Civil Law and University Research Infrastructure Disputes in Europe

1. Introduction

University research infrastructure has become a major source of legal disputes in Europe. Modern universities depend upon laboratories, research buildings, scientific equipment, high-performance computing facilities, libraries, databases, IT systems, research vessels, testing facilities, data centres and specialised research installations. These facilities are frequently financed or operated through a mixture of public funds, EU grants, private contracts, public procurement, institutional agreements and research partnerships.

Disputes concerning such infrastructure do not belong exclusively to one branch of law. They may involve:

civil and contract law;

property law;

tort/delict law;

construction and engineering liability;

public procurement law;

administrative law;

EU competition and State-aid law;

research-funding law;

intellectual-property law; and

tax/VAT law.

A particularly important feature of the European system is that a university may be simultaneously a public authority, a contracting authority, a research institution and a participant in ordinary commercial transactions. The applicable legal regime therefore depends heavily upon the university's status and the nature of the disputed activity.

The case law of the Court of Justice of the European Union (CJEU), together with national civil-law principles, demonstrates that universities do not automatically receive a special exemption merely because an activity is connected with education or research.

2. Meaning of "University Research Infrastructure"

University research infrastructure can be understood as the physical, technological and organisational facilities necessary to conduct research.

It includes:

A. Physical infrastructure

Examples include:

laboratories;

research buildings;

laboratories for chemistry, medicine or engineering;

clean rooms;

experimental facilities;

scientific instruments;

particle accelerators;

observatories;

research vessels;

animal-research facilities;

specialised testing installations.

B. Digital infrastructure

This includes:

university IT systems;

research databases;

cloud infrastructure;

high-performance computing;

cybersecurity systems;

digital libraries;

research-data repositories;

laboratory information systems.

C. Shared European infrastructure

Some facilities are operated jointly by several universities or States. Examples include major scientific facilities and European research infrastructures established through multinational cooperation.

Disputes may consequently arise over:

ownership;

construction;

financing;

procurement;

maintenance;

defective equipment;

access rights;

contractual performance;

damage caused by infrastructure;

intellectual property;

research data;

liability towards researchers or third parties.

3. Why Civil Law Is Important

Civil-law systems generally approach infrastructure disputes through principles of:

3.1 Contractual liability

If a university enters into a contract with:

a construction company;

equipment manufacturer;

IT supplier;

architect;

engineering company;

maintenance contractor;

research consortium;

failure to perform the contractual obligation can generate liability.

Typical claims include:

damages;

repair;

replacement;

price reduction;

termination;

specific performance;

reimbursement of additional expenses.

3.2 Non-contractual liability

A university may also be liable where damage occurs without a direct contractual relationship.

For example:

A defective research laboratory ceiling collapses and damages a neighbouring research facility.

The affected institution may potentially rely upon tort/delict principles rather than contractual remedies.

The relevant concepts differ between countries, but generally include:

unlawfulness;

fault;

negligence;

causation;

damage;

foreseeability;

duties of care;

liability for defective buildings or objects.

3.3 Product liability

Scientific equipment can create another category of dispute.

Suppose a university purchases an advanced laboratory machine and the machine has a manufacturing defect that causes:

destruction of samples;

interruption of research;

damage to other equipment;

personal injury;

loss of research data.

The dispute may involve contractual warranties as well as European and national product-liability rules.

4. Public University Versus Private University

This distinction is fundamental.

A public university may be subject to public procurement and administrative-law requirements when purchasing infrastructure.

A private university, depending upon the jurisdiction and the nature of its activities, may have considerably greater freedom to contract privately.

However, the mere fact that an institution is public does not mean that every transaction is governed exclusively by public law.

Conversely, the fact that the university is performing research does not automatically transform an ordinary commercial contract into a purely public activity.

This principle can be seen particularly clearly in the CJEU's university procurement jurisprudence.

