#electrical course

Revit Electrical (Beginner / Basic)

Revit Electrical (Beginner) is designed for electrical engineering students, freshers, and entry-level professionals who want to learn the fundamentals of electrical BIM modeling using Autodesk Revit. This course introduces learners to core electrical systems modeling without moving into electrical design calculations or advanced coordination.

The training focuses on building a strong foundation in electrical BIM workflows, aligned with how electrical models are developed and documented in professional AEC projects.

Candidates who successfully clears (achieving more than 85%) the AEODC evaluation exam post training may be offered an opportunity to work with AEODC on live BIM projects as an Intern and/or Contract basis with possibility of converting to full time.

Freshers may be selected for a structured internship program, where they will collaborate with AEODC’s technical teams and gain hands-on project experience. Experienced professionals may be considered for contract-based or full-time positions, subject to performance, skill alignment, and project requirements.

Navisworks (Beginner / Basic)

Navisworks (Beginner) is designed for BIM students, freshers, and entry-level professionals who want to learn the fundamentals of model coordination and review using Autodesk Navisworks. This course introduces learners to BIM coordination workflows without moving into advanced clash management or construction sequencing.

The training focuses on building a strong foundation in model aggregation, visualization, and basic coordination, aligned with how Navisworks is used in professional AEC projects.

Candidates who successfully clears (achieving more than 85%) the AEODC evaluation exam post training may be offered an opportunity to work with AEODC on live BIM projects as an Intern and/or Contract basis with possibility of converting to full time.

Freshers may be selected for a structured internship program, where they will collaborate with AEODC’s technical teams and gain hands-on project experience. Experienced professionals may be considered for contract-based or full-time positions, subject to performance, skill alignment, and project requirements.

Revit Electrical (Beginner / Basic)

Revit Electrical (Beginner) is designed for electrical engineering students, freshers, and entry-level professionals who want to learn the fundamentals of electrical BIM modeling using Autodesk Revit. This course introduces learners to core electrical systems modeling without moving into electrical design calculations or advanced coordination.

The training focuses on building a strong foundation in electrical BIM workflows, aligned with how electrical models are developed and documented in professional AEC projects.

Candidates who successfully clears (achieving more than 85%) the AEODC evaluation exam post training may be offered an opportunity to work with AEODC on live BIM projects as an Intern and/or Contract basis with possibility of converting to full time.

Freshers may be selected for a structured internship program, where they will collaborate with AEODC’s technical teams and gain hands-on project experience. Experienced professionals may be considered for contract-based or full-time positions, subject to performance, skill alignment, and project requirements.

All opportunities are performance-driven and aligned with AEODC’s quality standards and business needs.

Build a Strong Electrical BIM Foundation with Revit Electrical Fundamentals

Electrical teams use Building Information Modeling (BIM) to create coordinated electrical models that support layout planning, coordination, and construction documentation. Autodesk Revit Electrical allows users to develop intelligent electrical systems where lighting, power, and low-voltage components are interconnected through circuits and panels.

In this beginner-level course, learners gain practical exposure to:

• BIM fundamentals and Revit Electrical interface

• Project setup, levels, grids, and electrical settings

• Understanding electrical systems and circuit concepts

• Placement of lighting fixtures, switches, sockets, and power outlets

• Creation of basic lighting and power circuits

• Introduction to electrical panels and circuit assignment

• Creation of electrical plans, sections, and 3D views

• Electrical annotations, tags, and dimensions

• View management, sheets, and basic electrical schedules

• Understanding architectural and structural coordination basics

Learn Revit Electrical Step-by-Step with AEODC

At AEODC, the Revit Electrical Beginner Course is structured to ensure a clear and progressive learning path for learners new to electrical BIM. Training starts with BIM and electrical modeling fundamentals and gradually advances toward basic electrical layout and documentation workflows.

Learners work on simple residential and small commercial electrical layouts, enabling them to create coordination-ready electrical models without entering load calculations or code compliance.

Course Outcomes

By completing the Revit Electrical (Beginner) Training, participants will be able to:

• Understand electrical BIM workflows and terminology

• Create basic electrical models using Autodesk Revit

• Model lighting and power systems

• Generate electrical plans, sections, and 3D views

• Produce basic electrical schedules and documentation

• Prepare for Intermediate / Working Professional Revit Electrical training

Enroll for BIM Training at AEODC to learn the fundamentals of Revit Course including Autocad BIM Course which will help you become a certified BIM Professional. Our courses offer flexibility of study at your own pace – Online BIM Course, Offline BIM Course and Self Paced BIM Course. AEODC is not only just a BIM Training Institute but also your destiny to get hired just after the course ends. At AEODC, everyone has the flexibility to either opt for a BIM Professional course (Working Professional) or BIM Diploma Course (Basic).

By completing either of the courses you opt for such as Revit Course or AutoCAD BIM Course, learners gain industry-relevant skills that prepare them for real-world BIM projects and career growth in the AEC industry. This training is ideal for anyone looking to enroll in a BIM Course, obtain a globally valued BIM Certification, advance through structured BIM Course modules, and strengthen professional credibility with a recognized BIM Certification that aligns with current industry standards. AEODC courses are not just BIM Training or BIM Professional Course, but its your gateway to become a well versed and certified BIM professional.

Diploma or Degree holder both working or freshers trained in AEODC BIM Training Institute via Online BIM Course have been placed in some of the best MNC globally which shows the credibility of our BIM Diploma Course.

Revit Mechanical (HVAC) – Beginner / Basic

Revit Mechanical (HVAC) – Beginner is designed for mechanical engineering students, freshers, and entry-level professionals who want to learn the fundamentals of HVAC BIM modeling using Autodesk Revit. This course introduces learners to core mechanical systems modeling without moving into HVAC design calculations or advanced coordination.

The training focuses on building a strong foundation in mechanical BIM workflows, aligned with how HVAC models are developed and documented in professional AEC projects.

Candidates who successfully clears (achieving more than 85%) the AEODC evaluation exam post training may be offered an opportunity to work with AEODC on live BIM projects as an Intern and/or Contract basis with possibility of converting to full time.

Freshers may be selected for a structured internship program, where they will collaborate with AEODC’s technical teams and gain hands-on project experience. Experienced professionals may be considered for contract-based or full-time positions, subject to performance, skill alignment, and project requirements.

Electrical installations are a critical aspect of modern life, powering our homes, businesses, and industries. To ensure the safety and reliability of these installations, standards and regulations are put in place. In Australia, one of the key documents governing electrical installations is AS/NZS 3000:2018, commonly referred to as the Wiring Rules. In this blog post, we will explore the importance of AS/NZS 3000:2018, highlight some key updates, and discuss how individuals pursuing Adelaide instrumentation courses can benefit from staying informed about these regulations.

Understanding AS/NZS 3000:2018

AS/NZS 3000:2018, also known as the Wiring Rules, is a comprehensive standard that sets out the requirements for the design, installation, and maintenance of electrical installations in Australia. These rules are crucial for ensuring the safety of people and property, as electrical faults can lead to fires, electrocutions, and other hazardous situations.

The Wiring Rules cover a wide range of topics, including:

Electrical equipment selection and installation.

Wiring methods and materials.

Safety precautions for electricians and technicians.

Protection against electric shock, fire, and overcurrent.

Earthing and bonding.

Inspection and testing procedures.

Updates in AS/NZS 3000:2018

Standards for electrical installations are regularly updated to reflect advances in technology, changes in regulations, and lessons learned from past incidents. AS/NZS 3000:2018 introduced several important updates, including:

Enhanced Safety Requirements: The 2018 edition includes stricter safety requirements to protect against electric shock and fire hazards, emphasizing the importance of proper insulation, earthing, and bonding.

Arc Fault Detection: AS/NZS 3000:2018 includes provisions for arc fault detection devices (AFDDs), which are designed to detect and mitigate the risk of electrical fires caused by arc faults in wiring systems.

Energy Efficiency: The standard now includes guidelines for energy-efficient lighting and the use of energy-efficient equipment, aligning with the growing emphasis on sustainability and energy conservation.

Improved Clarity and Consistency: AS/NZS 3000:2018 has been revised to improve the clarity and consistency of the language used, making it easier for electricians and technicians to understand and apply the rules correctly.

New Appendices: Additional appendices provide guidance on topics such as electrical installations in caravan parks and marinas, ensuring a comprehensive coverage of various installation scenarios.

The Role of Adelaide Instrumentation Courses

Adelaide is home to several institutions that offer instrumentation courses designed to equip individuals with the knowledge and skills required to work in the field of electrical and electronic instrumentation. These courses cover a wide range of topics, including electrical installations and compliance with standards like AS/NZS 3000:2018.

Here's how Adelaide instrumentation courses can benefit individuals in light of these updates:

Updated Curriculum: Reputable instrumentation courses in Adelaide often include the latest industry standards and regulations in their curriculum. This ensures that students are well-informed about the changes and updates in AS/NZS 3000:2018.

Practical Training: These courses typically include hands-on training, allowing students to apply their knowledge in real-world scenarios. This practical experience is invaluable when it comes to understanding and implementing wiring rules correctly.

Safety Focus: Given the critical importance of safety in electrical installations, instrumentation courses emphasize safety practices and compliance with standards, including AS/NZS 3000:2018.

Industry Recognition: Completing an instrumentation course in Adelaide can enhance one's credibility and employability in the field, as employers often seek candidates with relevant training and qualifications.

Conclusion

AS/NZS 3000:2018, the Wiring Rules, is a crucial document governing electrical installations in Australia. Staying updated on its provisions and amendments is essential for the safety and reliability of electrical systems. Individuals pursuing Adelaide instrumentation courses can benefit from the knowledge and skills gained, ensuring they are well-prepared to work in the field of electrical instrumentation and adhere to the latest standards and regulations. By doing so, they contribute to safer and more efficient electrical installations in their communities.

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EEHA Course - Electrical Equipment In Hazardous Areas

The #EEHA Training Course is a natural next step for #electricians who wish to advance their #careers.

 It will allow you to #upskill and work in #hazardous areas environment such as Mining, Oil, and Gas or Manufacturing. On completion, you get a statement of attainment that is Nationally Recognised.

Self-Paced Blended Learning

Practical's At Our Training Facility 

Curated Online Resources 

Theory on our e-Learning platform 

For more details, please visit the course page 

Darwin:  https://www.ausinet.com.au/eeha-course-darwin/