EUR-ACE, explained in plain terms
You’ll see the label “EUR-ACE accredited” next to some engineering programmes, including ours. Here’s what it actually means for you, your diploma, and your career.
What EUR-ACE actually is
EUR-ACE (European Accredited Engineer) is a quality label awarded to Bachelor’s and Master’s engineering programmes. It isn’t given directly by a university — it’s awarded by an independent accreditation agency, after that agency checks the programme against a common European standard.
The standard is set by ENAEE, the European Network for Accreditation of Engineering Education. ENAEE doesn’t accredit programmes itself — it authorises national agencies to do so, and those agencies award the EUR-ACE label to the programmes that meet the bar.
Today, more than 15 agencies across Europe (and beyond) are authorised, and over 2,000 engineering programmes carry the label.
Why it should matter to you
A label is only useful if it changes something real about your studies and your future. Here’s what it changes.
Your diploma is recognised abroad
Employers and universities worldwide understand your training without needing to translate or investigate your curriculum.
Easier mobility and further studies
Exchange semesters, double degrees, or Master’s abroad become easier with a recognised European reference point.
Real quality assurance
Programmes must prove their teaching, staff, facilities and assessment methods meet high standards — re-verified periodically.
Employers recognise the value
Companies across Europe look for EUR-ACE as shorthand for graduates with strong analytical, design and practical skills.
What gets checked
Accreditation agencies examine three things in depth.
Student workload
The programme’s length and credit load (ECTS) must match European norms — at least 180 credits for a Bachelor’s degree.
Learning outcomes
Graduates must demonstrate real abilities across nine areas — from analysis and design to teamwork and lifelong learning.
Programme management
Universities must show clear aims, sufficient resources, fair admission rules, and an internal quality system.
Learning outcomes and competencies
These are the actual currency of EUR-ACE accreditation.
01 — Learning outcomes
What you’ll be able to know, understand or do after completing a course or programme. Written from your perspective — not “the professor will cover thermodynamics” but “you will be able to apply thermodynamic principles.”
02 — Competencies
Broader than a single learning outcome — combines knowledge, practical skills, and autonomy to use good judgment. Competencies are what employers actually hire for.
The nine learning outcome areas
Every EUR-ACE accredited programme builds graduates’ outcomes around these nine areas.
C01 Knowledge & understanding
Know — the maths, science and engineering fundamentals behind your specialisation.
Do — apply that foundation to solve complex engineering problems.
Own — the judgment to work out which fundamentals to call on.
C02 Engineering analysis
Know — the established methods used to analyse engineering issues.
Do — analyse and solve complex engineering problems by applying the right method.
Own — the ability to pick which method fits the problem.
C03 Engineering design
Know — recognised design processes and methods.
Do — design complex products, processes or systems using those methods.
Own — the judgment to choose the appropriate design method.
C04 Investigations
Know — codes of practice, safety regulations, and investigation methods.
Do — run investigations that meet a specified need and report clearly.
Own — the ability to choose the right investigative approach.
C05 Engineering practice
Know — the materials, equipment, tools, processes used hands-on in your field.
Do — carry out complex engineering activities using practical knowledge.
Own — the judgment to identify what practical knowledge a task requires.
C06 Making judgements
Know — the professional, ethical and social responsibilities in engineering.
Do — manage work situations, take decisions and form sound judgements.
Own — the reflection to weigh responsibilities when deciding.
C07 Team-working
Know — how multidisciplinary, multi-level teams function.
Do — work effectively as a team member in national and international settings.
Own — the ability to spot what makes a team effective.
C08 Communication
Know — established communication methods and tools.
Do — communicate your work to both technical and non-technical audiences.
Own — the judgment to pick the method that fits the audience.
C09 Lifelong learning
Know — the learning methods needed to keep up as science evolves.
Do — engage independently in ongoing learning after graduation.
Own — the ability to identify how to keep learning.
Tek-Up’s accreditation
Our engineering programmes are assessed against these standards by an agency authorised by ENAEE.
What this means in practice
The agency evaluates our programmes’ workload, learning outcomes and quality-assurance system against the EUR-ACE framework. Where a Tek-Up programme holds the EUR-ACE label, it has passed this evaluation.
Update this block with the specific Tek-Up programme(s) holding EUR-ACE accreditation and dates.
Common questions
Is EUR-ACE the same as national accreditation?
No — it sits alongside it. Your programme first satisfies Tunisia’s national requirements; EUR-ACE is an additional European-level accreditation on top of that.
Does EUR-ACE expire?
Yes. Programmes are reviewed periodically, and universities must monitor student progression, graduate employment and employer feedback to keep the label.
Will this affect which courses I take?
Not directly — EUR-ACE sets the outcomes your programme must deliver by graduation. It’s Tek-Up’s job to design the curriculum that gets you there.
Does it matter if I plan to work in Tunisia?
Yes. Multinational employers and engineering-order processes increasingly reference EUR-ACE as an independent quality marker, even for graduates who stay in their home country.