Engineering Energy Sector Skill Set

State ID: GAA31

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Solve practical electrical engineering problems

Learn the calculation techniques starting from a solid foundation and extending to advanced mathematical processes such as algebra, statistics and MATLAB Software. Further develop strategies to address environment and sustainability issues in the energy sector and your understanding of an organisation's occupational health and safety policies and procedures.

This course is ideal for FIFO workers - talk to us about how you can study this course flexibly.

Gain these skills:

How to apply the basic and advanced mathematics to solve problems
How to understand and produce reports
How to analyse and interpret workplace documents, tables and charts
How to apply an extensive knowledge of sustainable energy systems and components, workplace safety policies and procedures

Next dates for delivery

2 February to 22 June | Tuesdays from 5pm to 8pm

Fees

$637.74

Requirements of the course:

This course requires both on-campus practical and theory classes; and connectivity to learning management systems for self-paced study.

On-campus practical and theory classes:
For 3 hours every week, you will need to attend workshops and lectures on-campus.

Connectivity to learning management systems for self-paced study:
Once enrolled, you will receive information about how to login to our eCampus. Your study will include 6 to 8 hours a week using Blackboard, where you will access learning content, assignments, lesson plans and pre-reading for classes, at your place of choice, on or off-campus. To access the full suite of software activities, you will need to use College computers at Munster campus.

Prerequisites

There are prerequisite requirements which can be covered as recognition of prior learning (RPL) based on previous qualification and work experience.

UEENEEE101A - Apply Occupational Health Safety regulations, codes and practices in the workplace
UEENEEG102A - Solve problems in low voltage a.c. circuits

Job Opportunities

After completing all of the Electrical Skill Sets: Electrical Engineer Technologist, Technician, Design and Draftsperson.

Further study

Advanced Diploma of Engineering Technology - Electrical

This skill set forms part of UEE62111 Advanced Diploma of Engineering Technology - Electrical, which provides pathways towards university entry requirements.

Study options and next steps

Click on your preferred study mode below to get started with your application or enrolment.

All year round

Details

When	All year round
Where	Munster
How	Part Time-Self Paced-On-campus

Units

Fees and charges

Fees and charges published on our website are indicative. The fee for this course is displayed above with dates and locations.

Your fees will depend on your eligibility for government funding or a concession rate, and the units you choose to study or seek to be recognised under Recognition of Prior Learning (RPL). Our fees are:

Based on the full possible study plan of units, including the recommended electives
Based on study in 2021
Charged at the government funded rate for over 18 years of age students
Based on unit electives designed to meet localised industry demand for skills
Made up of course fees and resource fees, or RPL fees. Course fees are the cost of your tuition, while resource fees pay for consumables provided to you to aid your study (such as printing and paper). You may also be required to purchase text books or equipment that are not part of our tuition or resource fees.

Fees may vary between students and between educational providers. Other charges may apply.

Visit our Fees page for more information.

Call 1800 001 001 to get a more accurate fee indication based on your eligibility and study plan before applying.

Recognition of Prior Learning

Recognition of Prior Learning (RPL) enrolments are charged at $3.25 per nominal hour of study.

No concession fees apply to RPL enrolments.

To get started with RPL, visit the Recognition of Prior Learning page.

Core

National ID	Unit Title
UEENEEE081A	Apply material science to solving electrotechnology engineering problems
UEENEEE082A	Apply physics to solving electrotechnology engineering problems
UEENEEE117A	Implement and monitor energy sector OHS policies and procedures
UEENEEE124A	Compile and produce an energy sector detailed report
UEENEEE126A	Provide solutions to basic engineering computational problems
UEENEEK132A	Develop strategies to address environmental and sustainability issues in the energy sector

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Please note This form is only for course enquiries. If you would like to apply, please refer to the 'Study options and next steps' section above.

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