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Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: [email protected]

Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: [email protected]

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Page 1: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Horizon 2020Department of Physics

1st May 2014

Research Operations

Presenter: Renata SchaefferExt: 61648Email: [email protected]

Page 2: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Horizon 2020

Horizon 2020 Overview How to Participate? Who can participate? Conditions of Participation Evaluation Criteria The Consortium Finding Partners Expert Advisory Group

The next EU Framework Programme for Research and Innovation (2014-2020)

Page 3: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

The Budget

Budget increase from €53bn in FP7 to €77bn in Horizon 2020 (at current prices)

OTHERS: 5,8B€ (Spreading excellence & widening participation, Science & Society, JRC, EIT)

Excellent Science 24,4bn€

Societal Challenges

29,6bn€

Industrial Leadership

17bn€

Page 4: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Coverage of the full innovation chain

Basic Research Technology

R&D

Large Scale Validation

Demonstration

Prototyping Pilots

Market outputs

Excellent Science

Industrial Leadership

Societal Challenges

Page 5: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Horizon 2020: The Main Drivers

1. From Research to Innovation – from basic research to bringing ideas to the market!• Strong emphasis on industry participation across the Programme

2. Multi- disciplinary approach to research • Integration of SSH disciplines in calls

3. ‘Simplification’• ‘As is’ approach to evaluation process – no opportunity to tidy-up

proposal at negotiation stage (consider: IPR, access rights, management structure)

• Less descriptive calls

• Simplified funding: 100% of direct costs + 25% overheads• Except for non-public organizations on Innovation Actions (IA): EU

contribution is 70% only (incl. 25% overhead) (ERC, FET, IMI, Industrial Leadership and Societal Challenges calls)

Page 6: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Horizon 2020: Three priorities

1.Excellent Science

2.Competitive Industries

3.Better Society

Page 7: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Pillar structure

H2020 will focus resources on 3 key priorities:

Excellent Science (1) ERC FET (Future and

Emerging Technologies)

Marie Curie Actions

European Research Infrastructures

Societal Challenges (3) Health, demographic change and

wellbeing European Bioeconomy Challenges Secure, clean and efficient energy Smart, green and integrated

transport Climate action, resource efficiency

and raw materials Europe in a changing world Secure societies

Industrial Leadership (2) Leadership in

enabling and industrial technologies

Innovation in SMEs and Access to risk finance

Widening Participation, Science with and for Society

EURATOMEuropean Institute of Innov. and Tech EIT

Joint Research Centre (JRC)

Page 8: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Pillar 1 – Marie Sklodowska-Curie (MSC)

FP7 Horizon 2020

ITN ITN:European Training Networks

European Joint/Industrial Doctorates (?)

Innovative Training Networks (early Stage Researchers only)

IEFIOFIIFCIG

IF:European Fellowships

Global Fellowships

Individual Fellowships (Experienced Researchers)

IAAPIRSES

RISE Research and Innovation Staff Exchange (Exchange of Staff)

COFUNDCOFUND

Cofunding or regional, national and International

programmes

Page 9: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Pillar 1 – Marie Sklodowska Curie

Call ITN 2014 IF 2014 RISE 2014 NIGHT 2014 COFUND 2014

Publication date 11 Dec 2014 12 Mar 2014 11 Dec 2014 11 Dec 2014 10 April 2014

Deadline 6 Apr 2014 11 Sep 2014 24 Apr 2014 4 Mar 2014 2 Oct 2014

Budget €405m €240m €70m €8m €80m

* Indicative 2015 calls information also available.

Page 10: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

European Research Council (ERC)

Funding is designed to support talented individuals to form research ‘teams’ to undertake ground-breaking research

Collaborative research is possible, but the ERC award typically what they class as mono-partner projects, based in a single institution

There are four main awards offered by the ERC:

Starting, Advanced and Consolidator Investigator Grant, Synergy Grant and Proof of Concept

Funding is very generous – ranging from €1.5 million to €15 million (Synergy grants)

Page 11: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

European Research Council (ERC)

Eligibility depends on level of postdoctoral experience prior to publication date of the call

Starting Grants – PhD awarded between 2 up to 7 years

Consolidator Grants – PhD awarded between 7 and 12 years

Advanced Grants - to have a track record of significant research achievements in the last 10 years

Synergy Grants - will fund projects for groups of between two and four PIs who are excellent researchers, to undertake frontier research of their choice. No specific eligibility criteria with respect to their academic requirement are foreseen

Proof of Concept – Provides additional funding to ERC grant holders to establish proof of concept, identify a development path and an IPR strategy for ideas arising from ERC grant

Page 12: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

European Research Council Deadlines

Starting Grant

Consolidator Grant

Advanced Grant

Proof of Concept

Publication date 11th Dec 13 11th Dec 2013 17th June 2014

11th Dec 2013

Deadlines 25 March 2014

20 May 2014 21 October 2014

1 Apr/1 Oct 2014

Planned dates to inform applicants Step 1

21 July 2014

31 Oct 2014 10 March 2015

31 July 2014/13 January 2015

Planned dates to inform applicants Step 2

21 Nov 2014

15 Jan 2015 28 April 2015

_

Indicative date for GA signature 21 March 2015

15 May 2015 28 August 2015

31 Nov 2014/13 May 2015

* Indicative 2015 calls information also available.

