blueprint title block with material list for size a

#Blueprint title block with material list for size a code#
#Blueprint title block with material list for size a professional#

Performance is satisfactory when the description is complete and submitted to the administering institution/facilitator.

Using an engineering mechanical working drawing with orthographic and isometric views, the learner will correctly identify the isometric view and provide a written 50-word (minimum) description of the differences and relationship between an isometric and orthographic view.

Performance is satisfactory when the learner has correctly identified or matched the appropriate surfaces with an accuracy of 100%.

Or at the option of the administering institution, given an actual part (by the administering institution) the learner will match the views to the appropriate surfaces.

Using an engineering mechanical working drawing with completed information, the learner will identify the front, top, right side left side, auxiliary, and section views according to their placement on the print.

Using an engineering mechanical working drawing with completed information, the learner will recognize the front, top, and right side views, identify if the print is drawn in first or third angle projection, and detect features (plain hole, and threaded hole) in one view and find those same features in another view with an accuracy of 100%.

Using an engineering mechanical working drawing with completed information, the learner will identify which lines are hidden, object, extension, and section with an accuracy of 100%.

Outcome 1: Upon completion of this course, students will identify types of lines and views used in engineering drawings. Topics include drawing terminology title block revision column notes dimensions and tolerances applications types of lines basic symbols conventions symmetry of assembly detail working drawings and isometric/3D, orthographic, auxiliary, and section views. If you need more information, call 311 (90) or contact us online.(formerly DRBP-1500) The purpose of this modularized blueprint reading course is to develop the learner’s skill to read and interpret engineering drawings at the entry level. These details could include materials used, sizes, spans, and dimensions. The City requires drawings of your proposal so that we can determine if what you are building is safe and complies with the Zoning By-law, the Ontario Building Code, and any other applicable law.Īll drawings must be drawn correctly and professionally, they must also include details about how your project is going to be constructed.

#Blueprint title block with material list for size a professional#

These drawings will need to be submitted along with your permit application.Īll drawings for non-residential and multi-residential properties such as apartments and condos must be signed, sealed and dated by an architect, professional engineer and/or qualified designer.

#Blueprint title block with material list for size a code#

It’s strongly recommended that you work with a design professional such as an architect, professional engineer or qualified designer to create complete and accurate drawings that comply with the Building Code and Mississauga Zoning By-law. Dashes, hyphens, underscores or any other special characters.Upload each drawing as an individual fileįile names must match the drawing number and name in the title block.Secure or protected PDFs will not be accepted. When you upload all of these drawings and documents into the ePlans portal, all files must: Electromagnetic locking devices (maglocks).Learn more about the fire protection and life safety requirements for projects such as: