Please contact support@kelownacad.com for any AutoCAD related services or inquiries.

About us and our experience

Certified Senior AutoCAD Technician with 12+ years of experience, most of this experience being in the mining and electrical industries. 

AutoCAD Design:

Electrical: 

Electrical schematics, 3D conduit layouts/runs, electrical system runs(power,lighting,UPS,etc), Junction Box/Panel layouts, Electrical wall elevation/conduit runs, Fire alarm/Security system design, etc

Mining:

Mine Flow Sheets, Process Control Diagrams, Piping and Instrument Diagrams, Electrical Wiring Diagrams, Electrical Installation Diagrams, Instrument Loop Diagrams,General Arrangement, Instrument Installation Diagrams, Junction Box Layouts, Junction Box Wiring Diagrams, Network Architecture Diagrams 

AutoCAD Design Customization: 

Custom built Command Ribbons, Blocks, and Dynamic Blocks tailored to individual company needs increasing productivity.

AutoCAD Programming:

Using the Visual Lisp / AutoLisp languages to create custom programs and routines to vastly speed up drawing time and efficiency. Using custom built routines greatly reduces user error repetitive tasks. These custom routines pair very well with custom blocks to produce robust, consistent results. AutoCAD integration with MS Excel for data manipulation and editing. Automated drawing creation from templates and data lists.

Revit:

General working knowledge creating sections, view templates, sheet views, etc.

3D Laser Scanner Operator: 

Operating a 3D laser scanner to gather point cloud data of Gyratory and Cone crusher mantles/concaves/ bowls to produce accurate wear profiles. This information is then used to advise the mine site operators how they can properly predict crusher shutdowns and how much life is left on the wear parts. Based on how fast the wear parts are reaching end of life and the type of ore body being used, this data could be then used to properly select wear part alloys to increase life. 

PolyWorks Design: 

Using the PolyWorks software, scanner point cloud data is imported and used to create accurate mesh models. With these mesh models, detailed measurements and wear profiles are created.