Professional Diploma in Civil Draftsman
Description
Civil drafting is drafting performed for civil engineering. Civil drafters work with civil engineers and other industry professionals to prepare models and drawings for civil engineering projects.
Examples of civil engineering projects are bridges, building sites, canals, dams, harbors, roadways, railroads, pipelines, public utility systems, and waterworks. Civil drafters create maps, plans, cross sections, profiles, and detail drawings. Projects are designed in two-dimensional (2-D) and/or three-dimensional (3-D) formats. 2-D refers to a view displaying only width and height, width and length, or height and length.
3-D refers to a view displaying width, height, and depth. Civil Key drafters may also calculate excavation and fill volumes, and prepare graphs and diagrams used in earthmoving operations. Civil drafters can accompany survey crews in the field to collect data required to prepare or revise construction drawings.
PDRi is a globally recognized institution and have affiliations with multiple international bodies
Professional Continuing Education is the hall mark of professional development. PDRi has brought internationally recognized certifications and diploma courses with an easy to do and flexible manner. The candidate can complete the course even from home or job place, and exemption of credits is awarded to those professionals who are having upto 02 years experience in their fields. Moreover due to malpractice and increasing scams in online education, PDRi has placed the graduates views about PDRi on the web page. The candidate can deposit the fee in easy installments. Please fill below online registration form and then check your own email for details , containing further process/ procedure.
Course Outline
Complete Course Details & Syllabus will be shared through LMS after admission
Module 1
Chapter 1 Introduction to the principals of engineering graphics
Chapter 2 Employing Computer-Aided-Drafting techniques
Chapter 3 Describe and demonstrate the process of visualization and construction of orthographic, Isometric, and section views
Assignments
Module 2
Chapter 4 Demonstrate and explain the theory and practice of dimensioning.
Chapter 5 Explain the importance of standards (ASME and ISO) in the modern engineering graphics environment.
Chapter 6 Demonstrate the creation of 3D geometry and solid modeling techniques.
Assignments
Module 3
Chapter 7 Demonstrate the steps to convert 3D models into 2D orthographic and isometric views.
Chapter 8 Demonstrate the techniques of specifying threads and fasteners.
Assignments
Exam
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