What You Will Gain

Year 1 – Foundation in Electronics Engineering

Principles of Electrical and Electronics Engineering

• Understand the fundamentals of electrical and electronics engineering principles.
• Analyse electrical circuits, systems, and components.
• Apply theoretical knowledge to basic practical applications.

Introduction to Circuit Theory

• Comprehend series and parallel circuits, Ohm’s Law, and Kirchhoff’s Laws.
• Analyse and calculate circuit parameters such as voltage, current, and resistance.
• Apply circuit theory to real-world electronics problems.

Digital and Analogue Electronics Fundamentals

• Understand digital logic, binary systems, and analogue signal principles.
• Analyse the behaviour of digital and analogue circuits.
• Apply foundational concepts to design simple electronic circuits.

Electronic Components and Devices

• Identify and describe the function of resistors, capacitors, diodes, and transistors.
• Understand semiconductor device operation.
• Apply components effectively in circuit design.

Fundamentals of Signal Processing

• Learn basic signal types and processing techniques.
• Analyse time and frequency domain characteristics.
• Apply filtering and modulation principles to signals.

Introduction to Microcontrollers and Embedded Systems

• Understand microcontroller architecture and functionality.
• Program simple embedded systems.
• Implement basic interfacing and control applications.

Health, Safety, and Environmental Awareness

• Identify potential hazards in electronics labs and projects.
• Implement safety protocols and risk mitigation strategies.
• Promote environmentally responsible practices in electronics operations.

Electrical Measurement and Instrumentation

• Use measurement tools such as multimeters, oscilloscopes, and sensors.
• Analyse and interpret electrical data.
• Apply instrumentation techniques in practical experiments.

Laboratory Techniques in Electronics

• Conduct experiments to validate theoretical concepts.
• Collect and analyse experimental data for reporting.
• Develop problem-solving skills through practical applications.

Technical Report Writing

• Produce professional reports documenting experiments and projects.
• Present data, analysis, and conclusions clearly.
• Apply proper formatting, referencing, and technical writing conventions.

Introduction to Simulation and Design Software

• Gain basic proficiency in electronic simulation and design tools.
• Model circuits and systems to predict performance.
• Use software to support problem-solving and project development.

Basics of Power Electronics

• Understand the principles of power conversion and control.
• Analyse basic power electronic circuits such as rectifiers and inverters.
• Apply concepts to small-scale applications.

Year 2 – Intermediate Electronics Engineering

Advanced Circuit Design and Analysis

• Design and analyse complex analogue and digital circuits.
• Apply design methodologies to meet functional specifications.
• Evaluate circuit performance and reliability.

Embedded System Programming

• Program advanced microcontrollers and embedded platforms.
• Implement real-time control applications.
• Develop solutions for automation and IoT systems.

Communication Systems Fundamentals

• Understand principles of wired and wireless communication.
• Analyse modulation, transmission, and reception techniques.
• Apply concepts to basic communication system design.

Sensors, Transducers, and Instrumentation

• Understand types and applications of sensors and transducers.
• Implement instrumentation systems for monitoring and control.
• Analyse data from measurement devices for decision-making.

Power Electronics and Motor Control

• Analyse power electronic devices and circuits.
• Apply motor control techniques in practical applications.
• Optimise energy efficiency in motor-driven systems.

Microprocessor Architecture and Applications

• Understand microprocessor operation and architecture.
• Implement software to control microprocessor-based systems.
• Design small-scale projects integrating microprocessor functions.

Process Control and Automation in Electronics

• Apply control theory to electronics and automation systems.
• Implement feedback and control mechanisms.
• Analyse system stability and performance.

Data Acquisition and Signal Conditioning

• Use sensors and devices for data collection.
• Implement signal conditioning techniques to improve data quality.
• Analyse and interpret collected data for practical applications.

Project Planning and Technical Communication

• Develop skills for planning and managing electronics projects.
• Communicate technical information effectively.
• Apply project management techniques to ensure successful outcomes.

Quality Control and Assurance in Electronics Systems

• Implement quality assurance practices in electronics design and production.
• Monitor compliance with technical and safety standards.
• Conduct inspections and testing for system reliability.

Advanced Laboratory Techniques

• Perform more complex experiments in electronics and instrumentation.
• Collect, analyse, and interpret experimental data.
• Apply laboratory results to improve design and operations.

Electronics Standards, Safety, and Compliance

• Understand industry standards and regulatory requirements.
• Ensure electronic systems comply with safety and performance standards.
• Implement best practices for safe and compliant operations.

Year 3 – Advanced Electronics Engineering

Advanced Embedded Systems and IoT Applications

• Design and implement complex embedded systems for IoT applications.
• Integrate sensors, actuators, and communication modules.
• Analyse system performance and reliability.

Robotics and Automation Systems

• Understand robotic systems design and automation principles.
• Implement control algorithms for robotic applications.
• Apply electronics engineering skills to automation projects.

Advanced Signal Processing Techniques

• Analyse and process complex analogue and digital signals.
• Apply filtering, modulation, and coding techniques.
• Implement signal processing solutions for real-world applications.

Wireless and Telecommunication Systems

• Understand wireless communication principles and protocols.
• Design and analyse telecommunication systems.
• Apply RF, microwave, and networking concepts in projects.

Electronic System Design and Optimisation

• Develop complete electronic systems from concept to implementation.
• Optimise design for performance, efficiency, and cost.
• Conduct system testing and troubleshooting.

Power Systems and Renewable Integration

• Analyse electrical power systems and renewable energy integration.
• Implement strategies for energy efficiency and sustainability.
• Optimise system performance and reliability.

Risk Assessment and Safety in Electronics Projects

• Identify risks in complex electronics projects.
• Implement mitigation strategies to ensure safety and compliance.
• Monitor projects to maintain high safety standards.

Advanced Laboratory Experiments and Testing

• Conduct advanced experiments to validate complex systems.
• Analyse results for design optimisation.
• Apply experimental findings to operational solutions.

Supply Chain and Logistics in Electronics Industry

• Understand procurement, production, and distribution in electronics manufacturing.
• Optimise supply chain efficiency and reliability.
• Integrate logistics planning with project and system management.

Capstone Project in Electronics Engineering

• Undertake a comprehensive project integrating knowledge from all units.
• Solve real-world electronics engineering challenges.
• Present findings, recommendations, and solutions professionally.

Professional Development and Leadership in Engineering

• Develop leadership, teamwork, and strategic decision-making skills.
• Enhance professional communication and project oversight capabilities.
• Prepare for senior operational, managerial, or consultancy roles.

Strategic Decision-Making in Electronics Projects

• Apply analytical frameworks for informed engineering decisions.
• Consider technical, financial, and operational factors in strategy.
• Implement long-term initiatives for sustainable and efficient electronics systems.