Training solutions
Practical engineering learning systems that connect classroom, lab and industry.
Sedalia develops training solutions that bring industrial automation, automotive technology, HVAC/R, smart energy, IoT, BMS/SCADA and real equipment behaviour into teaching laboratories.
Our approach
We do not only supply trainers. We build learning ecosystems.
A complete Sedalia solution can include trainer hardware, control panels, PLC/BMS integration, SCADA dashboards, power monitoring, sensors, actuators, wiring, documentation and guided experiments.
Hands-on operation
Students work with real components and safe training interfaces.
Equipment understanding
Systems expose key parameters, wiring, control points and faults.
System integration
Trainers can connect to PLC, BMS, SCADA, meters and networks.
Monitoring and analysis
Dashboards support alarms, trends, diagnostics and energy studies.
PLC / Automation / SCADA
PLC, SCADA, HMI and industrial control learning platforms.
Automation training systems help students understand control wiring, digital and analog I/O, sensors, actuators, motor control, VFD operation, HMI screens, industrial communication and SCADA monitoring.
- PLC training panels and wiring practice.
- HMI and SCADA dashboards for live process visibility.
- Industrial network concepts including Modbus-based monitoring.
- Suitable for electrical, mechatronics, automation and process-control programmes.
Automotive
Modern automotive training beyond traditional engine trainers.
Automotive education now needs a broader structure covering mechanical, electrical, electronic, diagnostic and smart vehicle technologies.
- ICE petrol and diesel vehicle systems.
- Electric vehicle systems including battery, motor drive and safety concepts.
- Hybrid vehicle systems and powertrain architecture.
- Diagnostics, CAN/LIN vehicle networks, ABS, ADAS and smart vehicle technologies.
Smart Energy + IoT
Energy monitoring, connected sensors and dashboard-based learning in one platform.
Smart energy and IoT are now merged as a single connected learning area. Students can study power distribution, renewable energy, sensor networks, automation logic, dashboards, data logging and smart decision-making using a coordinated lab ecosystem.
- Solar PV, smart energy meters, load monitoring and energy dashboards.
- BMS/SCADA integration for alarms, trends, status and control points.
- IoT use cases for smart building, water monitoring, agriculture, manufacturing and logistics.
- Good fit for electrical, electronics, computing, automation and green technology programmes.
HVAC/R
Hands-on HVAC, refrigeration, chiller, AHU and heat pump learning systems.
HVAC/R training systems help students observe how pressure, temperature, airflow, refrigerant cycle, electrical control, fault conditions and energy efficiency are connected.
- Refrigeration cycle, compressor, condenser, evaporator and expansion device training.
- Air-conditioning, AHU, chiller and heat pump teaching platforms.
- Fault simulation, instrumentation and pressure-temperature analysis.
- Optional integration with BMS, SCADA and energy monitoring.
Custom design capability
Purpose-built systems for curriculum, tenders, research and industrial training.
Sedalia can design around your available space, learning outcomes, preferred technologies, utility constraints, safety requirements and future expansion plan.
- Custom engineering rigs and test benches.
- Special trainer layouts for tender requirements.
- Integration of mechanical, electrical, instrumentation and software elements.
- Documentation, experiment flow and lecturer handover training.
Need a training system tailored to your institution?
Tell us your learning objective and we will help translate it into an industry-linked training solution.