Higher Certificate in Engineering in Electronic Engineering

Program Overview

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The Higher Certificate in Engineering in Electronic Engineering is a two-year program that prepares students for employment or further education in the field of electronic engineering. The program places a strong emphasis on practical work and includes project elements in each semester. Graduates of the program are well-prepared for successful careers in the electronics industry and can find work in a variety of industries, including electronics manufacturing, telecommunications, and medical device manufacturing.

Program Outline

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Degree Overview: Higher Certificate in Engineering in Electronic Engineering

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Overview:

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The Higher Certificate in Engineering in Electronic Engineering is a two-year program designed to prepare students for employment and/or further education in the field of electronic engineering.

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This program places a strong emphasis on practical work and includes project elements in each semester where students construct and test electronic circuits.

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Students will also gain experience in hardware and software integration.

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Objectives:

• strong foundation
• practical skills
• further study

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Description:

This program covers a wide range of topics, including:

• Electronic Devices and Circuit Technology
• Discrete Active Circuits
• Electrical Science
• Fundamental Engineering Maths
• Engineering Science
• Electronic Design Software
• Electronic Engineering Applications & Practice
• Operational Amplifiers & Applications
• Electronic Power Circuits
• Sequential Digital Systems
• Programmable Digital Systems
• Telecommunications Fundamentals
• Industrial Instruments
• Electronic Systems
• Introduction to HLL Programming
• Control Systems
• By completing this program, students will develop a comprehensive understanding of electronic engineering principles and gain valuable hands-on experience.
This will prepare them for a successful career in the field.

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Outline: Higher Certificate in Engineering in Electronic Engineering

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Program Content and Structure:

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The Higher Certificate in Engineering in Electronic Engineering is a two-year program divided into four semesters.

Each semester consists of a number of modules, each with its own specific focus.

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Year 1:

• Semester 1: Electronic Devices and Circuit Technology, Discrete Active Circuits, Engineering Professionalism & Technology, Combinational Digital Systems, Electrical Science 1, Fundamental Engineering Maths, Engineering Science, Electronic Design Software

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Individual Modules:

• Electronic Devices and Circuit Technology: This module introduces students to the basic principles of electronics, including the operation of electronic devices and the design of simple circuits.
• Discrete Active Circuits: This module provides students with a more in-depth understanding of active electronic devices, such as transistors and operational amplifiers.
• Engineering Professionalism & Technology: This module introduces students to the professional skills and knowledge required for a career in engineering.
• Combinational Digital Systems: This module covers the design and analysis of digital circuits, including logic gates and flip-flops.
• Electrical Science 1: This module provides students with a fundamental understanding of electrical principles, including circuit theory and electromagnetism.
• Engineering Science: This module introduces students to the principles of mechanics, thermodynamics, and fluid mechanics.
• Electronic Design Software: This module teaches students how to use computer software for the design and simulation of electronic circuits.
• Electronic Engineering Applications & Practice: This module provides students with hands-on experience in the application of electronic engineering principles.
• Electronics Project: This module allows students to design and build their own electronic project under the supervision of a faculty member.
• Operational Amplifiers & Applications: This module covers the operation and application of operational amplifiers, which are fundamental building blocks in many electronic circuits.
• Electronic Power Circuits: This module introduces students to the design and analysis of power electronic circuits.
• Sequential Digital Systems: This module covers the design and analysis of sequential digital circuits, such as counters and shift registers.
• Programmable Digital Systems: This module introduces students to the design and programming of microcontrollers and other programmable devices.
• Telecommunications Fundamentals: This module provides students with a basic understanding of telecommunications principles, including signal modulation and transmission.
• Industrial Instruments: This module covers the operation and application of instruments used in industrial settings, such as oscilloscopes and multimeters.
• Further Calculus and Probability: This module provides students with a more in-depth understanding of calculus and probability theory.
• Linear Algebra and ODE's: This module introduces students to linear algebra and ordinary differential equations.
• Electronic Systems 1: This module covers the design and analysis of more complex electronic systems.
• Electronic Systems 2: This module provides students with further experience in the design and analysis of electronic systems.
• Introduction to HLL Programming: This module introduces students to high-level programming languages, such as Python or C++.

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Assessment: Higher Certificate in Engineering in Electronic Engineering

The assessment methods used in the Higher Certificate in Engineering in Electronic Engineering vary depending on the module. Some modules may use a combination of assignments, exams, and project work. Other modules may use a single assessment method, such as an exam or a project.

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Assessment Criteria:

The assessment criteria used in the Higher Certificate in Engineering in Electronic Engineering are designed to assess students' knowledge, understanding, and skills in electronic engineering. The specific assessment criteria will vary depending on the module. However, they typically include:

• Knowledge of electronic engineering principles
• Practical skills in electronic engineering
• Communication skills
• Teamwork skills
By successfully completing the assessment tasks in each module, students will demonstrate their achievement of the learning outcomes for the program.

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Teaching: Higher Certificate in Engineering in Electronic Engineering

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Teaching Methods:

The Higher Certificate in Engineering in Electronic Engineering is taught using a variety of teaching methods, including:

• Lectures
• Tutorials
• Laboratory sessions
• Project work
• Independent study

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Faculty:

The program is taught by experienced faculty members with expertise in electronic engineering. The faculty are committed to providing students with a high-quality education and are available to support students throughout their studies.

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Unique Approaches:

The Higher Certificate in Engineering in Electronic Engineering includes several unique approaches to teaching:

• Strong emphasis on practical work: Students will gain valuable hands-on experience through лабораторные работы, projects, and other practical activities.
• Application-oriented curriculum: The program focuses on the application of electronic engineering principles to real-world problems.
• Industry connections: The faculty have strong connections to the electronic engineering industry, which provides students with opportunities for internships and other professional experiences.

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Careers: Higher Certificate in Engineering in Electronic Engineering

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Potential Career Paths:

Graduates of the Higher Certificate in Engineering in Electronic Engineering can find work in a variety of industries, including:

• Electronics manufacturing
• Telecommunications
• Medical device manufacturing
• Computer hardware
• Energy sector
• Government and research

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Career Opportunities:

The specific career opportunities available to graduates will depend on their individual skills and interests. However, some common career paths include:

• Electronic technician
• Field service engineer
• Quality control engineer
• Design engineer
• Project manager
• Research scientist

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Career Outcomes:

Graduates of the Higher Certificate in Engineering in Electronic Engineering are well-prepared for successful careers in the field. They have a strong foundation in electronic engineering principles, practical skills, and the ability to apply their knowledge to solve real-world problems. With further education or experience, graduates can advance to more senior positions in the industry or pursue leadership roles. Graduates of the Higher Certificate in Engineering in Electronic Engineering can continue their studies by pursuing a related degree program.

• The Higher Certificate in Engineering in Electronic Engineering is a Level 6 program on the National Framework of Qualifications (NFQ).
• The program is accredited by Engineers Ireland.
• Graduates of the program are eligible to apply for membership of Engineers Ireland as Associate Engineers.
• The program is offered on a full-time basis over two years.
• The program is offered at SETU Waterford.
Dr. Martin Hayes Course Leader