Mechanical Engineering Drawing

  • Mechanical Engineering |
  • English

Description

This course introduces the fundamental principles and techniques of engineering graphics and mechanical drawing as a means of communication in engineering design. Students will learn the use of standard drawing instruments and computer-aided design (CAD) tools to produce accurate 2D and 3D engineering drawings. Topics include orthographic and isometric projections, dimensioning and tolerancing, sectional views, assembly drawings, and standard conventions in mechanical engineering graphics. Emphasis is placed on developing visualization skills, understanding engineering standards, and producing professional-quality drawings that convey design intent.

Program

Bachelor Degree in Mechanical Engineering (Energy and Power Engineering) (160 Cr.)

Objectives

  • To introduce different machine elements used in machines to the students,and enable the student to use computer aided solid modelling programs to make detail and assembly drawings with enough care and accuracy and according to appropriate conventions

Textbook

Boundy, “engineering Drawings”, McGraw – Hill Co, Latest Edition

Course Content

content serial Description
1Assembly of parts and using libraries.
2Part and Assembly documentation using drawing sheets.
3Drawing notations: Surface finish - machining
4Fits and Tolerances – Assembly drawing exercise
5Fits and Tolerances – Assembly drawing exercise
6Bolted joints- Introduction.
7Bolted joints (continued) / 7th week evaluation
8Keys, Pins and feathers
9Shaft couplings.
10Welded Joints and welding symbols
11Sliding Bearings
12Rolling Bearings / 12th week evaluation
13Chain and Belt drive
14Gear drives and applications (Spur- Helical)
15Gear drives and applications (Bevel – Worm)
1Assembly of parts and using libraries.
2Part and Assembly documentation using drawing sheets.
3Drawing notations: Surface finish - machining
4Fits and Tolerances – Assembly drawing exercise
5Fits and Tolerances – Assembly drawing exercise
6Bolted joints- Introduction.
7Bolted joints (continued) / 7th week evaluation
8Keys, Pins and feathers
9Shaft couplings.
10Welded Joints and welding symbols
11Sliding Bearings
12Rolling Bearings / 12th week evaluation
13Chain and Belt drive
14Gear drives and applications (Spur- Helical)
15Gear drives and applications (Bevel – Worm)
1Assembly of parts and using libraries.
2Part and Assembly documentation using drawing sheets.
3Drawing notations: Surface finish - machining
4Fits and Tolerances – Assembly drawing exercise
5Fits and Tolerances – Assembly drawing exercise
6Bolted joints- Introduction.
7Bolted joints (continued) / 7th week evaluation
8Keys, Pins and feathers
9Shaft couplings.
10Welded Joints and welding symbols
11Sliding Bearings
12Rolling Bearings / 12th week evaluation
13Chain and Belt drive
14Gear drives and applications (Spur- Helical)
15Gear drives and applications (Bevel – Worm)

Markets and Career

  • Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
  • Electrical power feeding for civil and military marine and aviation utilities.
  • Electrical works in construction engineering.

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