Skip to main content
STEMMINGEIT Higher Education Initiative project · 2026–2028
STEMMINGFrom STEM knowledge to deep-tech action.
Agentic AIInterest 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 Students · Academic staff · Researchers Online / blended

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

Why this mini-credential matters

Connect applied machine-learning workflows, forecasting and anomaly detection with digital-twin scenarios and curriculum-aware learning agents.

The course examines escalation, accessibility, learning analytics and the limits of automated guidance rather than treating an AI assistant as an unsupervised teacher.

By the end

What you should be able to do

  • Prepare data for a simple monitoring or forecasting task.
  • Interpret an AI-enabled digital-twin result.
  • Design a learning-agent or tutor escalation workflow.
  • Identify accessibility, bias and human-oversight requirements.

Learning path

Indicative syllabus

  1. 01

    Engineering data and applied ML foundations

  2. 02

    Forecasting, monitoring and anomaly detection

  3. 03

    Digital-twin scenario design

  4. 04

    Learning agents and curriculum-aware support

  5. 05

    Analytics, accessibility and human escalation

Assessment evidence

How learning is demonstrated

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

Credential and recognition

Successful completion is documented under the approved STEMMING and delivering-institution procedure for the confirmed cohort. The programme page states the ECTS value and the applicable certificate issuer and procedure before enrolment.

Each confirmed cohort page states the issuer, assessment rules, credential format and any local recognition before applications open.

Keep building

Related mini-credentials

View full catalogue
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
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.