Finland is internationally recognized for its advanced forestry research, sustainable technology development, and commitment to climate-resilient environmental solutions. In 2027, the University of Eastern Finland (UEF) is offering seven fully funded doctoral researcher positions through the prestigious Marie Skłodowska-Curie Actions COFUND Doctoral Programme for Advancing Forest-Based Bioeconomy (DP-FOBI). 

The seven MSCA COFUND DP-FOBI doctoral scholarships at the University of Eastern Finland represent excellent opportunities for researchers who want to contribute to sustainable solutions for forests, materials, climate adaptation, and the global bioeconomy. These PhD positions combine advanced science with real-world impact, offering international researchers the opportunity to develop expertise while contributing to the future of sustainable forest-based innovation. These doctoral opportunities are designed for international researchers interested in:

• Forest sciences
• Environmental sustainability
• Artificial intelligence
• Biodiversity conservation
• Biomass chemistry
• Sustainable materials
• Remote sensing
• Forest business models
• Bioeconomy innovation

Each position provides a four-year employment contract, research funding, international training opportunities, and access to a multidisciplinary research environment. The application deadline for all positions is: 10 August 2026 The positions are based at the University of Eastern Finland, Joensuu campus.

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About the MSCA COFUND DP-FOBI Doctoral Programme

The DP-FOBI programme focuses on advancing knowledge and innovation in forest-based bioeconomy. The programme brings together researchers working on how forests can support sustainable development while balancing:

• Climate change adaptation
• Biodiversity protection
• Renewable resource use
• Sustainable industries
• Circular economy solutions

Doctoral researchers receive:

• Full-time employment for four years
• Monthly salary support
• Mobility funding
• Research funding
• International research training
• Opportunities for secondments and collaboration

The programme combines scientific excellence with practical applications for industry, society, and environmental policy.

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1. Artificial Intelligence and Forest Management Research

PhD Research Theme: Artificial Intelligence-Based Decision Support for Forest Management

Modern forestry increasingly depends on advanced digital technologies. This doctoral research focuses on developing artificial intelligence methods that improve forest management decisions. The project explores how AI, machine learning, and large-scale forest data can support:

• Forest planning
• Sustainable harvesting decisions
• Climate adaptation strategies
• Resource management

Researchers will investigate how artificial intelligence can transform complex forest information into practical decision-support tools. The research combines forestry knowledge with:

• Data science
• Machine learning
• Remote sensing
• Decision modelling

This position is ideal for applicants interested in the future of smart forestry and digital environmental management. Read the detailed guide: Artificial Intelligence and Forest Management Research: https://wp.me/pbv48T-dUg

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2. Research on Dead Wood Dynamics and Forest Biodiversity

PhD Research Theme: Dead Wood Ecology and Biodiversity Conservation

Dead wood plays a critical role in maintaining healthy forest ecosystems. Although fallen trees and decaying wood may appear inactive, they provide essential habitats for:

• Fungi
• Insects
• Microorganisms
• Forest-dependent species

This doctoral project investigates dead wood dynamics and their relationship with biodiversity. The research aims to improve understanding of:

• Forest ecosystem processes
• Habitat availability
• Biodiversity indicators
• Sustainable forest management practices

The project contributes to conservation strategies and helps improve ecological understanding of managed and natural forests. Read the detailed guide: Research on Dead Wood Dynamics and Forest Biodiversity: https://wp.me/pbv48T-dUq

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3. Research on Enzymatic Biomass Conversion and Sustainable Chemistry

PhD Research Theme: Enzymatic Conversion of Biomass into Sustainable Products

The transition toward renewable materials requires innovative methods for converting biomass into valuable products. This doctoral research focuses on enzymatic processes that transform biomass components into sustainable chemical products. The project investigates:

• Biomass degradation mechanisms
• Enzyme-based processing
• Sustainable chemical production
• Renewable material development

Researchers will study how enzymes can improve the efficiency of biomass utilization while reducing dependence on fossil-based resources. The research contributes to the development of a circular bioeconomy where forest resources are used more efficiently. Read the detailed guide: Research on Enzymatic Biomass Conversion and Sustainable Chemistry: https://wp.me/pbv48T-dUA

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4. European Forest Plantation Modelling and Ecosystem Services Research

PhD Research Theme: Forest Plantation Growth Dynamics and Ecosystem Services

European forests face increasing challenges from climate change, disturbances, and changing resource demands. This doctoral project develops advanced models for understanding plantation forests across Europe. The research focuses on:

• Forest plantation distribution
• Tree growth patterns
• Yield modelling
• Management practices
• Ecosystem services

The project integrates information from:

• National forest inventories
• Remote sensing datasets
• Forest management records
• Spatial databases

