All Courses

3rd Civil × 2nd Civil ×
Civil Engineering Drawing (26421)
Subject Aims:
● To enable to understanding civil engineering drawing scale.
● To prepare simple building drawing
● To assist to understand the code & symbols used in civil engineering drawing .
● To enable to learning detail drawing of building components.
● To enable in learning detail drawing of different types of foundation, culvert, Road & truss.

Subject Outcomes:
● Civil engineering drawing scale.
● Drawing of single storied building.
● Code and symbols used in drawing.
● Detail drawing of different types of foundation ,flooring system in/c beam & slab, road, doors & windows, steel structure
Construction Process-1(26433)
Rationale:
Construction process-I is the pre-requisite of Construction process-II. Civil Engineering diploma graduates have to supervise construction of various project works involving use of various construction work based on quality. It does have physical parts with which we can make an appropriate shelter, service for the client to use it. So, to know how to build a construction project, one must know about Concrete, its types, properties, use of concrete, brick masonry, block masonry, different type of partition wall, drywall etc. This set of knowledge and skill to gives confidence to understand and construct a project. The students should have requisite knowledge regarding characteristics, uses and availability of various building item of work for construction purposes. In addition, specifications of various materials should also be known (BNBC/PWD) for effective quality control. To perform above task, it is essential that students should have knowledge of various item of work like concrete, masonry, block masonry, partition wall etc., and their constructional details. Therefore, the subject of Construction Process-I is very important for Civil Engineering diploma Graduates.
Structural mechanics (66441)
AIMS:
• To enable to apply the knowledge of scientific principles to problems of mechanical nature.
• To develop an understanding of mechanical properties of materials.
• To assist in applying mathematical and geometrical calculations to the analysis of statically
determinate beams.

SHORT DESCRIPTION
Mechanical properties of material; Laws of forces; Moment; Friction; Centroid and centre of gravity;
Moment of inertia; Torsion on circular shaft; Shear force and bending moment.