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Electromechanics Technician Training

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Electromechanics Technician Training

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Electromechanics Technician Training

Get the hands-on technical knowledge employers demand in industrial maintenance and automation. This Electromechanics Technician Training covers everything from DC circuits and AC motors to variable frequency drives and predictive maintenance. You'll graduate ready to wire control panels, troubleshoot machines, and keep production running.

Dedika for Business

What you will learn:

You'll build a solid foundation in electrical and mechanical principles, then move into AC and DC machines, transformers, and motor control circuits. The program covers variable frequency drive installation, parameter configuration, and fault diagnosis. You'll also learn structured preventive and predictive maintenance strategies, including vibration analysis and thermal imaging. PLC basics, industrial sensors, and workplace safety standards are included to round out your skill set. By the end, you'll have the technical knowledge to work confidently on real industrial electromechanical systems.

How you study in practice Electromechanics Technician Training

How you practise Electromechanics Technician Training

For companies looking to train their team

With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course Content

8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Electromechanical Systems

Lesson 1 • Magnetism and Electromagnetic Principles
Explains magnetic fields, flux, and electromagnetic induction as the basis for motors and generators. Links magnetic theory directly to electromechanical energy conversion.
Lesson 2 • Mechanical Principles for Technicians
Reviews force, torque, speed, and power in rotating and linear mechanical systems. Connects mechanical quantities to their electrical counterparts in drive systems.
Lesson 3 • Energy Conversion and System Overview
Describes how electrical energy converts to mechanical energy and vice versa. Frames the full electromechanical system model students will apply in later chapters.
Lesson 4 • DC Circuit Analysis Fundamentals
Applies Kirchhoff's laws to series, parallel, and combination DC circuits. Provides the analytical foundation for diagnosing real electromechanical faults.
Lesson 5 • Basic Electrical Concepts and Units
Covers voltage, current, resistance, and power with SI units. Establishes the quantitative language used throughout all subsequent electrical analysis.

Chapter 2See details

AC Circuits and Power Systems

Lesson 1 • Sinusoidal Waveforms and Phasors
Introduces AC waveform parameters and phasor representation for circuit analysis. Builds the mathematical tools needed for impedance and power calculations.
Lesson 2 • Power Factor and Power Calculations
Distinguishes real, reactive, and apparent power and calculates power factor. Prepares students to evaluate and correct power quality in industrial installations.
Lesson 3 • Impedance and AC Circuit Analysis
Applies impedance concepts to resistive, inductive, and capacitive AC circuits. Extends DC analysis skills to the AC domain for motor and transformer work.
Lesson 4 • Electrical Safety and Protective Devices
Identifies shock hazards, lockout/tagout procedures, and overcurrent protection devices. Establishes safe work practices applied in every hands-on chapter that follows.
Lesson 5 • Three-Phase Power Systems
Covers wye and delta configurations, line versus phase quantities, and balanced loads. Provides the three-phase knowledge essential for industrial motor and distribution work.

Chapter 3See details

Electrical Machines: Transformers

Lesson 1 • Transformer Construction and Principles
Explains core materials, winding configurations, and mutual induction in transformers. Grounds students in the physical basis before moving to performance calculations.
Lesson 2 • Three-Phase Transformer Connections
Covers delta-wye, wye-delta, and other three-phase configurations and their applications. Prepares students to connect and verify three-phase transformers in industrial panels.
Lesson 3 • Transformer Installation and Maintenance
Addresses mounting, grounding, cooling, and scheduled maintenance of transformers. Ensures students can safely install and sustain transformers in service environments.
Lesson 4 • Transformer Testing and Inspection
Applies open-circuit and short-circuit tests to determine transformer parameters. Connects test results to maintenance decisions and fault identification.
Lesson 5 • Transformer Performance and Losses
Quantifies copper losses, core losses, efficiency, and voltage regulation. Enables students to evaluate transformer suitability for specific load conditions.

Chapter 4See details

DC Motors and Generators

Lesson 1 • DC Machine Testing and Troubleshooting
Applies resistance, insulation, and no-load tests to diagnose DC machine faults. Develops systematic fault-finding skills transferable to AC machines in later chapters.
Lesson 2 • DC Motor Operating Characteristics
Analyzes torque-speed curves for series, shunt, and compound DC motors. Enables students to match motor type to load requirements in drive applications.
Lesson 3 • DC Generators and Voltage Regulation
Explains self-excitation, voltage buildup, and load characteristics of DC generators. Connects generator theory to practical applications in standalone power systems.
Lesson 4 • DC Motor Speed Control Methods
Covers armature voltage control, field weakening, and resistance insertion techniques. Prepares students to configure and adjust DC drive systems for variable-speed applications.
Lesson 5 • DC Machine Construction and Components
Identifies armature, field windings, commutator, and brushes in DC machines. Establishes component-level knowledge required for maintenance and fault diagnosis.

