The first electric motor training platform built for hands-on TVET education. Students don't observe — they design, wind, assemble, and operate real induction machines from loose laminations to running motor.
Conventional motor training kits are sealed, fixed units. TVET institutions across Malaysia and the region lack affordable, disassemblable hardware for genuine hands-on learning — and the few that exist cost more than most departments can budget.
"The first electric motor training system built for hands-on TVET education — from loose silicon steel laminations to a running, fully-instrumented induction machine."
Five progressive modules taking students from first principles to drive commissioning. Adopt the full programme, or integrate individual modules into your existing curriculum.
Every module closes with structured rubrics and outcome verification. Adopt all five, or integrate at the level that fits your curriculum.
Four design choices that turn invisible physics into something students can touch, see, and reason about.
24-slot stator built from individual loose M330-35A silicon steel sheets — hand-stacked by students.
Reversible construction over permanent bonding — full disassembly and reassembly, session after session.
Swappable topology — IM, PMSM, SynRM — expandable as the curriculum advances.
Open construction lets students inspect winding geometry directly — invisible physics made tangible.
Each of the five modules ships with print-ready training materials, guided lab worksheets, and dedicated companion web apps. Instructors deliver from day one.
Self-contained training booklets — theory, illustrated procedures, references, and assessment rubrics for every module.
Browser-based companion apps — Force, CoreSim and Winding Assistant — turning each worksheet into a hands-on numerical experiment.
Step-by-step activities pairing physical assembly with finite-element analysis — students validate design choices with measurable data.
Modular curriculum architecture adoptable across Technology, Engineering Technology, and Engineering programmes — without redesign. Integrated lecture notes, worksheets, and structured lab activities included.
Lecture notes · Worksheets · Lab activities — all included with every unit.
On-site or at UMPSA — your instructors are walked through the full curriculum before you deliver it.
The MAK-IM Motor Assembly Kit — stator, rotor variants, lamination kit, and bolt-and-nut assembly hardware — yours to keep.
No hardware purchase required. Participants use Motoreka equipment and software during the programme — at UMPSA or at your institution.
Featured by the Ministry of Higher Education, awarded at national innovation competition, and profiled by the university's Corporate Communication Centre. Coverage refers to the project by its development name, TET-IM.
The induction machine training kit showcased in a national feature on hands-on TVET innovation.
Full profile by the UMPSA Corporate Communication Centre — development background, module structure, and cost comparison against imported training equipment.
Recognised at the Creation, Innovation, Technology and Research Exposition — Special Award conferred by the Centre for Advanced Industrial Technology.
Print-ready trifold summarising the Motoreka system — the problem, the five-module curriculum, key innovations, both engagement options, and contact details. Forward it to colleagues, take it to a planning meeting, or print a stack for your faculty.
Every institution that registers gets a tailored proposal — deployment options, costs, and a timeline that fits your academic calendar. Registering costs nothing and commits you to nothing.