5. Case Law 1 — Technische Universität Hamburg-Harburg v Datenlotsen

CJEU, Case C-15/13, judgment of 8 May 2014

This is one of the most important cases for understanding university infrastructure procurement.

Facts

Technische Universität Hamburg-Harburg wanted to acquire an IT system for university administration.

Instead of conducting an ordinary competitive procurement procedure, it directly awarded the contract to Hochschul-Informations-System GmbH (HIS).

HIS was connected to the German public sector and was owned by the Federal Republic and German Länder.

The university argued, in substance, that the relationship could qualify for the EU's in-house procurement exception.

The competing company Datenlotsen challenged the arrangement.

The value of the contract was approximately €840,000. (Eur-Lex)

Legal issue

Could a university directly award the contract to a related public-sector undertaking without conducting a competitive procurement procedure?

Decision

The CJEU held that the relevant conditions for the in-house exception were not satisfied.

A crucial point was that the public authorities' control over the university was limited in important respects.

The university enjoyed substantial autonomy concerning education and research, while governmental control was particularly directed towards procurement and financial matters.

The Court concluded that this did not amount to the necessary "similar control" required for an in-house award. (Eur-Lex)

Importance for research infrastructure

The case establishes an important principle:

A public university cannot simply avoid competitive procurement requirements by arguing that the supplier is another public-sector or publicly connected organisation.

This is especially important for:

research computing;

laboratory IT;

scientific databases;

university networks;

research-management systems;

laboratory information systems;

digital research infrastructure.

Broader principle

University autonomy in research and education can actually become legally significant.

If the State does not exercise sufficiently extensive control over the university, the university cannot necessarily be treated as merely an internal governmental department.

6. Case Law 2 — Ordine degli Ingegneri della Provincia di Lecce and Others

CJEU, Case C-159/11, judgment of 19 December 2012

This Italian case is highly relevant to university research and technical infrastructure.

Facts

The dispute concerned an agreement between an Italian public health authority and the University of Salento.

The arrangement involved technical and scientific activities, including work of an engineering and consultancy character.

The parties argued that their cooperation could be treated as public-public cooperation rather than as an ordinary procurement contract.

Legal question

Can two public entities enter into a cooperation agreement without competitive procurement merely because both are public institutions?

Decision

The CJEU rejected an overly broad interpretation of the public-public cooperation exception.

Such cooperation can fall outside EU procurement law only where the relevant conditions are actually satisfied.

In particular, the cooperation must genuinely concern the performance of a public task which the participating public entities are responsible for performing, and it cannot simply be a mechanism for obtaining commercial services from a public university. (Eur-Lex)

Importance

This case is extremely relevant where a university provides:

engineering services;

scientific testing;

technical research;

infrastructure design;

laboratory services;

consultancy connected with public infrastructure.

A university cannot necessarily characterise such activities as "academic research" merely because university researchers perform them.

Civil-law significance

The case illustrates the distinction between:

public institutional cooperation

and

contractual provision of services.

That distinction can determine whether ordinary procurement rules apply.

7. Case Law 3 — CoNISMa v Regione Marche

CJEU, Case C-305/08, judgment of 23 December 2009

This is another important case involving universities and research-related services.

Facts

CoNISMa was a consortium involving Italian universities and research institutions.

The dispute concerned participation in a public procurement procedure.

The argument was essentially that university/research organisations should not necessarily be treated as ordinary economic operators.

Legal issue

Could public universities and research institutions participate in public procurement competitions?

Decision

The CJEU adopted an important principle:

Public universities and research bodies may, in appropriate circumstances, participate in public procurement procedures as economic operators.

Their public or academic character does not automatically prevent them from competing for contracts.

The Court recognised that Member States may regulate the activities of universities according to their institutional objectives, but where universities are legally permitted to provide particular services on the market, they cannot simply be excluded from procurement procedures. (Eur-Lex)

Importance for infrastructure disputes

This principle works in both directions.

A university may:

purchase infrastructure from private suppliers; and

itself provide research, engineering or technical services connected with infrastructure projects.

