Erasmus+ CBHE · GA 101179337 · 2024–2027
Manufacturing XR Lab Lecturer drives a holographic welding cell while students observe process twins
Automotive Digital Twin EV chassis diagnostics taught with headset-linked system overlays
BIM Collaboration Lab Architecture & construction partners review a shared holographic building model
Engineering Immersion Studio Dual lecturers manipulate bridges, turbines and engines as cyan wireframe twins

Erasmus+ CBHE · GA 101179337

Welcome to the MaDE-for-UASs Project

Empowering Educators, Shaping Futures

MaDE-for-UASs—Methodology and Didactic Education for Universities of Applied Sciences—is a bold, three-year collaboration (2024–2027), funded by the European Union through the Erasmus+ programme, aimed at revolutionizing higher education in Ethiopia by equipping lecturers with practical skills and innovative VR, AR, and simulation teaching methods.

About the project

Why MaDE. Why XR. Why now.

Erasmus+ CBHE (GA 101179337) · 2024–2027 — immersive didactics for Ethiopia’s Universities of Applied Sciences.

Welcome · MaDE-for-UASs
Welcome · MaDE-for-UASs

Welcome to the MaDE-for-UASs Project Website

01 · About the project

Shaping Higher Education Program Delivery

Welcome to the MaDE-for-UASs Project Website. MaDE-for-UASs—Methodology and Didactic Education for Universities of Applied Sciences—is a bold, three-year collaboration (2024–2027), funded by the European Union through the Erasmus+ programme, aimed at revolutionizing higher education in Ethiopia.

The project bridges academia and industry by equipping lecturers with practical skills and innovative teaching methods—including Virtual Reality (VR), Augmented Reality (AR), and simulations. Led by a European–Ethiopian consortium, MaDE-for-UASs operates two flagship MaDE centres, develops modern curricula and open tools, and works with industry partners (including the already-formed National Resonance Group) so graduates are better prepared for the World of Work.

Our approach

  • Utilizing Project-Based Learning
  • Incorporating VR/AR and Simulation Technologies
  • Enhancing Lecturer Competencies
  • Fostering Industry Collaboration
  • Promoting Peer-to-Peer Learning
  • Ensuring Scalable Training Solutions
Skills gap · UAS reform
Skills gap · UAS reform

Practice gaps weaken applied teaching

02 · The challenge

The challenge

Ethiopia’s shift toward Universities of Applied Sciences (UAS) requires lecturers who can teach from current, hands-on industry practice—not theory alone. Too often, programmes lack regular access to real workplaces, so students and teachers cannot safely rehearse the technical processes that define the World of Work.

These gaps show up across technical and applied programmes: limited industrial exposure for academic staff, classrooms that stay abstract when processes are dangerous or capital-intensive, and uneven pathways that connect universities with employers who need job-ready graduates.

Major challenges

  • Limited industrial placements and authentic practice opportunities for UAS lecturers
  • Theory-heavy programme delivery that underprepares graduates for plant-floor work
  • Insufficient safe, scalable environments to rehearse high-risk technical procedures
  • Weak or uneven academia–industry linkages for skills and curriculum design
  • Unequal access to modern equipment, labs, and World-of-Work learning resources
  • Pressure on graduate employability when teaching cannot mirror real industry processes
What we offer · consortium in action
What we offer · consortium in action

Infrastructure, tools, and people that close the practice gap

03 · What we offer

What MaDE-for-UASs brings to this challenge

MaDE-for-UASs answers the practice gap with a full system for applied teaching: European–Ethiopian co-design of VR/AR and simulation didactics, two operational flagship centres, cascade Training of Trainers, and an active industry–university council so lecturers can rehearse industrial processes safely before they teach them.

Instead of one-off workshops, the project is building durable infrastructure, open learning products, and networks that outlive the grant window (2024–2027) and scale across Ethiopia’s Universities of Applied Sciences.

Six major deliverables

  • Toolbox 2.0 for immersive learning — methodologies, recipes, and guides for VR/AR/simulations
  • Open-source handbooks for VR, AR & simulation — practical national reuse via NADRE
  • MaDE-Pedagogy Center at KUE — operational hub for immersive teacher training and didactics
  • MaDE-Technology Center at Dire Dawa University — operational hub for XR production and labs
  • National network of master trainers — cascade capacity toward 60 certified trainers across UAS
  • National Resonance Group (NRG) — formed October 2025; active council with industry & academia
Our impact · hands-on XR capacity
Our impact · hands-on XR capacity

From VR labs to national UAS reform

04 · Our impact

Who and what the project is changing

MaDE-for-UASs drives lasting change across Ethiopia’s Universities of Applied Sciences: better-prepared lecturers, safer industrial practice for students, stronger employer links, and open tools other institutions can reuse after 2027.

Impact already runs from classroom practice to national dialogue—European exchange and operational XR labs feed master-trainer cascades, updated courses, and the National Resonance Group (formed 2025) as a standing industry–university platform.

Impact targets & milestones

  • Target: 50,000+ students reached through new and updated applied courses
  • Target: 3,000 lecturers and academic staff trained in immersive didactics
  • Target: 60 certified master trainers cascading VR/AR methods across partner UAS
  • Delivered: two operational flagship hubs — Pedagogy (KUE) and Technology (DDU)
  • In progress: sector simulators, Toolbox rollout, and MaDE-inspired courses
  • Delivered: NRG formed (Oct 2025); open materials pathway via NADRE

Why · What · How

W

Why

Practice gaps weaken UAS teaching

Lecturers need recent, safe industry exposure. Without it, applied programmes cannot fully prepare graduates for the World of Work.

