Problem
Tool-focused, not reality-focused
Standard OEM courses often show which button to click, but not how to apply it on a live plant — or how PCS 7, PROFINET, WinCC and networks fit together.
From theory to live control rooms — with modular, AI-powered training.
TechnicalUniversity.org helps engineers, technicians, operators, and students master Siemens and multi-vendor industrial automation using short, reusable modules, cloud simulations, and an AI copilot that answers questions in context.
Why companies need more than traditional OEM training
Problem
Limited access to practice
After a 3-day course, most engineers go back to the plant with no place to safely practice what they learned — and no way to keep skills warm.
Problem
Static courses in a moving world
Industrial software and architectures evolve every year. Most slide-based courses don’t.
What Technical University adds on top
Modular lessons
Short, searchable modules
Every TU module is a self-contained, 5–15 minute lesson focused on one outcome — diagnose a PROFINET fault, commission a PCS 7 H-system, build a WinCC faceplate.
Cloud-based labs
Always-on practice environments
Paid learners and corporate teams get access to TU-hosted virtual machines with Siemens trial licenses, so they can repeat labs and practice architectures anytime.
AI + e-Pal Copilot
Answers inside each module
Inside every class, learners can ask e-Pal Copilot questions about that exact topic — PCS 7 blocks, diagnostics, network design, migration — and get answers grounded in TU content.
Where AI adds value along the entire TU journey
Before training
Adaptive learning paths
AI reviews your role and experience and recommends a personalized path: PCS 7 first, or PROFINET diagnostics, or WinCC — so every learner starts at the right depth.
During training
In-module Copilot & live hints
While working in TU simulations, the copilot can analyze configuration snapshots, suggest fixes, and explain why a block, alarm, or network segment behaves a certain way.
After training
Continuous updates & refreshers
When vendors release new versions or best practices, TU updates the affected modules, and AI notifies learners who took those classes so they stay current without re-enrolling.
TU is built as a continuous learning loop: engineers, technicians, and students don’t just “finish a course” — they stay connected to new modules, updated labs, and AI-powered coaching so skills stay warm for real projects.
Why learn with TU instead of traditional training?
Problem → Solution → Benefit
From button-clicking to real engineering
Problem: Many vendor trainings focus on which button to press, not why those settings matter in a live plant.
TU Solution: Scenario-based modules where you configure, simulate, and validate systems in realistic virtual machines.
Benefit: You understand both the how and the why, so you can design, troubleshoot, and defend your decisions.
Hands-on & adaptive
Continuous, on-demand labs — not one-time classes
Problem: Traditional labs end when the course is over. No way to practice again when a new project appears.
TU Solution: TU-hosted VMs with time-limited access, sandbox reset, and guided exercises you can repeat whenever needed.
Benefit: You stay sharp for years, ready for migrations, upgrades, and audits — not just exam day.
AI-Enhanced
AI copilot + modular microlearning
Problem: Long PowerPoints, static PDFs, and generic content waste time.
TU Solution: 5–10 minute modular lessons, AI e-Pal Copilot for context-aware Q&A, and adaptive paths by role and skill level.
Benefit: Faster progress, higher engagement, and a personal assistant focused on your plant challenges.