Therefore, a university may simultaneously be:

buyer → contractor → research institution → public body.

That creates considerable complexity in civil and procurement disputes.

8. Case Law 4 — Commission v Germany

CJEU, Case C-287/00, judgment of 20 June 2002

This case concerns the taxation of research performed by public universities.

Facts

The European Commission challenged Germany concerning the VAT treatment of research activities performed by public-sector higher-education institutions for consideration.

Legal issue

Were research activities undertaken by State universities for remuneration necessarily part of the universities' exempt educational/public functions?

Decision

The Court treated research activities carried out by State universities for consideration as potentially constituting economic activities for VAT purposes.

The Court distinguished research performed within the university's public educational function from research carried out under remunerated contractual arrangements. (Eur-Lex)

Relevance to infrastructure

The case is important because infrastructure frequently exists in the boundary between:

public research

and

commercial research services.

For example, a university may construct an advanced laboratory using public funding and subsequently allow private companies to use it for paid research.

The legal consequences may differ depending upon:

who owns the facility;

who finances it;

who controls it;

who uses it;

whether users pay;

whether services are provided commercially.

Broader civil-law principle

The legal character of the activity matters more than the institutional label.

Calling something a "university research facility" does not by itself resolve the question of whether the resulting legal relationship is public, private, commercial or contractual.

9. Case Law 5 — Universität Bremen v European Research Executive Agency

CJEU, Case C-110/21 P, judgment of 14 July 2022

This case concerns a university directly in litigation concerning European research administration.

Background

The dispute arose from a disagreement involving Universität Bremen and the European Research Executive Agency concerning a European research project.

A significant procedural issue concerned the university's representation before the EU courts.

A university professor who was also involved in the project sought to represent the university.

Legal issue

Could the professor satisfy the EU law requirement of independent legal representation when he had a direct and personal interest in the research project forming the subject matter of the litigation?

Decision

The Court examined the requirement of independence of representatives appearing before the EU courts and concluded that the relevant representation requirements had not been satisfied in the circumstances.

The case therefore demonstrates that a university's institutional autonomy does not eliminate procedural and legal requirements governing litigation. (InfoCuria)

Relevance to research infrastructure

Research infrastructure disputes often involve:

EU-funded research projects;

consortium agreements;

grant agreements;

research coordinators;

universities;

research agencies.

Consequently, when a university challenges a funding or infrastructure decision, questions of standing, representation, institutional authority and procedural capacity can become decisive.

10. Case Law 6 — Stadt Halle v RPL Lochau

CJEU, Case C-26/03, judgment of 11 January 2005

Although not exclusively a university case, this decision is extremely important for understanding public procurement arrangements involving publicly controlled infrastructure providers.

Principle

The CJEU established that the exceptions to EU procurement requirements must be interpreted strictly.

The existence of public ownership or public influence does not automatically justify a direct award.

This principle subsequently became important in university procurement disputes, including the Technische Universität Hamburg-Harburg case.

The Court emphasised the fundamental objective of EU procurement law:

opening public purchasing to competition and preventing distortions of competition. (Eur-Lex)

Application to universities

Imagine a university needs:

a research data centre;

laboratory equipment;

specialised software;

a university-wide computing system.

If the university directly awards the contract to a publicly controlled company, the university must still demonstrate that the statutory conditions for an exception are satisfied.

11. Case Law 7 — Commission v Germany / Public-Public Cooperation Principle

A further important line of jurisprudence comes from Case C-480/06, Commission v Germany.

The case concerned cooperation between public authorities and became a foundation for the subsequent public-public cooperation jurisprudence.

The CJEU accepted that certain genuinely cooperative arrangements between public entities may fall outside procurement rules.

However, the arrangement must genuinely pursue a public-interest task and satisfy the conditions developed by the Court.

This is particularly important for universities participating in:

national research networks;

shared laboratories;

publicly funded research centres;

university consortia;

shared scientific facilities;

public research infrastructure.