Page 13: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Future and Emerging Technologies (FET)

Expanded from ICT and Energy to be used as cross-cutting funding scheme

Supports frontier research: alternative ideas, concepts or paradigms of risky or non-conventional nature (similar to ERC)

Open, light and agile Roadmap based research

FET Open

• Exploring novel ideas• Individual research• Early ideas• Coordination and

support action

FET Proactive

• Developing topics and communities – cluster of research projects

• Four topics: • Global System Sciences• Knowing, doing being-

cognition beyond problem solving

• Quantum simulation• Towards exascale high

performance computing

FET Flagship

• Tackling grand interdisciplinary science and technology challenges

• Graphene• Human Brain (HBP)• Support for Flagships

Page 14: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

FET Open:

1. FET OPEN – Novel ideas for radically new technologies Deadline: 29/09/2015 Cut off dates: 30/09/2014, 31/03/2015 and 29/09/2015

http://ec.europa.eu/research/participants/portal/desktop/en/opportunities/h2020/topics/1153-fetopen-1-2014.html

Specific challenge: Supporting a large set of early stage, high risk visionary science and technology collaborative research projects is necessary for the successful exploration of new foundations for radically new future technologies. Nurturing fragile ideas requires an agile, risk-friendly and highly interdisciplinary research approach, expanding well beyond the strictly technological disciplines. Recognising and stimulating the driving role of new high-potential actors in research and innovation, such as women, young researchers and high-tech SMEs, is also important for nurturing the scientific and industrial leaders of the future.

Page 15: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

FET Proactive:

1. FET Proactive – Emerging Themes and Communities Deadline: 01/04/2014 http://

ec.europa.eu/research/participants/portal/desktop/en/opportunities/h2020/calls/h2020-fetproact-2014.html

1. FETPROACT 2: Knowing, doing, being: cognition beyond solving

Specific challenge: This initiative addresses the interdisciplinary fundamentals of knowing, thinking, doing and being, in close synergy with foundational research on future artificial cognitive systems, robots, smart artefacts and large scale cyber-physical systems. It aims at renewing ties between the different disciplines studying knowledge ….

Scope: (3rd!) Approaches for understanding the long-term development of individual and social knowledge and identities, especially in highly heterogeneous and dynamic settings (reflecting aspects of e.g., diversity, urban change, migration, social and gender divides, multiculturalism, inter-disciplinarity, etc.). Proposals are expected to take into account the role of technologies and infrastructures in this, as well as how these facilitate or hamper societal changes.

Page 16: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Leadership in Industrial and Enabling Technologies (LEIT)

Strong focus on industrial involvement and applied research Led by Industrial Roadmap Boost competitiveness, create jobs, support growth …. Emphasis on industrial (particularly SME) involvement and demonstration

projects Focus on common technological barriers

Page 17: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Leadership in Industrial and Enabling Technologies (LEIT)

Key Enabling Technologies (KETs)

Micro- and nano-electronics, Photonics Nanotechnologies Advanced Materials Biotechnology Advanced Manufacturing and Processing

ICT

Space

Page 18: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Leadership in Industrial and Enabling Technologies (LEIT)

Public Private Partnership (PPPs) – implemented either through Joint Technology Initiatives (JTIs) or contractual PPPs)

1. Joint Technology Initiatives

ECSEL (Electronic Components and Systems fro European Leadership)

Bio-based Industries (new)

2. Contractual PPPs

Factories for the Future: FoF

Energy Efficient Buildings: EeB

Sustainable Process Industries through Resource and Energy Efficiency: SPIRE

Photonics (Integrated into ICT WP)

Page 19: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Leadership in Industrial and Enabling Technologies (LEIT)

LE

IT

KET

Micro and nano- electronics

Photonics

Nanotechnologies

Advanced Materials

Biotechnology

Advanced Manufacturing and

Processing

ICT

SPACE

PPP

JTIECSEL, ARTEMIS, ENIAC & Bio-based

industries

Contractual PPP

Factories of the Future

Energy Efficient Buildings

Sustainable Process Industries

Aims to increase industrial capacity in

these areas

Focus on waste as a resource to recycle and reuse and low carbon

energy

Page 20: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Pillar 3 – Societal Challenges

Health, demographic change and wellbeing (9.7%) helping EU citizens to lead longer and healthier lives

European Bioeconomy Challenges (5.0%) investment for a safe, secure food supply, sustainable agriculture and forestry,

marine and maritime and inland waterway research Secure, clean and efficient energy (7.70%)

e.g., efficient use of resources to create affordable green electricity Smart, green and integrated transport (8.23%)

development of more intelligent and safer transport systems Climate action, resource efficiency and raw materials (4.0%)

efficient use of resources for protection of our planet Europe in a changing world (1.7%)

inclusive, innovative and reflective societies Secure societies (2.2%)

protecting freedom and security of Europe and its citizens

Page 21: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Possible related calls – SC5, Climate Action:

Topic: GROWING A LOW CARBON, RESOURCE EFFICIENT ECONOMY WITH A SUSTAINABLE SUPPLY OF RAW MATERIALS

Materials under extreme conditions Deadline : 10/03/2015(1 stage) Specific Challenge: High-tech products, … contain substantial amounts of

certain Critical Raw Materials (CRM). Although the amount of CRM per product in general is very low, the huge number of products manufactured makes the total amounts very impressive. The prices and availability of CRM varies in time. There is therefore a need to find alternative solutions to replace certain CRM in concrete applications, or to diversify the supply of raw materials sources. (specific challenge identified in European Innovation Partnership (EIP) on Raw Materials

Scope: Proposals should develop solutions proving concept and feasibility at the level of TRL 3-5; please see part G of the General Annex… development of innovative and sustainable solutions for the appropriate substitution of critical and scarce raw materials in applications under extreme conditions, such as substitution of CRM in heat resistant super alloys, in hard materials, critical alloying elements in bulk metals

Page 22: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Possible related calls – SC5, Climate Action:

(Scope cont..): Proposals should develop solutions proving concept and feasibility at the level of TRL 3-5; please see part G of the General Annex

Expected Impact: In the longer term pushing the EU to the forefront in the area of sustainable raw materials substitution. Improved competitiveness and creation of new jobs in materials producing and downstream industries, demonstrated by a return-on-investment study. Significant contribution to reduced dependency on CRMs in the medium term. Contribution to the large scale adoption of the new cost-effective technology in the EU, measured by quantitative and qualitative indicators. Availability of new materials with improved performance under extreme conditions and for electronic devices. Contribution to achieving the objectives of the EIP on Raw Materials.

Type of Action: Research and Innovation actions

Page 23: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Horizon 2020 focus areas/challenges

Waste

Blue Growth

Water Innovation

Personalising health and care

Mobility for

Growth

Sustainable food security

New ideas for Europe

Disaster resilience

(incl. climate

change)

Digital Security

Competitive low-carbon

energy

Waste

Smart cities and

communities 1.Health

2.Bioeconomy

3.Energy

4.Transport5.Climate change

6.Inclusive, innov

societies

7.Security

Page 24: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

What’s new?

VAT eligible if non-deductible

ITN ‘Management/Overhead’ as a €1200 flat rate (pre-proposal negotiation required!)

One audit at the end of the grant only – threshold €325K

No timesheets for staff working 100% - but central declaration required!

Greater industry participation ++

Open Access to scientific peer reviewed publication required (including the bibliographic metadata identifying the publication)

Page 25: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

What’s new!

Bonus payment of €8k per researcher/year is not an allowable cost (decision by HR Committee 23/01/2014)

‘As is’ approach to evaluation process – no opportunity to tidy-up proposal at negotiation stage (consider: IPR, access rights, management structure)

Letters of Intent are likely to be needed for most multi-beneficiary proposals. Letters of Commitment needed for partner organisations (part of the proposal)

Projects are classified as RIA (Research Innovation Action) or IA (Innovation Action)

‘Gender balance’ should be addressed in proposals

Page 26: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Horizon 2020 – How to participate?

Any institution may participate either as a Partner or as a Coordinator!

Responsibilities of the Coordinator:• Submits the proposal and (generally) leads the project.• Reporting responsibilities• Receives payment from the Commission and distributes to partners• Acts as a ‘hub’ for queries between Partners and Commission

Resources and Benefits? Coordinator receives adequate funding for resources to manage the

consortium. Costs are claimed as incurred and cannot lead to a profit. Closer links to Brussels Prestige (?)

Financial support of up to £10k for preparation of large research funding bids may be available from the University: https://www.admin.cam.ac.uk/offices/rso/bidsupport/

Page 27: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Horizon 2020 – Who can participate?

Open to almost any entity….

