MSCA Postdoctoral Fellowships 2026:

Proposal Writing Bootcamp at FEUP (3rd edition)

19 January 2026
Opening of the call for applications for the MSCA Postdoctoral Fellowships: Proposal Writing Bootcamp at FEUP (‘MSCA PF Bootcamp’) 

28 February 2026
Deadline for submitting the applications for the ‘MSCA PF Bootcamp’

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Deadline for the call  Marie Skłodowska-Curie Actions – Postdoctoral Fellowships 2026 (‘MSCA PF 2026’): 9 September 2026

ABOUT ‘MSCA PF 2026′ and MSCA PF BOOTCAMP’ 

If you are a postdoctoral researcher aiming to foster excellence in your research area and develop your career in Portugal, at one of the country’s most esteemed higher education and research establishments – the Faculty of Engineering of the University of Porto (FEUP) – then the ‘MSCA PF 2026′ opportunity is certainly for you. Read more about MSCA PF programme on the call official page in the Funding & Tenders Portal, and also on the following pages: here and here.

Furthermore, in order to attract top-notch researchers and project proposals under the above-referred programme, FEUP has prepared a third (2026) edition of the ‘MSCA PF Bootcamp. This initiative gives you the opportunity, if selected, to participate in several custom-designed webinar sessions and in-person meetings in order to get acquainted with the work and infrastructures of the relevant research group at FEUP and prepare in close cooperation with this selected group/supervisor an excellent project proposal for the ‘MSCA PF 2026′ call. Please note that under the ‘MSCA PF 2026′ call, the ‘MSCA PF Bootcamp’ initiative targets only the modality ‘European Postdoctoral Fellowships’

ABOUT FEUP

U.Porto’s largest faculty – FEUP – is also one of the oldest and most prestigious engineering schools of Portugal, consisting of six departments: Department of Chemical and Biological Engineering, Department of Civil and Georesources Engineering, Department of Electrical and Computer Engineering, Department of Industrial Engineering and Management, Department of Informatics Engineering, Department of Mechanical Engineering.

FEUP’s modern complex – which opened in 2000 on Campus 2 (Asprela) – is an incubator of innovation and knowledge, fostered by the work carried out in the research centres based there, in close contact with the business world and community.

Specifically, FEUP’s research and innovation structures are made up of:

Research and Development Units

Associated Laboratories

Interface Structures (Research institutes affiliated to FEUP)

Eligibility Criteria

These elegibility criteria are applicable for both, ‘MSCA PF Bootcamp’ and for ‘MSCA PF 2026’ as the goal of the Bootcamp is to prepare for the MSCA PF call.

  • An applicant for the ‘MSCA PF Bootcamp’ and therefore for the ‘MSCA PF 2026′ must be a postdoctoral researcher at the date of the ‘MSCA PF 2026′ call deadline (9 September 2026), i.e. in possession of a doctoral degree (PhD degree). Applicants who have successfully defended their doctoral thesis but who have not yet formally been awarded the doctoral degree will also be considered as postdoctoral researchers and will be considered eligible to apply. The successful defence must be unconditional (no further requirements/corrections that need to be addressed) and take place before the ‘MSCA PF 2026′ call deadline, i.e. 9 September 2026. Supporting documentation may be requested.
  • At the ‘MSCA PF 2026′ call deadline (9 September 2026), applicants must have a maximum of 8 years full-time equivalent experience in research, measured from the date of award of the doctoral degree. Years of experience outside research and career breaks (e.g. due to parental leave), will not count towards the amount of research experience. For nationals or long-term residents of EU Member States or Horizon Europe Associated Countries who wish to reintegrate to pursue their research career in EU Member States or Horizon Europe Associated Countries, years of experience in research in third countries will not be considered in the above maximum.
  • Applicants must comply with the following mobility rule: they must not have resided or carried out their main activity (work, studies, etc.) in Portugal for more than 12 months in the 36 months immediately before the ‘MSCA PF 2026′ call deadline (9 September 2026).

The information about the ‘MSCA PF 2026′  call is already available on the official page of the European Commission’s Funding & Tenders Portal, however, the submission system will open on the planned opening date, 9 April, and may introduce changes to the eligibility criteria referred to above. In case of any inconsistencies between the information provided in this regard, the Funding & Tenders Portal shall prevail.