The exception cannot simply be used to disguise an ordinary commercial service contract.

This principle was subsequently reflected in the reasoning of the Court in Ordine degli Ingegneri. (Eur-Lex)

12. Case Law 8 — The Dutch "Hammock" Case and Defective Infrastructure

For the civil-law dimension of infrastructure liability, an important comparative case is the Dutch Supreme Court's Hammock Case (2010).

The dispute concerned whether co-owners of defective property could have non-contractual liability towards each other for injuries arising from the defect.

The case became significant in comparative European private law because researchers subsequently examined how similar defective-property situations would be treated in Germany, France, Belgium, Italy, England and Ireland. (Groningen Research Portal)

Why is this relevant to universities?

Consider a university research campus with:

jointly owned laboratory buildings;

shared scientific equipment;

jointly operated research installations.

If a structural defect causes injury or property damage, the question may become:

Who bears responsibility where multiple institutions own, operate or control the infrastructure?

Potential defendants may include:

university A;

university B;

a research consortium;

a property company;

an architect;

an engineering contractor;

a maintenance contractor.

The Hammock jurisprudence illustrates the difficult boundary between property ownership and non-contractual liability.

13. Major Categories of University Infrastructure Disputes

A. Construction disputes

These are perhaps the most traditional infrastructure disputes.

A university may claim against:

contractor;

architect;

structural engineer;

project manager;

developer.

Typical claims include:

defective construction;

delay;

cost overruns;

structural defects;

water penetration;

laboratory contamination;

failure of specialised installations.

The applicable national civil code may establish contractual warranties or special construction liability regimes.

14. Defective Scientific Equipment

A university may purchase a highly specialised instrument worth millions of euros.

If it fails, the university may suffer:

repair costs;

replacement costs;

research delays;

loss of samples;

loss of experimental data;

contractual penalties;

loss of external research income.

The central legal issue is often causation and recoverable loss.

For example:

If a defective €2 million microscope prevents a research project from operating for six months, can the university recover the lost research revenue?

The answer depends upon the applicable contract and national civil-law rules concerning:

foreseeability;

consequential loss;

mitigation;

contractual limitations;

proof of damages.

15. Shared Research Infrastructure

European research increasingly operates through shared facilities.

Suppose three universities jointly establish a research centre.

Their agreement might specify:

ownership percentages;

capital contributions;

operating expenses;

access rights;

maintenance;

insurance;

intellectual property;

responsibility for accidents;

termination rights.

A dispute could arise if University A refuses to contribute additional money for emergency repairs.

The civil-law questions may include:

Contract interpretation

What did the parties actually agree?

Good faith

Did a party exercise its contractual rights abusively?

Contribution

Is a co-owner required to contribute to necessary expenses?

Damage

Who bears the loss resulting from the facility's closure?

Termination

Can a university withdraw from the consortium?

16. Research Infrastructure and Public Procurement

This is one of the most important areas.

A university constructing a major research facility may need to procure:

construction works;

laboratory equipment;

IT infrastructure;

engineering services;

architectural services;

maintenance;

security systems.

If the university is a contracting authority, EU procurement law can apply.

The Technische Universität Hamburg-Harburg judgment demonstrates that a university cannot automatically bypass procurement rules by relying on a relationship with a publicly controlled entity. (Eur-Lex)

17. In-House Procurement

An "in-house" arrangement allows a public authority, in certain circumstances, to award a contract without an ordinary competitive tender.

However, the requirements are strict.

Generally, questions arise concerning:

control;

ownership;

activity requirements;

institutional relationship;

whether private capital is involved.

For universities, the difficulty is that they often enjoy significant institutional autonomy.

Consequently:

Government ownership or supervision of a university is not necessarily equivalent to direct control over the university for procurement purposes.

That was a central issue in Technische Universität Hamburg-Harburg. (Eur-Lex)

18. Public-Private Partnerships

Research infrastructure is also increasingly developed through public-private partnerships.

For example:

University + State + technology company

may jointly establish:

biotechnology laboratories;

AI research centres;

semiconductor facilities;

medical research centres;

advanced manufacturing laboratories.

Such projects can produce disputes concerning:

ownership;

financing;

intellectual property;

exclusivity;

access;

State aid;

procurement;

confidentiality;

commercialisation.

The university's public character becomes particularly important because private partners may argue that the university has conferred an economic advantage upon them.

19. State Aid Issues

Suppose a government finances a university laboratory.

A private company receives preferential access to that laboratory at a price below market value.

The question may arise:

Has the State indirectly provided an economic advantage to the company?

This introduces EU State-aid law.

The problem becomes especially complicated where research infrastructure is:

publicly financed;

partly commercially used;

shared between public and private researchers.

The legal assessment may therefore require separation between:

non-economic research activities

and

economic/commercial activities.

20. Intellectual Property and Infrastructure

Infrastructure disputes often produce IP disputes.

Suppose University A owns a laboratory and University B provides researchers and equipment.

A research project produces a patent.

Who owns it?

Possible answers may depend upon:

consortium agreement;

employment contracts;

national university IP rules;

research grant conditions;

ownership of equipment;

contribution of each researcher.

Infrastructure itself can therefore become connected to:

patents;

copyright;

databases;

trade secrets;

know-how.

21. Digital Research Infrastructure

Modern research infrastructure is increasingly digital.

A university may outsource its:

cloud computing;

data storage;

research database;

laboratory software;

cybersecurity;

high-performance computing.

A failure can produce enormous economic consequences.

For example:

A university's research-data provider suffers a major technical failure, causing the university to lose access to experimental data for several months.

Potential claims may involve:

breach of contract;

negligence;

data protection;

cybersecurity obligations;

confidentiality;

limitation of liability;

consequential damages.

22. Liability for Researchers and Third Parties

Research infrastructure can also create personal-injury liability.

Examples include:

laboratory explosions;

chemical exposure;

radiation incidents;

defective research machinery;

structural failure;

fire;

electrical accidents.

The university may face claims from:

employees;

students;

visiting researchers;

contractors;

neighbouring property owners;

members of the public.

The applicable civil-law rules depend upon the country, but the central questions normally concern:

existence of a duty of care;

breach;

causation;

damage;

contributory negligence;

insurance;

statutory liability.

23. The Role of University Autonomy

University autonomy is a recurring theme in European jurisprudence.

A university may have autonomy over:

research;

teaching;

academic organisation;

scientific priorities.

But autonomy does not necessarily mean immunity from:

procurement law;

contract law;

tort law;

taxation;

competition law;

EU funding conditions.

The Technische Universität Hamburg-Harburg judgment illustrates this particularly well: the university's autonomy in research and education was relevant to determining whether the governmental control was sufficiently extensive for the procurement exception. (Eur-Lex)

24. Relationship Between Civil Law and Administrative Law

A university infrastructure dispute can begin as an administrative matter and subsequently become a civil claim.

For example:

Stage 1

Government allocates €100 million for construction.

Stage 2

University selects a contractor.

Stage 3

A procurement challenge is brought.

Stage 4

Construction begins.

Stage 5

The laboratory develops structural defects.

Stage 6

University sues the contractor for damages.

Thus, one infrastructure project can involve:

administrative law → procurement law → contract law → construction law → tort law.

This interconnected nature is characteristic of major European research infrastructure disputes.

25. Comparative Civil-Law Perspective

Although European countries share many principles, their national approaches differ.

The same physical problem can therefore generate different legal outcomes depending upon the jurisdiction.

26. Six Core Case Laws at a Glance

27. Practical Legal Test for a University Infrastructure Dispute

When analysing a dispute, a European lawyer would normally proceed through several questions.

Question 1 — Who owns the infrastructure?

Is it owned by:

the university;

government;

research consortium;

private company;

several universities jointly?

Question 2 — Who financed it?

Was it financed by:

national government;

EU funding;

university funds;

private investment;

mixed funding?

