CLASS KGWEDI

3D Electrical Modeling: Utilize software like Revit and AutoCAD to develop detailed 3D models of electrical systems, including lighting, power distribution, fire alarms, and data networks.

Clash Detection & Coordination: Employ tools such as Navisworks and AutoDesk - ACC to identify and resolve conflicts between electrical systems and other building services, ensuring seamless integration.

Documentation & Compliance: Prepare accurate construction documents, and maintain compliance with project-specific BIM Execution Plans (BEP).
Collaboration: Work closely with multidisciplinary teams, including mechanical, structural, and architectural disciplines, to ensure cohesive and coordinated designs. Quality Assurance: Conduct regular quality checks to maintain model integrity and ensure that all deliverables meet the firm's standards and client expectations.
Project Types:

Data Centres: Teraco, NTT, Vodacom, and MTN; Commercial Buildings: Offices, retail spaces, and mixed-use developments; Industrial Facilities: Warehouses, factories, and logistics centers; Educational Institutions: Schools and universities.

BIM Modeling & Documentation:

Develop and maintain accurate 3D BIM models for electrical systems (lighting, power distribution, fire alarms, data, etc.) using Revit, AutoCAD, and other BIM tools.

Prepare detailed 2D drawings and construction documentation from models, ensuring compliance with project and industry standards.

Collaboration & Coordination:

Work closely with engineers, architects, and other discipline modellers to ensure coordination across MEP Structures.

Participate in clash detection and resolution using software like Navisworks or BIM 360.

Design Support:

Translate engineering concepts and mark-ups into buildable models.

Support the design team in delivering sustainable and optimized electrical layouts.

Quality & Standards:

Ensure models are built according to Zutari’s BIM execution plans and international standards (e.g., ISO 19650).

Perform regular quality checks and maintain model integrity throughout project phases.

Project Types:

Engage in large-scale infrastructure and building projects across Africa and beyond, including data centers, schools, offices, warehouses, and conference facilities.

Innovation & Development:

Stay updated with the latest BIM trends and tools, contributing to continuous improvement in digital delivery methods.

BIM Modeling & Design Support:

Create and develop high-quality 3D models for electrical systems (lighting, power, communication, fire detection, and other low voltage systems) using Revit, AutoCAD, and BIM 360.

Translate engineering inputs and sketches into detailed and buildable models and construction-ready documentation.

Project Delivery & Documentation:

Support the electrical engineering team with the delivery of BIM models and 2D drawings at various project stages (concept design to construction).

Ensure that all documentation meets Aurecon’s quality standards and complies with international BIM protocols, such as ISO 19650.

Coordination & Collaboration:

Work in a multidisciplinary team environment, coordinating closely with mechanical, structural, civil, and architectural disciplines.

Use tools like Navisworks for clash detection and resolution to ensure fully integrated design solutions.

Project Sectors:

Contribute to local and international projects across sectors such as:

Data Centers

Education (Schools, Universities)

Commercial Offices

Warehouses & Industrial Facilities

Conference Halls & Event Spaces

Innovation & Development:

Stay ahead of BIM and digital engineering trends, exploring automation tools like Dynamo or BIM scripting to improve workflows.

Participate in Aurecon’s innovation-driven culture by contributing to the evolution of design processes and digital delivery.
Standards & Compliance: Follow project-specific BIM Execution Plans (BEP), and adhere to national and international electrical and BIM standards.

My task is to utilize software like Revit and AutoCAD to develop detailed 3D models of electrical systems, including lighting, power distribution, fire alarms, and data networks.

Clash Detection & Coordination: Employ tools such as Navisworks and Autodesk - ACC to identify and resolve conflicts between electrical systems and other building services, ensuring seamless integration.
Documentation & Compliance: Prepare accurate construction documentation, ensuring adherence to local standards and codes, such as SANS 10142, and maintain compliance with project-specific BIM Execution Plans (BEP).
Collaboration: Work closely with multidisciplinary teams, including mechanical, structural, and architectural disciplines, to ensure cohesive and coordinated designs. Quality Assurance: Conduct regular quality checks to maintain model integrity and ensure that all deliverables meet the firm's standards and client expectations.
Project Types:

Data Centres: Teraco, NTT, Vodacom, and MTN;

Commercial Buildings: offices, retail spaces, and mixed-use developments; Industrial Facilities: warehouses, factories, and logistics centers; Educational Institutions: schools and universities.

• Reviewed drawings, specifications, and engineering data to verify conformance to design concepts.
• Generated bills of materials from CAD models and drawings according to project needs.
• Developed and implemented CAD drafting standards and procedures.
• Inspected physical parts for conformance with customer requirements prior to creating CAD models or drawings.
• Provided support services during the installation process by producing as-built drawings on site.
• Analyzed engineering data and drawings to ensure accuracy of designs.
• Utilized Revit software to create 3-dimensional renderings of proposed structures.
• Collaborated with engineers to resolve design issues and develop solutions.
• Translated verbal instructions into technical drawings in AutoCAD.
• Worked with computer programs such as AutoCAD to complete project drawings.
• Built base drawing library for entire engineering department to use or customize in compliance with specific project requirements.
• Coordinated with project engineer on final as-built drawings so department and customer had accurate record of final design implemented on site.
• Designed injection-molded plastic parts, machined parts, and sheet metal parts in 3D CAD.
• Drafted plans and detailed drawings for structures, installations and construction projects.

• Analyzed design intent documents provided by architects and engineers to determine how best to represent them digitally.
• Conducted regular reviews of model components to ensure accuracy and completeness.
• Developed BIM project plans and collaborated with the design team to ensure accuracy in model development.
• Coordinated with other trades for proper integration of their designs into the overall model.
• Developed clash detection reports to identify potential problems during the design process.
• Resolved any discrepancies between the physical environment and the digital model through site visits or remote collaboration with field personnel.
• Performed quality control checks on all BIM models prior to submission.
• Imported point cloud data into Revit for use in creating as-built models.
• Participated in weekly coordination meetings with other disciplines to resolve conflicts within the model.
• Assisted in developing detailed drawings, specifications, and construction documents for projects.
• Updated existing 3D models based on changes made by other disciplines or due to clashes detected in coordination meetings.
• Created 3D models of residential and commercial buildings using Revit software.
• Reviewed drawings, specifications, and engineering data to verify conformance to design concepts.