Application for the ‘MSCA PF Bootcamp’

If you are a postdoctoral researcher aiming to foster excellence in your research area and develop your career at FEUP, meet the eligibility criteria of the ‘MSCA PF 2026′ call (see the sub-section eligibility criteria) and are interested in applying for the ‘MSCA PF Bootcamp’, please choose one of the tracks below (PREDEFINED TOPIC / OPEN TOPIC) in order to apply by the deadline 28 February 2026, following the procedure described under the respective track.

Please be informed that, at most, you can submit one application under the track PREDEFINED TOPIC (i.e., choose one of the predefined topics presented below). In case of a PREDEFINED TOPIC, the supervisor at FEUP has already been defined. The application limit for the track OPEN TOPIC is the same, i.e., max. one application.

An interested applicant may, therefore, submit a minimum of one application (either for a predefined or open topic) or a maximum of two applications (one for a predefined topic and one for an open topic).

Furthermore, applications submitted for the track PREDEFINED TOPIC will be given priority and shall be evaluated first.

For any questions, please contact us at europe@fe.up.pt

TRACK: Predefined Topic

If you meet the eligibility criteria of the ‘MSCA PF 2026′ call and you are interested in applying for the ‘MSCA PF Bootcamp’ under the PREDEFINED TOPIC, please identify a topic that interests you in the table below and send the following documents to europe@fe.up.pt no later than 28 February 2026:

If you don’t yet have a PhD diploma in your possession, other proof/evidence of the successful completion of the PhD by the date of the MSCA PF call deadline (9 September 2026) can also be presented.

Important note: The language for all documents and communication is English (you can, however, present your PhD Diploma in the original language).

