Engineering Teaching Trainers
¿What are Engineering Teaching Trainers?
An Engineering Teaching Trainer is a technical training equipment based on a fundamental hands-on approach that prepares students and technicians for professional practice in a variety of science and engineering disciplines.
Modernizing your laboratory setups for science and engineering teaching is key to make your learning experience unique. Here are some systems for research in higher education and laboratory teaching to help you bridge the gap between theory and practice.
We can deliver these engineering teaching trainers ready for you to use, but if you need customization, most of them can be further customized to serve any special need that be your department or school curriculum might need.
Here are some engineering teaching and research trainers for key areas:
Types of Engineering Teaching Trainers
Machine Health Monitoring
Teach Intelligent Maintenance concepts through machine health monitoring main parameters such as vibration, power, and temperature.
It will allow your students to perform quality measures to assess machine health including voltage and current waveforms, harmonics, frequency, active and reactive power, power factor, etc.
The curriculum covers:
- Introduction to Signal Processing
- Acquiring Physical Phenomena
- Vibrations Fundamentals
- Shaft Balancing & Bearing Faults
- Voltage & Current Waveforms
- Phasor Diagrams
- Power Fundamentals & Calculations
- Harmonics
- Temperature Monitoring
Components
- Accelerometer
- Speed Sensor
- High Speed Motor
- Speed Controller
- Bearings
- Unbalancing Screws
- Thermocouple
Download all technical specifications about Machine Health Monitoring or contact us for more information.
Process Control and Measurement
For teaching Process Measurement and Control through level, flow, temperature, and pressure. It features platforms such as: real-time and FPGA processing, intelligent communication interfaces, rugged I/O modules, etc
The curriculum covers:
- Acquiring Physical Phenomena
- On/Off Control
- PID Feedback Control
- Setpoint Profile Generation
- Lead-Lag Compensation
- Feedback/Feedforward Control
- Multiloop Cascade Control
- Ratio Control
- Flow Meters Comparison (with option)
Components
- Thermocouples
- Heater
- Level Sensor
- Pressure Sensor
- Magnetic Flow Meters
- Flow Control Valve
- Pump
- Variable Frequency Drive
- Turbine Flow Meter (Option)
Download all technical specifications about Process Control and Measurement here or contact us for more information.
Temperature Measurement Trainer
This Computer-based Temperature Measurement trainer will show your students how to measure temperature using different types of sensing devices: Thermocouple (TC), Resistive Temperature Device (RTD) and Thermistor.
It comprises all required sensors to measure temperature in a chamber.
The curriculum covers:
- Thermocouple Characteristics
- RTD Characteristics
- Thermistor Characteristics
- Comparison between Temperature Sensing Devices
Components
- Thermocouple
- RTD
- Thermistor
- Heater
- Fan
- Temperature Controller
Download all technical specifications about Temperature Measurement Trainer here or contact us for more information.
Renewable Energies Engineering Teaching Trainers
1. Power Quality Trainer
This computer-based trainer includes all required sensors to measure voltage and current to measure power quality, which might be affected by a wide variety of factors such as different power consumption sources, all of which affect the reliability of assets and machinery.
Through this trainer and associated curriculum, students are introduced to power quality measures including: Short Duration Variations, Long Duration Variations, Waveform Distortion, Harmonics, Voltage Fluctuations, and Power Frequency Variations.
The curriculum covers:
- Power Calculation
- Power Quality Analysis & Measurements
- Effect of Different Loads on Power Quality
- Event Logging & Configuration
Components
- Different Loads
- Switches and Breakers
Download all technical specifications about Power Quality Trainer here or contact us for more information.
2. Fuel Cell Trainer
The Fuel Cell Trainer is designed as a quick and easy way to introduce the concepts of energy conversion and fuel cells, which is a key technology today to be used in mobile devices, automobiles and stationary power plants. This unique package allows instructors to quickly demonstrate the concepts of using solar or kinetic energy as a power source for an electrolyser, which will in turn, produce hydrogen that will be used to feed a fuel cell, from which a load will be powered. A great tool for exposing students to the technologies of tomorrow and introducing “green energy” alternatives.
It includes all required sensors to measure the light intensity, temperature, voltage and current.
The curriculum covers:
- Solar Cell Characteristics
- Solar Cell as Diode
- Electrolysis Characteristics
- Adjusting Solar Cell to Electrolysis
- Fuel Cell Characteristics
Components
- 500mW Solar Module
- 500mW PEM Fuel Cell
- 1.16W PEM Electrolyser
- 10mW Fan
- Banana Plug Cables
Download all technical specifications about Fuel Cell Trainer here or contact us for more information.
3. Solar Tracking Control Trainer
This computer-based Solar Tracking Control Trainer includes all required sensors and actuators to perform solar tracking and teach students about solar cells, and how to get advantage of the sun’s direct heat or light using two axis solar tracking system.
The curriculum covers:
- Solar Cell Characteristics
- Two -Axis Solar Tracking
Components
- PV Panel 10W
- Charge Controller
- Photo Diods
- Linear Motors
- DC Load
Download all technical specifications about Solar Tracking Control Trainer here or contact us for more information.
4. Wind and Solar Power Trainer
This computer-based Wind and Solar Power Trainer includes all required sensors to measure the light level, temperature, wind speed, voltage, current, and power. It is designed to teach students the characteristics of solar panels and wind power generators. Using this trainer, students will be able to monitor data such as the output current, voltage and power from solar panels and windmills, and to measure temperature, wind speed, battery voltage, load current, etc.
The curriculum covers:
- Acquiring Physical Phenomena
- Solar Panel Characteristics
- Wind Turbine Power Curve
- Off-Grid Renewable Energy System
Components
- Wind Turbine
- PV Panel
- DC to AC Inverter
- Temperature Sensor
- Wind Speed Sensor
- Solar Radiation Sensor
- AC/DC Loads
- Power Quality Monitoring
Download all technical specifications about Wind and Solar Power Trainer here or contact us for more information.
5. Alternative Energy Trainer
It combines different technologies and components for the students to learn about the main technologies of Alternative Energy Generation such as solar, wind and fell cells.
Students will learn the design and engineering principles required to implement and scale these technologies.
The curriculum covers:
- Acquiring Physical Phenomena
- Solar Panel Characteristics
- Wind Turbine Power Curve
- Off-Grid Renewable Energy System
- Fuel Cells
Components
- Fuel Cell System
- Wind Turbine
- Wind Speed Sensor
- Solar Radiation Sensor
- Temperature Sensor
- AC/DC Loads
- DC to AC Inverter
- PV Panel
Download all technical specifications about Alternative Energy Trainer here or contact us for more information.
