Skip to main content
STEMMINGEIT Higher Education Initiative project · 2026–2028
STEMMINGFrom STEM knowledge to deep-tech action.

Four pillars · connected mini-credentials

Find the right STEMMING mini-credential

Compare outcomes, workload, level, assessment and current availability in one calm view.

What every card shows Outcome · audience · hours · evidence · next step
Interest openMC1

Agentic AI for STEM Workflows

Design and evaluate a responsible AI-assisted workflow for a real STEM task.

10 hours of learning effort · 0.5 ECTS · all lesson quizzes 60% + final 60%

10 hours Core

EvidenceKnowledge check, short AI-workflow design task and responsible-use checklist.

Contributors
UAQ UREG CompSecur USAL
Interest openMC2

AI-Enabled Digital Twins and Learning Agents

Build or evaluate an AI-enabled monitoring, digital-twin or learning-agent scenario with explicit human oversight.

10 hours of learning effort · 0.5 ECTS · 60% final-exam pass mark

10 hours Advanced

EvidenceNotebook or simulation exercise, agent/escalation scenario and short evidence reflection.

Contributors
UAQ UREG CompSecur USAL
Green & SolarSave mini-credential
Interest openMC3

Smart PV Devices, Characterisation and Systems

Interpret photovoltaic device or system evidence and make a justified engineering judgement.

10 hours of learning effort · 0.5 ECTS · 60% final-exam pass mark

10 hours Core

EvidencePV concept check and short device, measurement or system-performance report.

Contributors
SU LUAS ESN PlasmaSolaris
Green & SolarSave mini-credential
Interest openMC4

Smart Solar Digitalisation and Energy Twin Studio

Use a digital-twin scenario to diagnose, forecast or improve a smart-solar or energy-system condition.

10 hours of learning effort · 0.5 ECTS · 60% final-exam pass mark

10 hours Advanced

EvidenceDigital-twin exercise, team challenge brief and short standards-to-skills mapping.

Contributors
SU LUAS ESN PlasmaSolaris
Quantum TrustSave mini-credential
Interest openMC5

Quantum Trust and Communication Foundations

Explain quantum communication, QKD and QRNG concepts and relate them to trusted engineering systems.

10 hours of learning effort · 0.5 ECTS · 60% final-exam pass mark

10 hours Foundation

EvidenceConcept check, QKD/QRNG reasoning exercise and terminology or system mapping.

Contributors
EITCI VINS WUST
Quantum TrustSave mini-credential
Interest openMC6

Applied Quantum Security for Critical Infrastructure

Design a proportionate transition and trusted-data architecture for a quantum-related infrastructure risk.

10 hours of learning effort · 0.5 ECTS · 60% final-exam pass mark

10 hours Advanced

EvidenceScenario-based risk assessment, pipeline architecture sketch and mitigation or transition plan.

Contributors
EITCI VINS WUST
Reviewed project answersSTEMMING portal guideFind published project information and move to human support when a local decision is needed.

Ask about workload, assessment, certificates, AI support, cohorts or opportunities. The guide points to published project answers and directs you to the right team when a local decision is needed.

Popular questions
Reviewed answer

Choose a suggested question or type your own.