Topic referenceTopic titleTopic field/areaDownload PDF
001/2026Model Context Protocol as a Semantic Backbone for Sustainable BIM Lifecycle ManagementBIM, Digital ConstructionDownload PDF
002/2026Local Energy Credits and Market Design for Renewable Energy CommunitiesEnergy Policy and Regulation; Local Energy Markets and Tariff Design; Transactive Renewable Energy SystemsDownload PDF
003/2026AI-Enabled Market Operations for Community-Scale Renewable Energy ExchangesSmart Grids and Distributed Energy Systems; Artificial Intelligence and Energy Data Analytics; Peer-to-Peer Energy Trading PlatformsDownload PDF
004/2026Social Acceptance and Behavioural Dynamics in Community Energy MarketsEnergy Behaviour and Social Innovation; Energy Justice and Community Engagement; Sustainable Energy TransitionsDownload PDF
005/2026GenAI-Empowered Energy Attorneys for Multi-Level Flexibility ManagementArtificial Intelligence; Energy Systems; Digital Twins; Renewable Energy Communities; Machine Learning for Flexibility Management.Download PDF
006/2026Reliability-Aware Operation of Renewable Energy Communities via Predictive Maintenance AnalyticsArtificial Intelligence; Energy Systems; Predictive Maintenance; System Reliability; Digital Twins; Renewable Energy Communities.Download PDF
007/2026Interactive Simulation Frameworks for Energy Flows and Virtual Allocation AnalysisSmart Grids and Distributed Energy Systems; Energy Management System; Dynamic Optimisation and Control; Energy Communities and ProsumersDownload PDF
008/2026Optimal Sizing Strategies and Strategic Planning for Economically Viable Renewable Energy CommunitiesSmart Grids and Distributed Energy Systems; Energy Management System; Dynamic Optimisation and Control; Energy Communities and ProsumersDownload PDF
009/2026Optimisation-Based Energy Credits and Fair Surplus Allocation in Local Energy CommunitiesEnergy Community; Smart Cities; Consumer Engagement; Fair Energy Sharing Mechanisms; Self-Generation; Self-ConsumptionDownload PDF
010/2026Vulnerability-Aware Valuation and Fair Disaggregation of Energy Credits in Community Energy MarketsEnergy communities; energy credits markets; fairness-constrained optimisation; energy poverty and vulnerability analytics; value allocation mechanisms; explainable machine learning; distributional impact assessmentDownload PDF
011/2026Hybrid Incentive Portfolios: Combining Monetised Energy Credits with Social Rewards for Inclusive Community ParticipationBehavioural energy economics; incentive design; social rewards and non-monetary benefits; community energy governance; uplift modelling; fairness-aware learning; program evaluation; participation and retention metrics.Download PDF
012/2026Earthquake engineeringDownload PDF
013/2026Inter-Procedural VulnerabilitiesSoftware Security, Software Vulnerabilities, Empirical Software
Engineering, Mining Software Repositories
Download PDF
014/2026Harnessing the Power of Quantum Computing to Solve Software
Engineering Problems
Quantum Computing, Quantum Software Engineering, Software
Testing & Debugging
Download PDF
015/2026GZoltar 2.0: A Framework for Automatic DebuggingSoftware Engineering, Software Testing & Debugging, Fault
Localization
Download PDF
016/2026Chemical Engineering; Chemical Process EngineeringDownload PDF
017/2026Noise and vibrations induced by railway trafficRailway Dynamics; noise and vibrations; soil-structure interaction;Download PDF
018/2026Station-keeping systems for floating offshore wind in the European North Atlantic area – a geotechnical approachGeotechnicsDownload PDF
019/2026Glioblastoma-Targeted Nanoparticles: A Dual Approach to Overcome the Blood-Brain BarrierNanomedicineDownload PDF
020/2026Smart Nanoparticle Platform for Enhanced Precision Therapy of Infantile HemangiomasNanotechnology; Nanomedicine; BiomaterialsDownload PDF
021/2026Noble metal-free carbon electrocatalysts for sustainable fuel cellsCarbon materials; Electrochemical energy conversion; Electrochemical sensors; Advanced oxidation processes;Download PDF
022/2026Emotions and well-being of software engineers in the Generative AI eraSoftware Engineering; Human aspects of software engineering; Agile mehods; AI for software engineeringDownload PDF
023/2026Automated Mobile Testing Generation Using Generative Artificial IntelligenceSoftware Engineering (Software Testing)Download PDF
024/2026Research on driver fatigue using driving simulators and biometric equipmentRoad SafetyDownload PDF
025/2026Time- and Temperature-Dependent Properties of Epoxy
Vitrimers: A Comprehensive Study of Mechanical, Rheological,
and Microstructural Evolution
Polymer and Composite Materials, Viscoleasticity and Viscoplasticity,
Physical Aging
Download PDF
026/2026Artificial intelligence for the magnetic dynamoMagnetohydrodynamics, Numerical methods, SupercomputingDownload PDF
027/2026Advanced Magnet-less Electric Drives for High-Performance Servo and Machine Tool ApplicationsElectrical Engineering, Control Systems, Electric Drives, Energy Conversion Systems, Advanced Motor DesignDownload PDF
028/2026Improving service inclusion through accessibility to public transportTransport, Urban Mobility, Accessibility, Service Design, User ExperienceDownload PDF