Question 3 — What is the legal status of the university?

Is it:

public-law institution;

private institution;

foundation;

corporation;

statutory university?

Question 4 — What is the disputed activity?

Is it:

research;

education;

construction;

procurement;

commercial research;

consultancy;

equipment purchase?

Question 5 — What legal relationship exists?

Is there:

a construction contract;

supply contract;

consortium agreement;

grant agreement;

lease;

licence;

service agreement?

Question 6 — Is EU procurement law applicable?

This becomes particularly important where public money and university purchasing are involved.

Question 7 — Is the infrastructure being used commercially?

If private companies receive access or services, competition, State-aid and taxation questions may arise.

Question 8 — Who caused the damage?

Potential defendants may include:

university;

contractor;

architect;

engineer;

equipment manufacturer;

maintenance provider;

consortium partner.

Question 9 — What type of damage occurred?

Possible heads of loss include:

physical damage;

repair costs;

replacement costs;

research delays;

lost income;

lost samples;

loss of data;

personal injury;

reputational damage.

Question 10 — Which court has jurisdiction?

A dispute can potentially fall within:

national civil courts;

administrative courts;

procurement review bodies;

EU courts;

arbitration.

28. Key Legal Principles Emerging from the Case Law

Several broad principles can be extracted from the European jurisprudence.

Principle 1 — Research institutions are not legally isolated

Universities remain subject to ordinary legal rules when they enter contractual or economic relationships.

Principle 2 — Research does not automatically mean "non-economic"

A university's research activity can constitute an economic activity when performed for remuneration or on a market. The Commission v Germany jurisprudence illustrates this distinction. (Eur-Lex)

Principle 3 — Public ownership does not automatically justify direct contracting

Technische Universität Hamburg-Harburg demonstrates the importance of the strict conditions for in-house procurement. (Eur-Lex)

Principle 4 — Public-public cooperation has limits

The Ordine degli Ingegneri jurisprudence prevents universities and public authorities from automatically avoiding procurement law by describing an arrangement as "cooperation." (Eur-Lex)

Principle 5 — Universities may themselves be economic operators

The CoNISMa jurisprudence confirms that public universities can, in appropriate circumstances, compete in procurement markets. (Eur-Lex)

Principle 6 — Civil liability can attach to physical infrastructure

Defective buildings, equipment and installations may generate contractual or non-contractual liability, as illustrated by the comparative significance of the Dutch Hammock jurisprudence. (Groningen Research Portal)

Principle 7 — EU research disputes have procedural consequences

Universität Bremen demonstrates that even disputes involving research grants and European research administration remain subject to strict procedural rules. (InfoCuria)

29. Conclusion

Civil-law disputes concerning university research infrastructure in Europe occupy a hybrid legal field. They cannot be analysed purely through traditional private law because modern university infrastructure is often financed and operated through public funds, EU programmes, procurement procedures and public-private partnerships.

The central legal problem is determining the legal character of the university's activity.

If a university is simply purchasing a laboratory building, ordinary procurement and construction law may dominate.

If the university suffers damage because the building is defective, contractual and tortious liability may become central.

If several universities jointly operate the facility, consortium and property law become important.

If private companies use the facility, competition, State-aid and economic-activity questions may arise.

If EU research funding is involved, EU grant and procedural law may also apply.

The most significant lesson from the case law is therefore that "university research infrastructure" is not itself a legal category that determines liability. The court must identify the underlying legal relationship—procurement, contract, property, tort, public cooperation, economic activity, funding or EU administrative law—and then apply the appropriate rules.

The jurisprudence of Technische Universität Hamburg-Harburg, Ordine degli Ingegneri, CoNISMa, Commission v Germany, Universität Bremen, Stadt Halle, Commission v Germany (C-480/06), and the Dutch Hammock case collectively demonstrates how European law balances university autonomy, public accountability, competition, contractual freedom and civil liability in the development and operation of research infrastructure.