The expected outcomes include improved tools for:

• Sustainable forestry planning
• Climate adaptation
• Biomass production
• Risk management
• Read the detailed guide: European Forest Plantation Modelling and Ecosystem Services Research: https://wp.me/pbv48T-dUJ

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5. Multi-Temporal Laser Scanning for Forest Growth and Wood Quality Research

PhD Research Theme: Advanced Laser Scanning for Forest Measurement

Understanding individual tree development is essential for sustainable forest management. This doctoral research uses multi-temporal laser scanning technologies to measure forest structure and growth. Laser scanning creates detailed three-dimensional information about trees and forests. The project investigates:

• Tree structure characterization
• Growth monitoring
• Wood quality assessment
• Forest measurement technologies

Researchers will work with advanced data collected from:

• Terrestrial laser scanning
• Mobile platforms
• Low-altitude systems
• Time-series measurements

The research supports the future of precision forestry by improving how forests are measured and managed. Read the detailed guide: Multi-Temporal Laser Scanning for Forest Growth and Wood Quality Research: https://wp.me/pbv48T-dUS

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6. Sustainability Assessment Models for Forest-Based Businesses

PhD Research Theme: Measuring Sustainability in Forest-Based Industries

Forest businesses are increasingly required to demonstrate environmental and social responsibility. This doctoral research develops sustainability assessment models for forest-based companies and their value networks. The project examines:

• Sustainable business practices
• Environmental impacts
• Social factors
• Economic performance
• Ecosystem service considerations

Researchers will develop quantitative approaches using methods such as:

• Sustainability indicators
• Multi-criteria decision analysis
• Data integration models

The research supports companies, policymakers, and investors in understanding sustainability performance. Read the detailed guide: Sustainability Assessment Models for Forest-Based Businesses: https://wp.me/pbv48T-dV0

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7. Biomass-Derived Chemicals for Sustainable Material Applications

PhD Research Theme: Bioactive Biomass Compounds and Sustainable Materials

Forest biomass contains valuable chemical compounds that can support the development of sustainable materials. This doctoral project investigates chemical fractions obtained from biomass sources such as bark and lignocellulosic residues. The research focuses on:

• Extraction and purification of bioactive compounds
• Chemical characterization
• Antimicrobial and antiviral properties
• Sustainable surface coatings

The project aims to create high-value applications from renewable forest resources. Potential outcomes include:

• Protective coatings
• More durable materials
• Bio-based functional products
• Sustainable industrial applications
• Read the detailed guide: Biomass-Derived Chemicals for Sustainable Material Applications: https://wp.me/pbv48T-dV8

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Financial Benefits of These Fully Funded PhD Positions

All seven doctoral positions follow the MSCA COFUND salary system. Researchers receive:

Monthly Salary Package

• Living allowance: EUR 3,200 per month
• Mobility allowance: EUR 87 per month
• Family allowance: EUR 300 per month for eligible researchers

Additional Funding Support

Researchers may receive:

• Conference travel funding
• Research cost support
• Secondment funding
• Professional development opportunities

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Who Can Apply?

Applicants should have a relevant Master’s degree in areas such as:

• Forestry
• Environmental sciences
• Chemistry
• Chemical engineering
• Material science
• Engineering
• Geoinformatics
• Business sustainability
• Related disciplines

Applicants must:

• Not hold a doctoral degree before the deadline
• Meet MSCA mobility requirements
• Fulfil English language requirements

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Why Study a PhD in Finland?

Finland offers an excellent environment for international doctoral researchers. Benefits include:

• High-quality research infrastructure
• Strong environmental science reputation
• Safe living environment
• International academic networks
• Excellent work-life balance

The University of Eastern Finland provides researchers with:

• Modern facilities
• Professional training
• International collaboration opportunities
• Supportive academic supervision

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Frequently Asked Questions (FAQ)

1. Are these PhD scholarships fully funded?

Yes. These are fully funded four-year doctoral researcher positions supported by the MSCA COFUND DP-FOBI programme.

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2. Can international students apply?

Yes. International applicants are encouraged to apply if they meet academic and mobility requirements.

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3. What is the deadline for applications?

The deadline is 10 August 2026.

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4. What fields are covered by these PhD scholarships?

The positions cover forestry, environmental science, artificial intelligence, chemistry, sustainable technology, biodiversity, remote sensing, and forest business research.

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5. Where are these PhD positions located?

All positions are based at the University of Eastern Finland, Joensuu campus.

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6. What degree will successful applicants receive?

Successful candidates will complete doctoral studies leading to a PhD degree.

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7. Do applicants need previous research experience?

Research experience is beneficial, especially in areas related to the selected research theme, but eligibility depends on academic qualifications and programme