029/2026Holistic Consumer-Centric Electricity Market Management: Coordinated Optimization for Flexible and Sustainable Power SystemsAI-driven stochastic optimization, consumer-centric electricity markets, distributed energy resources, holistic market management and coordination, smart grid energy analyticsDownload PDF
030/2026AI4MES – Advanced AI for Decentralized Multi-Energy SystemsMulti-energy systems; active network management; consumer-centric energy markets, Distributed optimizationDownload PDF
031/2026Developing new approaches in Planning Education: the use of Serious Gaming and Digital TwinningUrban planning; climate adaptation; environmental assessmentDownload PDF
032/2026Phenotyping Robot for Sustainable Management of Permanent Woody CropsRobotics and IoTDownload PDF
033/2026Sound Perception in Agricultural Robots Using Emerging AI-Based HardwareRobotics and IoTDownload PDF
034/2026Be Water, AgainEnvironmental Chemistry; Waste ValorisationDownload PDF
035/2026Breaking barriers in microbiota research: In vivo spectral imaging with NAM-FISH technologyMultispecies biofilms, confocal microscopy, detection of microorganisms, fluorescence in situ hybridization, microbial biogeographyDownload PDF
036/2026AI-powered drug repurposing for biofilm-resistant woundsApplied Microbiology and AntimicrobialsDownload PDF
037/2026Privacy-preserving, trustless, distributed collaborative data managementDistributed Systems, Cloud Computing, Data privacyDownload PDF
038/2026Improving Productivity in Software VerificationComputer Science/Informatics EngineeringDownload PDF
039/2026Enhancing durability of composite systems learning from natureComposite MaterialsDownload PDF
040/2026Development and application of Electrospinning Techniques in Electrochemical BiosensorsMicroencapsulation and controlled release studies of bioactive compounds; Spray-drying techniques; Electrospinning and electrospraying techniques and 3D printing.Download PDF
041/2026Development of Electrospun and 3D-Printed Biomaterials for the Encapsulation of Marine Phenolics from Portuguese SeaweedsMicroencapsulation and controlled release studies of bioactive compounds; Spray-drying techniques; Electrospinning and electrospraying techniques and 3D printing.Download PDF
042/2026Green Encapsulation Technologies for Natural Bioactives: A Comparative Study of Spray Drying and ElectrospinningMicroencapsulation and controlled release studies of bioactive compounds; Spray-drying techniques; Electrospinning and electrospraying techniques and 3D printing.Download PDF
043/2026VADER: Vibration-based Anomaly Detection and ResilienceStructural Health Monitoring; Operational Modal Analysis; Anomaly Detection; Machine LearningDownload PDF
044/2026LPS - Large Perception System for Multimodal, Safe for Human Robot CollaborationIntelligent RoboticsDownload PDF
045/2026Edge-Native Agentic AI for Tacit Knowledge Capture and Transfer in
Human-Centric Manufacturing
Smart Manufacturing, Cyber-Physical Production Systems, Generative
AI
Download PDF
046/2026Robots and Vision Systems for Condition Assessment of Tensioned CablesStructural Dynamics; Vibrations; Damage detection ; Automation; Robotics; Video processingDownload PDF
047/2026Vibration-based detection and identification of damage in suspension cablesCable vibrations; Bridge structures; Health Monitoring; Damage identificationDownload PDF
048/2026Developing Trusted Software Systems with Untrusted AI AssistantsSoftware EngineeringDownload PDF
049/2026Resilient Bioremediation of Acid Mine Drainage under Climate ChangeGeo-environment: contaminated soil rehabilitation; bioremediation; environmental risk monitoring and analysis; technologies and waste management in the extractive industry (tailings, tailings dams and acid mine drainage) and mineral biotechnology.Download PDF
050/2026Automated Reasoning and Learning for Reliable DevOps and Infrastructure-as-CodeSoftware Reliability / Software EngineeringDownload PDF
051/2026Engineering of Evolving Information SystemsInformation system architectures and models for complex systems; Cyber-Physical Systems and Digital TwinsDownload PDF
052/2026Bio-based lubricants for Electric Vehicles ApplicationTribology, friction, lubrication, gears, machine elementsDownload PDF
053/2026An Investigation into Gear Running-In Using Experimental and Modelling ApproachesTribology, friction, lubrication, gears, machine elementsDownload PDF
054/2026Hybrid polymer-metal gearsTribology, friction, lubrication, gears, machine elementsDownload PDF
055/2026Opportunistic AI for Proactive Industrial OptimizationSmart Manufacturing, Cyber-Physical Production Systems, Generative AIDownload PDF
056/2026Developing an Agentic AI Tool based on the Large Language Model Framework for Home Energy Management SystemEnergy Management System; Smart Buildings; Home Automation; Collective Self-ConsumptionDownload PDF
057/2026Enhancing Human-Robot Collaboration via Multimodal LearningArtificial Intelligence, Machine Learning, Smart ManufacturingDownload PDF
058/2026Three-dimensional Macrostructured Electrocatalysts for EU-level Water TreatmentWater treatment, Carbon nanomaterials, Membrane Technology, Advanced Oxidation TechnologiesDownload PDF
059/2026manuFORESTS – Manufacturing and Operations supported by Regenerative Systems Management for positive impactsRegenerative Operations, Bio-Based Value-Chains; Twin-Transition for NetZero EmissionsDownload PDF

