested in Mars exploration and planetary science. The program combines advanced scientific research with international collaboration and strong financial support. Furthermore, its direct connection to the ExoMars mission makes it especially attractive for students seeking impactful research careers.
Applicants should begin preparing early because MSCA doctoral networks attract talented candidates from around the world. A focused application, strong research alignment, and clear motivation can significantly improve the chances of selection. Finally, interested students should regularly monitor the official recruitment portal for updates and detailed project descriptions.
Frequently Asked Questions (FAQs)
International students can apply through the official EXODOCS recruitment portal. However, applicants must meet academic and MSCA mobility requirements before submitting documents.
Yes, the program offers full funding. In addition, selected researchers receive a monthly salary, mobility allowance, and social security benefits.
The program supports research in planetary science, astrobiology, Mars exploration, spectroscopy, artificial intelligence, geology, and space engineering.
Yes, Indian students can apply if they meet the eligibility criteria. Moreover, the program welcomes applicants from different countries and academic backgrounds.
pplicants must not have lived or worked in the host country for more than 12 months during the previous three years before recruitment.
Research experience improves an application significantly. However, strong academic performance and relevant technical skills also help candidates remain competitive.
Graduates may pursue careers in space agencies, research institutes, aerospace companies, universities, and AI-driven scientific research organizations.