W

What

XR didactics & certified trainers

A toolbox of VR/AR modules, two flagship centres, and a certified master-trainer network across Ethiopian UAS partners.

H

How

Centres, ToT, pilots, open scale

Pedagogy + technology hubs, cascaded ToT, multi-site piloting, and open materials for national replication.

Impact in numbers

50,000+

Students (target)

To reach via new & updated courses

3,000

Staff (target)

Lecturers to train in immersive didactics

60

Master trainers (target)

National cascade network goal

2

Flagship hubs (live)

Operational · Pedagogy (KUE) & Technology (DDU)

Erasmus+ CBHE Ethiopia UAS Reform VR / AR Didactics Open Access NADRE SDG 4 Education Industry–University Linkages
More about the project →
Welcome · MaDE-for-UASs
Welcome · MaDE-for-UASs Welcome to the MaDE-for-UASs Project Website
Skills gap · UAS reform
Skills gap · UAS reform Practice gaps weaken applied teaching
What we offer · consortium in action
What we offer · consortium in action Infrastructure, tools, and people that close the practice gap
Our impact · hands-on XR capacity
Our impact · hands-on XR capacity From VR labs to national UAS reform

About · scroll to explore

About →

01 · About the project

Shaping Higher Education Program Delivery

Welcome to the MaDE-for-UASs Project Website. MaDE-for-UASs—Methodology and Didactic Education for Universities of Applied Sciences—is a bold, three-year collaboration (2024–2027), funded by the European Union through the Erasmus+ programme, aimed at revolutionizing higher education in Ethiopia.

The project bridges academia and industry by equipping lecturers with practical skills and innovative teaching methods—including Virtual Reality (VR), Augmented Reality (AR), and simulations. Led by a European–Ethiopian consortium, MaDE-for-UASs operates two flagship MaDE centres, develops modern curricula and open tools, and works with industry partners (including the already-formed National Resonance Group) so graduates are better prepared for the World of Work.

Our approach

  • Utilizing Project-Based Learning
  • Incorporating VR/AR and Simulation Technologies
  • Enhancing Lecturer Competencies
  • Fostering Industry Collaboration
  • Promoting Peer-to-Peer Learning
  • Ensuring Scalable Training Solutions

02 · The challenge

The challenge

Ethiopia’s shift toward Universities of Applied Sciences (UAS) requires lecturers who can teach from current, hands-on industry practice—not theory alone. Too often, programmes lack regular access to real workplaces, so students and teachers cannot safely rehearse the technical processes that define the World of Work.

These gaps show up across technical and applied programmes: limited industrial exposure for academic staff, classrooms that stay abstract when processes are dangerous or capital-intensive, and uneven pathways that connect universities with employers who need job-ready graduates.

Major challenges

  • Limited industrial placements and authentic practice opportunities for UAS lecturers
  • Theory-heavy programme delivery that underprepares graduates for plant-floor work
  • Insufficient safe, scalable environments to rehearse high-risk technical procedures
  • Weak or uneven academia–industry linkages for skills and curriculum design
  • Unequal access to modern equipment, labs, and World-of-Work learning resources
  • Pressure on graduate employability when teaching cannot mirror real industry processes

03 · What we offer

What MaDE-for-UASs brings to this challenge

MaDE-for-UASs answers the practice gap with a full system for applied teaching: European–Ethiopian co-design of VR/AR and simulation didactics, two operational flagship centres, cascade Training of Trainers, and an active industry–university council so lecturers can rehearse industrial processes safely before they teach them.

Instead of one-off workshops, the project is building durable infrastructure, open learning products, and networks that outlive the grant window (2024–2027) and scale across Ethiopia’s Universities of Applied Sciences.

Six major deliverables

  • Toolbox 2.0 for immersive learning — methodologies, recipes, and guides for VR/AR/simulations
  • Open-source handbooks for VR, AR & simulation — practical national reuse via NADRE
  • MaDE-Pedagogy Center at KUE — operational hub for immersive teacher training and didactics
  • MaDE-Technology Center at Dire Dawa University — operational hub for XR production and labs
  • National network of master trainers — cascade capacity toward 60 certified trainers across UAS
  • National Resonance Group (NRG) — formed October 2025; active council with industry & academia

04 · Our impact

Who and what the project is changing

MaDE-for-UASs drives lasting change across Ethiopia’s Universities of Applied Sciences: better-prepared lecturers, safer industrial practice for students, stronger employer links, and open tools other institutions can reuse after 2027.

Impact already runs from classroom practice to national dialogue—European exchange and operational XR labs feed master-trainer cascades, updated courses, and the National Resonance Group (formed 2025) as a standing industry–university platform.

Impact targets & milestones

  • Target: 50,000+ students reached through new and updated applied courses
  • Target: 3,000 lecturers and academic staff trained in immersive didactics
  • Target: 60 certified master trainers cascading VR/AR methods across partner UAS
  • Delivered: two operational flagship hubs — Pedagogy (KUE) and Technology (DDU)
  • In progress: sector simulators, Toolbox rollout, and MaDE-inspired courses
  • Delivered: NRG formed (Oct 2025); open materials pathway via NADRE

GA 101179337 · Erasmus+ CBHE

“Empowering Educators, Shaping Futures — immersive didactics for Ethiopia’s Universities of Applied Sciences.”

Erasmus+ CBHE Ethiopia UAS Reform VR / AR Didactics Open Access NADRE SDG 4 Education Industry–University Linkages