TRACK: Open Topic

If you meet the eligibility criteria of the ‘MSCA PF 2026′ call and you are interested in applying for the ‘MSCA PF Bootcamp’ under the track OPEN TOPIC, please send the following documents to europe@fe.up.pt no later than 28 February 2026:

If you don’t yet have a PhD diploma in your possession, other proof/evidence of the successful completion of the PhD by the date of the MSCA PF call deadline (9 September 2026) can also be presented.

Important note: The language for all documents and communication is English (you can, however, present your PhD Diploma in the original language).

Applicant Selection Criteria for the ‘MSCA PF Bootcamp’:

1. Fulfilment of the eligibility criteria

2. Scientific quality of:

2.1. technical proposal/idea

a) your short research proposal, responding to the concrete PREDEFINED TOPIC that you have selected, and/or

b) your own research proposal under the OPEN TOPIC track

2.2  CV

3. Interview performance

Please see the detailed description of each of the evaluation phases in the next section.

Schedule

Applications

19 January – 28 February Applications for the ‘MSCA PF Bootcamp’ 

Evaluation of Applications

2 – 6 March Phase 1 – administrative check (eligibility criteria), incl. communication of Phase 1 results to non-eligible applicants (if applicable)
7 – 17 March Phase 2 – scientific evaluation of the research proposal and the CV of the applicant, incl. communication of Phase 2 results
18 – 31 March Phase 3 – remote interviews and selection of successful applicants, incl. communication of final results

MSCA PF Bootcamp

14 April Webinar I – call criteria, tips for competitive proposal writing & experiences from successful grantee(s)
(audience: selected applicants and respective supervisors)
21 April Webinar II – experiences from MSCA PF evaluator(s)
(audience: selected applicants and respective supervisors)
28 April Webinar III – Q&A: funding support webinar with the Research and Innovation Support Unit of FEUP (INOV Unit)
(audience: selected applicants and respective supervisors)
1-3 July In-person meetings at FEUP for drafting sections B of the MSCA PF applications (incl. proposal creation in the Funding & Tenders Portal)
(audience: selected applicants and respective supervisors)
4 July – 8 September Continuous proposal writing (incl., in case of interest, submission of the draft proposal for expert feedback)
9 September Deadline for MSCA PF proposal submission at the Funding & Tenders Portal (**)

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(**) ERA Fellowships: This action builds on the MSCA Postdoctoral Fellowships 2026. The target group are host organisations located in Widening Countries (including Portugal). In order to apply for the ERA Fellowships call, applicants must submit their proposal to the MSCA PF 2026. The application to the MSCA PF 2026 will be automatically resubmitted to ERA Fellowships in case the proposal fails to reach an adequate place in the ranking to be funded. Applicants can only be considered for this additional funding opportunity by ticking “YES” to the question “Do you wish to participate to the ERA Postdoctoral Fellowships and thus increase your chances of being funded?” in the MSCA PF application form. This simplified submission procedure to the ERA Fellowships’ call presents applicants moving to Widening countries with an additional funding opportunity but there is the possibility to opt out during the application stage. The proposals submitted under the ERA Fellowships must fulfil all the admissibility and eligibility conditions of the MSCA Postdoctoral Fellowships 2026 and pass all the thresholds for that call.

Funding Support for In-Person Meetings of the ‘MSCA PF Bootcamp’:

FEUP will cover the following costs:

  • Up to €600 for flight tickets to candidates travelling from other EU member states (including EU associated countries)
  • Up to €1200 for flight tickets to candidates travelling from other countries
  • Up to 4 nights’ stay in Porto (single room, breakfast included)
  • Network dinner

Important notes:

1. Please be informed that the above-referred funding is designated solely for the purpose (in-person meetings at FEUP) and cannot, under any circumstances, be used to cover any other/alternative ends/costs.

2. The purchase of round trip tickets (plane/train/bus) shall be handled centrally by the services of FEUP and should always start and end at the place of residence of the successful applicant without a possibility of purchasing these tickets from/to another location. In addition, the tickets shall be purchased according to the start and end dates of the in-person meetings, i.e. whenever possible one day before the start of and the day following the end of these meetings (exceptions are made for intercontinental/long distance flights).

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This initiative is supported by Caixa Geral de Depósitos, the partner bank of the University of Porto