- To develop engineering specification and design briefs for electrical engineering projects
- To classify hazardous areas – gas/ dust atmospheres and conduct audit of hazardous areas installations
- To design explosion-protected electrical systems and installations – gas/ dust atmospheres/ pressurization/ coal mining
- To plan and manage large electrical projects including contract variations, team effectiveness and facilitating continuous improvements
- To solve problems in complex multiple path and polyphase power circuits
- To solve electro-technology engineering problems using material science and physics
- To open more doors for you in areas of electrical engineering and hazardous area technical authority managing projects and compliance in hazardous areas to local regulations and national standards of explosion protection.
*The practical training sessions are available for confirmed Diploma & Advanced Diploma PMV students, please contact the office for further details.
Full Qualification – UEE61211 Advanced Diploma in Explosion Protection & UEE50411 – Diploma of Electrical Engineering
This qualification provides competencies to:
- assess and manage risks,
- undertake design, validation/evaluation and audit functions
- provide technical/sales related advice for explosion protection in electrical equipment and instrumentation systems installed in hazardous areas in the chemical, mineral processing and oil and gas industry.
It includes ERAC requirements for an ‘Electrician’s licence’
(Includes issue UEE50411)
Delivered at one of PMV’s national training centre in Perth, or at a client’s facility.
This post-trade and professional development gap training is aimed at those keen participants who have achieved UEE42611 Certificate IV in Hazardous Areas – Electrical and who are keen on learning and gaining hazardous area skills at the next level of complexity.
This course is for anyone involved in the “supervision and compliance” side of hazardous area electrical work, i.e. HAC, design, equipment and installation specification, planning and managing projects, auditing or inspection of electrical equipment in hazardous areas (EEHA).
The course creates a pathway to become a Technical Authority and Team Leader responsible for ensuring compliance of site EEHA to local regulations and latest AS/NZS standards.
This course is useful for Electricians and instrument technicians in supervisory roles. We also train electrical engineers who perform inspections, plan and manage the electrical and EEHA projects as part of their role. The course covers the theory and practice of field work in hazardous areas.
The course being post-trade training, we require a current unrestricted electrical license (any Australian state or territory). Electrical engineers meet the pre-requisites for the engineering and the inspection units, and will be eligible to receive a Statement of Attainment (SOA) for the units completed successfully.
You will undergo one-on-one practical training with industry-experienced, qualified Electrical and Instrumentation Professional Trainers/ Engineers who have hands on experience on electrical equipment in hazardous areas (EEHA) and explosion protection technologies. The training will be conducted on the purpose-built hazardous areas and instrumentation skids with field instruments and control system that you are likely to see in a typical industrial EEHA installation:
- Write specification and develop design briefs for electrical engineering projects
- Design explosion-protected electrical systems and installations – gas/dust atmospheres/ Pressurisation/ coal mining
- Design of gas detection systems
- Classify hazardous areas — gas and dust atmospheres
- Conduct audit of hazardous areas installations — gas atmospheres
- Plan and manage large electrical projects including contract variations
- Apply material science and physics in solving electro-technology engineering problems
- Provide solutions for problems in complex multiple path and polyphase power circuits
- Ensure team effectiveness and facilitate continuous improvement
PMV offers a small size class with flexible training to accommodate difficult rosters / work schedules.
Blended delivery of 40% theory and 60% practical training with equipment that you are likely to see in a typical industrial environment in hazardous areas with instrumentation and PLC control system.
- Self-study time (roughly 12 weeks) is required in addition to PMV face-to-face training of 36 days.