Electrical and Electronic Engineering Diploma Level 5 Online Training

• ## Essential Units for Electrical and Electronic Engineering Diploma Level 5 Online Training **Module 1: Fundamentals of Electrical Engineering
• im_introduction** - Introduction to the field of electrical engineering, its applications, and the role of engineers. • **im_circuit_theory** - Basic concepts of circuit analysis, including voltage, current, resistance, and power. • **im_electrical_devices** - Study of various electrical components like resistors, capacitors, inductors, and their properties. **Module 2: Signals and Systems
• im_signals_and_systems** - Definition of signals, systems, and their interaction. • **im_analog_and_digital signals** - Distinction between continuous and discrete signals, along with their representation. • **im_filtering** - Understanding of filtering circuits and their applications in signal processing. **Module 3: Electromagnetic Fields and Waves
• im_electric_fields** - Electric field definition, electric field strength, and electric field lines. • **im_magnetic fields** - Definition of magnetic field, magnetic field lines, and their interaction with electric fields. • **im_electromagnetic waves** - Study of different types of electromagnetic waves, including radio waves, microwaves, and visible light. **Module 4: Circuit Analysis and Design
• im_circuit_analysis** - Ohm's law, current law, and voltage law application to solve circuit problems. • **im_series_parallel circuits** - Analysis of circuits with resistors, capacitors, and inductors in series or parallel. • **im_network_analysis** - Mesh analysis, nodal analysis, and graph theory for solving complex circuits. **Module 5: Semiconductor Devices and Electronics
• im_semiconductor materials** - Types of semiconductors, doping, and their properties. • **im_transistors** - Types of transistors, biasing circuits, and their applications. • **im_integrated circuits (ICs)** - Introduction to ICs, their construction, and operation. **Module 6: Digital Electronics and Microprocessors
• im_digital_signals and systems** - Representation of digital signals, binary numbers, and digital circuits. • **im_microprocessors** - Introduction to microprocessors, their architecture, and instruction set. • **im_digital signal processing (DSP)** - Fundamentals of digital signal processing, including sampling, filtering, and digital filters. **Module 7: Communication Systems and Networking
• im_communication_systems** - Different types of communication systems, including wired and wireless communication. • **im_networking concepts** - Network architecture, protocols, and network devices. • **im_data communication** - Transmission of data over communication channels. **Module 8: Power Electronics and Control Systems
• im_power_electronics** - AC and DC power conversion, power factor correction, and power control. • **im_control systems** - Introduction to feedback control systems, PID control, and adaptive control. • **im_industrial control systems** - Programmable logic controllers (PLCs), industrial automation, and smart devices. **Module 9: Electromagnetic Compatibility and Antenna Design
• im_electromagnetic compatibility (EMC)** - Sources of electromagnetic interference, shielding, and grounding. • **im_antenna design** - Antenna types, radiation patterns, and antenna matching. • **im_wireless communication systems** - Design of wireless communication systems, including antennas and transceivers. **Module 10: Ethics and Professional Practice in Electrical Engineering
• im_professional ethics** - Code of ethics, ethical decision-making, and professional conduct. • **im_engineering management** - Project management, team leadership, and communication skills. • **im_career opportunities in electrical engineering** - Different specializations and career paths in the field.

Assessment

The assessment is done via submission of assignment. There are no written exams.