Skip to content
Pol-Med
Flagship education product

Interactive Educational Platform

Programmable Engine Control Unit — students design, not observe.

The platform gives students full control of fuel mapping, ignition timing, and lambda closed-loop. After 12 weeks the graduate understands not only how a modern engine works, but how to program one — a competency demanded by the EV/hybrid market.

What's in the package

Programmable ECU

12-week program with student worksheets

Fuel + ignition mapping, lambda closed-loop

HV/EV extension roadmap (SEP up to 1 kV)

Pedagogical cycle — 12 weeks

Six two-week stages. Each ships with a student worksheet and assessment criteria. 60 hours of practical class total.

  1. Stage deliverables

    • Sensor measurement worksheet

    Assessment criteria

    • Signal interpretation correctness

  2. Stage deliverables

    • First fuel map (10×10)

    Assessment criteria

    • Compliance with target values

Sample exercises

Excerpt from the workbook — full pack of 8 exercises is delivered with the 12-week curriculum download.

Ćwiczenie 4.2

Fuel map under load

Program a fuel map for 30/50/70/100% load and 1000/2000/3000/4000/5000 RPM. Compare to OEM map. Describe AFR and torque effects.

After 12 weeks the graduate…

  • MOT.05 + MOT.06 qualifications
  • Auto-mechatronic journeyman exam prep
  • Introduction to SEP 1 kV (HV/EV extension WIP)

HV/EV roadmap — bridge to electromobility

The platform is ready for an extension covering hybrid and electric vehicle servicing.

In development

The platform is compatible with the HV extension module (in development) — preparing students for SEP up to 1 kV, required for EV servicing.

Prepares students for
  • SEP up to 1 kV

Classical bench vs Interactive Platform

The pedagogical difference: signal recognition versus designing the controller.

AspectClassical benchInteractive Platform
student roleobserverdesigner
competency depthrecognitionunderstanding + design
class hours15–20 h60 h (12 weeks)
2026 reform alignmentpartial

Pedagogical comparison — based on MOT.05 / MOT.06 curriculum (2026 reform).

Technical specification

Power
230V / 16A
Footprint
2,4 × 1,2 m
Station for
1–2 uczniów / 1–2 students

Installation and requirements

Lead time
8–12 weeks
Install duration
3 days
Floor space
12 m²
Power
230V / 16A
Compressed air
Not required
Ventilation
Not required

Warranty and service

Manufacturer warranty
36 months
Parts availability
10 years
Service response
24 h
Remote diagnostics
Yes

Curriculum alignment

Qualifications
MOT.05 + MOT.06
Programme level
Technical secondary school
Suggested teaching hours
60 hours

Download the 12-week curriculum

The PDF pack includes: 12-week schedule · 8 sample exercises · assessment rubric · suggested install layout. We email the download link within minutes.

The platform in class — short film

2–3 min video — coming soon

Ask about the Interactive Platform

Ask about a station or the Platform

No sales pitch. We reply within one business day. For funded procurement we help shape your OPZ fragment and supporting cost estimate.

What to expect

  • A direct answer about the station and the funding programme
  • A scope-of-work draft tailored to your tender (FERS / KPO / Erasmus+)
  • Supporting cost estimate for your application paperwork
  • Reply within 24 business hours

Ask about a station or the Platform

Tender support for FERS / KPO-BCU calls

We ship the OPZ fragment, evaluation criteria, technical specification and supporting cost estimate — ready for the procurement file, neutral per PZP Article 99.