Chapter 5See details

AC Induction and Synchronous Motors

Lesson 1 • AC Motor Testing and Troubleshooting
Applies insulation, winding resistance, and vibration tests to identify AC motor faults. Builds diagnostic skills that integrate with motor control and drive chapters ahead.
Lesson 2 • Induction Motor Principles and Construction
Explains rotating magnetic field, slip, and rotor induction in squirrel-cage and wound-rotor motors. Provides the theoretical base for all induction motor performance analysis.
Lesson 3 • Synchronous Motor Operation and Excitation
Describes synchronous speed, excitation control, and power factor correction capability. Connects synchronous motor theory to industrial applications requiring precise speed.
Lesson 4 • Induction Motor Performance and Efficiency
Analyzes torque-speed curves, efficiency maps, and power factor across load ranges. Enables students to select motors and predict performance under varying industrial loads.
Lesson 5 • AC Motor Starting Methods
Covers direct-on-line, star-delta, autotransformer, and soft-starter techniques. Prepares students to select and configure starting methods that limit inrush current.

Chapter 6See details

Motor Control and Industrial Wiring

Lesson 1 • Reading and Drawing Control Schematics
Teaches ladder diagram and wiring diagram conventions for motor control circuits. Enables students to interpret OEM documentation and create accurate field drawings.
Lesson 2 • Control Circuit Components and Symbols
Identifies contactors, overload relays, pushbuttons, and limit switches with standard symbols. Establishes the component vocabulary needed to read and draw control schematics.
Lesson 3 • Panel Building and Industrial Wiring Practices
Covers enclosure selection, wire routing, termination, and labeling in control panels. Prepares students to build and inspect panels to professional workmanship standards.
Lesson 4 • Motor Protection and Overload Coordination
Selects and sets overload relays, fuses, and circuit breakers for motor branch circuits. Ensures students can coordinate protection devices to meet safety standards.
Lesson 5 • Basic Motor Control Circuits
Wires start-stop, forward-reverse, and jogging circuits with interlocking and sealing contacts. Develops hands-on wiring skills applied directly in panel-building tasks.

Chapter 7See details

Variable Frequency Drives and Electronic Controls

Lesson 1 • VFD Troubleshooting and Maintenance
Diagnoses drive fault codes, checks DC bus voltage, and inspects cooling systems. Builds systematic troubleshooting skills that reduce drive downtime in production environments.
Lesson 2 • VFD Operating Principles and Components
Explains rectifier, DC bus, and inverter stages that produce variable-frequency output. Provides the internal model students need to interpret drive faults and parameters.
Lesson 3 • Drive Parameter Configuration and Commissioning
Programs acceleration, deceleration, frequency limits, and motor nameplate data into drives. Develops the commissioning workflow students will follow on industrial start-ups.
Lesson 4 • Drive Control Modes and Feedback
Compares V/Hz, vector, and closed-loop control modes and their performance trade-offs. Enables students to select the correct control mode for each application requirement.
Lesson 5 • VFD Installation and Wiring
Covers input/output wiring, grounding, shielding, and cable routing for VFD installations. Prevents common installation errors that cause interference and premature failures.

Chapter 8See details

Predictive and Preventive Maintenance

Lesson 1 • Maintenance Strategy Fundamentals
Compares reactive, preventive, and predictive maintenance strategies and their cost profiles. Frames the maintenance philosophy that guides all subsequent condition monitoring work.
Lesson 2 • Maintenance Records and Continuous Improvement
Designs maintenance logs, work orders, and KPI dashboards to track equipment health. Closes the maintenance loop by using data to refine schedules and prevent recurrence.
Lesson 3 • Vibration Analysis and Bearing Condition
Uses vibration meters and spectrum analyzers to detect imbalance, misalignment, and bearing faults. Develops the most widely used predictive technique for rotating electromechanical equipment.
Lesson 4 • Thermal Imaging and Electrical Inspection
Applies infrared thermography to identify hot spots in motors, panels, and connections. Integrates thermal data with electrical measurements for comprehensive condition assessment.
Lesson 5 • Lubrication and Mechanical Maintenance
Specifies lubricant types, intervals, and quantities for bearings and gearboxes. Prevents the most common mechanical failure mode in electromechanical systems.

Certification

Your valid completion certificate

This course is for you:

Maintenance workers: ready to move into specialized electromechanical technician positions.
Apprentice electricians: seeking deeper knowledge of motors, drives, and control systems.
Mechanical technicians: wanting to add electrical competency to their existing skill set.
Career changers: transitioning from unrelated fields into stable industrial technical roles.
Facilities staff: responsible for equipment uptime but lacking formal electromechanical training.
Vocational graduates: looking to strengthen foundational knowledge before entering the workforce.

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