C6182 - Advanced Diploma of Engineering Technology - Electrical

Plan: C6182 - Advanced Diploma of Engineering Technology - Electrical
Campus: City Campus

Program delivery and structure

Approach to learning and assessment
Work integrated learning
Program structure
Program transition plan

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Approach to learning and assessment

After the enrolment, students will be able to log on to the RMIT Course Guide system to access the learning methodology and assessment procedures for each course.

 Students will participate in their learning experience through:

• Interactive presentations, labs, and tutorials
• Assessments 
• Simulated industry activities
• Work Integrated Learning (WIL)
• Workshop activities
• Structured prescribed reading
• Projects and assignments
• Prescribed follow-up activities
• Discipline practice 

 

Face-to-face, online (CANVAS) delivery, laboratory exercises, project-based research with presentations and written reports and online assessments are used to facilitate training and learning.

Assessment for this program will be Competency-based. Assessments may include:

• practical/written assessments
• presentations
• team or individual work-simulated projects

If students have a long-term medical condition and/or disability they can apply for adjustments to their study and assessment (Equitable Assessment Arrangements) by registering with the Equitable Learning Services (ELS) at https://www.rmit.edu.au/students/support-and-facilities/student-support/equitable-learning-services   

 

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Work integrated learning

RMIT University is committed to providing students with an education that strongly links formal learning with workplace experience or simulation. When students enroll in this program they will be assessed on structured activities that allow them to learn, apply and demonstrate vocational competency.

If students are working, particularly in a job that is related to their studies, they will also be learning while at work and may have the opportunity to be assessed in their workplace for some or all of their courses. Feedback from work supervisors and others in the workplace can be used as evidence of competency, and an RMIT University assessor can visit students' workplaces to observe their work practice.

Apprentices studying this program will be attending the workplace on non-university days.

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Program Structure

This qualification requires completion of the following:
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C6182 Core courses
Complete all twenty-four (24) courses:
Course Title Nominal Hours Course Code Campus Apply work health and safety regulations, codes and practices in the workplace (UEECD0007) 20 PUBH5213C City Campus Solve problems in single path circuits (UEECD0046) 40 EEET7547C City Campus Solve problems in multiple path circuits (UEECD0044) 40 EEET7548C City Campus Interpret, produce and modify electrotechnology drawings (UEECD0064) 60 EEET7549C City Campus Apply material science to solving electrotechnology engineering problems (UEECD0004) 60 EEET7550C City Campus Provide solutions to basic engineering computational problems (UEECD0039) 60 EEET7436C City Campus Solve problems in magnetic and electromagnetic devices (UEEEL0021) 30 EEET7551C City Campus Solve problems in direct current (d.c.) machines (UEEEL0019) 30 EEET7552C City Campus Apply physics to solving electrotechnology engineering problems (UEECD0005) 60 PHYS5004C City Campus Solve problems in low voltage a.c. circuits (UEEEL0020) 80 EEET7553C City Campus Plan and analyse LV electrical apparatus (UEEEL0079) 60 EEET7554C City Campus Provide engineering solutions for problems in complex multiple path circuits (UEECD0036) 60 EEET7555C City Campus Evaluate and report on the performance of LV machines (UEEEL0077) 100 EEET7556C City Campus Plan and analyse wiring systems, circuits, control and protection for electrical installations (UEEEL0080) 100 EEET7557C City Campus Develop strategies to address environmental and sustainability issues in the energy sector (UEERE0013) 20 EEET7412C City Campus Manage risk in electrotechnology activities (UEECD0026) 60 PUBH9448C City Campus Develop design briefs for electrotechnology projects (UEECD0014) 40 BUSM6547C City Campus Compile and produce an energy sector detailed report (UEECD0010) 60 EEET7558C City Campus Provide engineering solutions to problems in complex polyphase power circuits (UEEEL0062) 60 EEET7559C City Campus Write specifications for electrical engineering projects (UEECD0059) 40 BUSM8928C City Campus Manage large electrical projects (UEEEL0015) 40 BUSM8929C City Campus Plan large electrical projects (UEEEL0058) 60 BUSM8930C City Campus Apply industry and community standards to engineering activities (UEECD0003) 20 ENVI5119C City Campus Apply methods to maintain currency of industry developments (UEECD0056) 20 EEET7560C City Campus
AND
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C6182 Elective Course List A
Complete all four (4) Courses:
Course Title Nominal Hours Course Code Campus Troubleshoot digital sub-systems (UEEEC0069) 80 EEET7424C City Campus Fabricate, assemble and dismantle utilities industry components (UEECD0019) 40 EEET7416C City Campus Fix and secure electrotechnology equipment (UEECD0020) 20 EEET7561C City Campus Use drawings, diagrams, schedules, standards, codes and specifications (UEECD0051) 40 EEET7562C City Campus
AND
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C6182 Elective Course List B
Complete all four (4) Courses:
Course Title Nominal Hours Course Code Campus Use engineering applications software on personal computers (UEECS0033) 40 OFFC5363C City Campus Develop, enter and verify discrete control programs for programmable controllers (UEEIC0013) 60 EEET7563C City Campus Establish and follow a competency development plan in an electrotechnology engineering discipline (UEECD0017) 20 EMPL9814C City Campus Repairs basic electronic apparatus faults by replacement of components (UEEEC0060) 40 EEET7419C City Campus
AND
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C6182 Elective Course List C
Complete all three (3) courses:
Course Title Nominal Hours Course Code Campus Implement and monitor energy sector WHS policies and procedures (UEECD0024) 20 PUBH5214C City Campus Develop, enter and verify word and analogue control programs for programmable logic controllers (UEEIC0015) 60 EEET7564C City Campus Develop, enter and verify programs in supervisory control and data acquisition systems (UEEIC0014) 60 EEET7565C City Campus
AND
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C6182 Elective Course List D
Complete the following one (1) course:
Course Title Nominal Hours Course Code Campus Evaluate performance of low voltage electrical apparatus (UEEEL0011) 40 EEET7566C City Campus
AND
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C6182 Elective Course List E
Complete all four (4) courses:
Course Title Nominal Hours Course Code Campus Design signal-conditioning sub-systems (UEEEC0014) 80 EEET7444C City Campus Design and use advanced programming tools, PC networks and HMI Interfacing (UEEIC0007) 120 COSC7422C City Campus Use advanced computational processes to provide solutions to energy sector engineering problems (UEECD0049) 120 EEET7443C City Campus Develop engineering solutions for induction machine and control problems (UEEEL0043) 60 EEET7567C City Campus
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Program transition plan

 

 

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