Master Advanced Electrical Systems for Complex Industrial Environments
UEE62320 Course Overview
The UEE62320 – Advanced Diploma of Electrical Engineering (Coal) is a nationally recognised qualification designed to equip experienced electrical professionals with the advanced technical and practical skills required to operate at a senior level in the electrical engineering industry. Tailored for those working or aspiring to work in coal mining, power generation, heavy industry, and related sectors, this qualification delves deep into electrical systems, automation, control, and project management.
Whether you’re seeking to step into leadership, expand your technical capabilities, or align your skills with the demands of modern industrial environments, this course provides a robust and industry-focused pathway toward career advancement.
Units of Competency
The qualification comprises a combination of core and elective units, focusing on advanced electrical engineering principles and practices. Below is an overview of the units included:
- RIIRAI609D - Establish and maintain electrical installations, reticulation and protection
- RIIRIS601E - Establish and maintain the risk management system
- UEECD0003 - Apply industry and community standards to engineering activities
- UEECD0004 - Apply material science to solving electrotechnology engineering problems
- UEECD0005 - Apply physics to solving electrotechnology engineering problems
- UEECD0010 - Compile and produce an energy sector detailed report
- UEECD0014 - Develop design briefs for electrotechnology projects
- UEECD0017 - Establish and follow a competency development plan in an electrotechnology engineering discipline
- UEECD0024 - Implement and monitor energy sector WHS policies and procedures
- UEECD0036 - Provide engineering solutions for problems in complex multiple path circuits
- UEECD0056 - Apply methods to maintain currency of industry developments
- UEECD0059 - Write specifications for electrical engineering projects
- UEECS0033 - Use engineering applications software on personal computers
- UEEEL0015 - Manage large electrical projects
- UEEEL0058 - Plan large electrical projects
- UEEEL0062 - Provide engineering solutions to problems in complex polyphase power circuits
- UEERE0013 - Develop strategies to address environmental and sustainability issues in the energy sector
- UEECD0039 - Provide solutions to basic engineering computational problems
- UEECO0003 - Manage contract variations
- UEEIC0016 - Diagnose and rectify faults in a.c. motor drive systems
- UEEIC0017 - Diagnose and rectify faults in d.c. motor drive systems
- UEEHA0031 - Supervise repair and overhaul of explosion-protected equipment type flameproof (Ex d)
- UEEHA0004 - Enter a classified hazardous area to undertake work related to electrical equipment
- UEEHA0025 - Install explosion-protected equipment and associated equipment
Course Structure & Pricing
- Modular Format: The course is delivered across 21 modules, allowing for progressive skill development and flexible learning.
- Pricing: $1,250 per module (Total investment for full qualification: $26,250).
- Delivery Mode: Combination of online, face-to-face, and workplace-integrated learning, depending on your location and module requirements.
Each module focuses on a specific technical area, providing students with the opportunity to specialise, build on prior knowledge, and apply their learning in real-world contexts.
Who Should Enrol?
This program is ideal for:
- Qualified electricians or technicians seeking to transition into engineering roles
- Experienced tradespeople looking to formalise and expand their knowledge in electrical systems
- Supervisors, project leaders, and aspiring engineering managers in coal mining or heavy industry
- Industry professionals looking to upskill in electrical automation, power systems, and energy efficiency
Entry Requirements
- Recommended Prerequisite: Completion of a Certificate IV in Electrical or Instrumentation, or equivalent industry experience in electrical trades or technical roles.
- Licensing: While an electrical license is not mandatory to enrol, it is typically required for roles involving direct electrical work in the industry.
Participants should have:
- Solid foundation in electrical principles
- Basic digital literacy for online components
- Commitment to in-depth technical learning
Course Content Highlights
Learners will engage with a broad range of advanced electrical engineering topics, including but not limited to:
Core Technical Areas:
- Electrical Circuit Analysis and Design
- Power Generation, Distribution & Protection Systems
- Control Systems & Industrial Automation
- Programmable Logic Controllers (PLCs)
- Variable Speed Drives and Motor Control
- High Voltage Systems & Safety
Specialised Coal Industry Applications:
- Electrical system design for hazardous environments
- Power and control in underground and surface coal mining
- Application of safety regulations and compliance standards specific to the resources sector
Project and System Management:
- Electrical project planning and coordination
- Systems troubleshooting and performance optimisation
- Asset lifecycle management and maintenance strategies
Emerging Technologies and Sustainable Practices:
- Integration of renewable energy into traditional systems
- Energy efficiency and power quality improvement
- Familiarity with AS/NZS and ISO standards applicable to coal and energy sectors
Learning Approach
This course combines theoretical instruction, practical problem-solving, and project-based learning. You'll learn how to analyse, plan, and execute advanced electrical solutions within a variety of industrial contexts, particularly those unique to coal and resource extraction industries.
Training includes:
- Case studies and industry examples
- Hands-on projects and simulation tools
- Access to technical mentors and experienced trainers
Flexible study pathways allow students to progress at their own pace, with recognition of prior learning (RPL) available for eligible candidates.
Assessment
Assessment is conducted across multiple formats, including:
- Written assignments and technical reports
- Project work simulating real-world electrical engineering challenges
- Practical demonstrations (where applicable)
- Knowledge-based quizzes and scenario responses
Course Duration
- Duration will vary depending on prior experience, module selection, and learning pace.
- Typically completed over 12–24 months, depending on study mode and work commitments.
Career Outcomes
Graduates of this qualification will be equipped to take on senior technical roles across a range of industries, including mining, utilities, energy, and advanced manufacturing.
Potential Job Titles:
- Electrical Technologist
- Control Systems Engineer
- Electrical Systems Designer
- Maintenance or Operations Manager
- Project Manager (Electrical Engineering)
- Energy Efficiency or Power Systems Consultant
Certification
Upon successful completion of all 21 modules and assessments, participants will receive a Nationally Recognised Qualification:
UEE62320 – Advanced Diploma of Electrical Engineering
A Statement of Attainment will be issued for each successfully completed module, offering flexibility and recognition even for those who complete individual components over time.
Why Choose This Program?
✅ Modular Flexibility – Pay as you go, learn at your pace
✅ Industry-Relevant – Content developed in consultation with coal and energy sector leaders
✅ Career-Driven – Gain qualifications that open doors to high-level technical and management roles
✅ Mentored Learning – Access to trainers with deep field expertise in electrical engineering and mining applications
Next Steps
Ready to advance your electrical career?
Enrol in one module, or commit to the full qualification – we offer flexible pathways to meet your professional goals.
Contact Roar Training Solutions today to speak with a course advisor or request an enrolment pack. Queensland, Sunshine Coast RTO #6302.