EU Member States (28) Candidate Countries

• e.g. Turkey, Serbia Associated Countries

• e.g. Switzerland, Norway, Israel

International Co-operation Partner Countries (ICPC)

• e.g.: 3rdworld countries

Industry• Multinationals to

SMEs Research organisations Universities & other HEIs Public bodies

• e.g.NHSTrusts Trade Associations International Bodies

• e.g. Red Cross, etc

Page 28: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Conditions for participation

Minimum conditions: FET, LEIT and Societal Challenges (apart from JTIs)

For standard collaborative actions (RIA and IA) 3 legal entities, each established in different MS/ACFor CSA : 1 legal entityFor SME Instrument and programme co-fund 1 legal entity established in a MS/AC

Industry participation is highly advisable even if not a requirement!

Page 29: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Evaluation Criteria – Excellence

Soundness of concept and quality of objectives Progress beyond state of the art Quality and effectiveness of the S/T methodology and associated work

plan

Guidelines• How is your idea different? Why you and why now?• Overall strategy, work plan (describe work packages) and

methodology• Appropriate milestones and deliverables• Risk assessments and contingency plans

Page 30: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Evaluation Criteria – Implementation

Appropriateness of the management structure and procedures (no negotiation)

Quality and relevant experience of participants/consortium Appropriateness of the allocation and justification of the resources to be

committed (budget, staff, equipment)

Guidelines• Unless stated in call text there is no political/geographical

requirement• Split the budget according to the work done (collaborative project)

Page 31: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Evaluation Criteria – Impact

Contribution, at the European and/or international level, to the expected impacts listed in the work programme

Appropriateness of measures for the dissemination and/or exploitation of project results, and management of IP

Guidelines Include clear dissemination and publication plans Does it have “EU added value”? Include plans on how IPR will be exploited (no negotiation!) Plan to track the impact post-project (exploitation potential).Include a business plan where relevant

o Sustainability of the project after the EU funding

Page 32: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Evaluation Criteria

1. Excellence Clarity of the objectives; Soundness of the concept, including trans disciplinary considerations; Credibility of the proposed approach; Ambition, progress beyond the state of the art.

2. Impact: […] contribution to: The expected impacts listed in the work programme Enhancing innovation capacity and integration of new knowledge; Strengthening the competitiveness and growth of companies by developing innovations

meeting the needs of European and global markets; …measures to, disseminate and exploit the project results,… communication.

3. Quality and efficiency of implementation Coherence and effectiveness of work plan, … allocation of tasks, resources; Competences, experience and complementarity of the individual participants, as well as

of the consortium as a whole; Appropriateness of the management structures and procedures….risk management.

First stage considerations in RED

Page 33: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Evaluation Process

Eligibility Check

Individual Reading

(Remote/on Site)

Consensus Panel Review

Process monitored by independent experts

YES?

Evaluators invited on a call-by-call basis

Balanced selection of experts (scientific expertise, geography, gender)

Page 34: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

The Consortium

Meeting the criteria with a ‘balanced’ Consortium:

1. The basic research• Science & Technology partners

2. Users of Technology & Implementation• Partners with expertise to develop, test & validate the scientific premise,

technology or other outputs

3. IMPACT of the R&D outcomes on the target market• Partners with expertise & experience to disseminate & exploit the

knowledge/solutions generated

Page 35: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Finding partners

Use of Existing Collab-oratorsFriends of Ex-

isting Collab-orators

On-line Partner search databases e.g SeReMa,

PP

Call Info Days, Confer-ences, Trade Exhibitions

Social MediaChoose the Best in the

area!

Page 37: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Expert Advisory Groups

Feed into shaping the research agenda and Horizon 2020 calls for proposals

Call for expressions of interest is still on-going (first groups have been selected)

15 groups, consisting of 20-30 experts

Experts from a broad group of stakeholders, including industry, research and civil society.

Mandate of experts is for two years, with a possible two year renewal.

Appointment process is on going – 425 to be selected now!

Page 38: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Useful Links

Participant Portal:http://ec.europa.eu/research/participants/portal/desktop/en/home.html

Experts for Horizon 2020 Advisory Groupshttp://ec.europa.eu/research/horizon2020/index_en.cfm?pg=h2020-experts

Page 39: Horizon 2020 Department of Physics 1 st May 2014 Research Operations Presenter: Renata Schaeffer Ext: 61648 Email: rs530@admin.cam.ac.uk

Research Operations

Research Office EU Team

Renata Schaeffer

Questions on: General queries, funding opportunities and EU policy

Catherine Hill

Questions on: Coordinator grants

Sarah Saemian

Questions on: General queries, Participant Portal and EPSS

Bethan Jones

ERC Officer