AutoCAD® tutorials
Course dates (Click a date below to see more information)
Matamata - 25th October 2011 to 7th February 2012, 7-9pm
Dates
Tuesday, 25th October 2011
Monday, 31st October 2011
Monday, 7th November 2011
Monday, 14th November 2011
Monday, 21st November 2011
Monday, 28th November 2011
Monday, 5th December 2011
Monday, 12th December 2011
Christmas & New Year break
Monday, 16th January 2012
Monday, 23rd January 2012
Monday, 31st January 2012
Tuesday, 7th February 2012
Venue
Railside
41a Hetana Street
Matamata
Course fee
$2,000 plus GST = $2,300
Course fee includes
Student version of AutoCAD® software, a textbook and equipment.
Achievement
Certificate in Computer Drafting (AutoCAD® and Drafting Standards) Level 2.
Trainees must:
- attend all tutorials (12 x 2 hour tutorials)
- complete all weekly assignments (approximately eight hours a week)
- provide their own computer, which is capable of running the AutoCAD® software (check specifications on Autodesk website).
Tutorials overview
TUTORIAL 1
Induction
Installation of software
Geometry introduction
TUTORIAL 2
Create a drawing template
Practice using software drawing tools (If time permits)
TUTORIAL 3
Produce 2D drawings in 3rd angle orthographic projection
TUTORIAL 4
Produce a 2D drawings in 3rd and 1st angle orthographic projection
TUTORIAL 5
Produce 3D drawings in Isometric and Oblique
TUTORIAL 6
Produce 2D Development drawings of solid shapes
TUTORIAL 7
Produce Package Design Project – includes 3D model
TUTORIAL 8
Produce Production drawings to include 2D part drawings, general assembly drawings & exploded isometric drawings
TUTORIAL 9
Produce Architectural 2D drawings to include – Plan, Sectional elevation, Exterior elevations & Detail drawings
TUTORIAL 10
Re-design and modify existing architectural drawings
Produce 2D drawings to include modified Plan, Exterior elevations, Sectional elevation and Detail drawings
TUTORIAL 11
Completion of Architectural assignments
Site for downloading free 3D modelling software
TUTORIAL 12
Completion of course requirements
Introduction to 3D modelling