From motor design to a running machine.
Motoreka is the motor design brand of EMDLab at Universiti Malaysia Pahang Al-Sultan Abdullah. Two programmes teach how electric motors are designed and built: one for engineering teams, one for TVET and university labs.
Two programmes, one way of teaching
Each programme gives you something to learn from, something to practise on, and training to master it.
EV Traction Motor
Size, choose and check a traction motor, from the vehicle brief to a finite-element check in FEMM. A course for engineering teams, a companion book, and tools that carry your numbers from one step to the next.
- Learn
- The book: free preview
- Practice
- Sizing Calculator free online
- Master
- Two-morning course, in-house
Induction Motor Trainer
Students design, wind, assemble and run a real induction machine from loose laminations. Five modules of notes and worksheets, companion apps, and training for your instructors.
- Learn
- Modules MTM-01 to MTM-05-IM
- Practice
- Trainer from RM 12,000 per unit
- Master
- Workshop RM 1,200 per participant
Start free, or bring us your motor
Free tools
Working motor design tools in your browser, starting with the EV traction motor Sizing Calculator. No sign-in.
Free tools For industryConsulting and custom courses
Motor sizing, topology and materials, finite element analysis, prototypes, and short courses built around your own product.
ConsultingRecognised beyond the lab
Coverage refers to the trainer by its development name, TET-IM.
CITREX · 2026Gold Award and Special Award for High PerformanceThe Special Award was conferred by the Centre for Advanced Industrial Technology.
Ministry of Higher Education · 2026Featured in a national video on TVET innovationWatch the feature
Press
UMPSA News · 24 June 2026Full profile of the modular induction motor trainerRead the article (Bahasa Melayu)
Built by motor designers
Motoreka comes out of EMDLab, a research group at UMPSA that designs electric machines: synchronous reluctance, PM-assisted synchronous reluctance, interior permanent magnet and hairpin-wound traction motors. The same design methods we use in research, including finite element models in the open-source FEMM, go into our trainers and courses.
That is why the trainer opens up. Students see the laminations, slots and end windings they calculate, and engineers leave our courses with numbers they can defend.
Talk to the team at EMDLab
Tell us what you teach, build or need designed. We reply within one working day.