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Electrical Engineer Design Course
Elevate your expertise with our Electrical Engineer Design Course, tailored for sparkies and other electricity professionals seeking to master essential skills. Dive into precise electrical load calculations for lighting, HVAC, and office equipment. Ensure safety and compliance with earthing, surge protection, and emergency power systems. Navigate AS/NZS standards (NEC and IEC equivalents), and design efficient electrical systems with optimal component selection. Enhance your technical documentation skills to present clear, impactful designs. Join now to advance your career with practical, high-quality learning.
- Master load calculations: Accurately estimate power needs for diverse applications.
- Ensure safety compliance: Implement earthing and surge protection measures effectively.
- Design efficient systems: Plan wiring routes and future expansion for optimal performance.
- Select reliable components: Choose transformers and circuit breakers for durability.
- Create technical documents: Develop clear diagrams and detailed reports for presentations.

4 to 360 hours flexible workload
certificate recognised by the NZQA
What will I learn?
Elevate your expertise with our Electrical Engineer Design Course, tailored for sparkies and other electricity professionals seeking to master essential skills. Dive into precise electrical load calculations for lighting, HVAC, and office equipment. Ensure safety and compliance with earthing, surge protection, and emergency power systems. Navigate AS/NZS standards (NEC and IEC equivalents), and design efficient electrical systems with optimal component selection. Enhance your technical documentation skills to present clear, impactful designs. Join now to advance your career with practical, high-quality learning.
Elevify advantages
Develop skills
- Master load calculations: Accurately estimate power needs for diverse applications.
- Ensure safety compliance: Implement earthing and surge protection measures effectively.
- Design efficient systems: Plan wiring routes and future expansion for optimal performance.
- Select reliable components: Choose transformers and circuit breakers for durability.
- Create technical documents: Develop clear diagrams and detailed reports for presentations.
Suggested summary
Before starting, you can change the chapters and the workload. Choose which chapter to start with. Add or remove chapters. Increase or decrease the course workload.What our students say
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