At the end of the course the students should be able to:
C401.1 | Design of plate girders with solid web and stiffeners. |
C401.2 | Design and analyze the members subjected to combined forces. |
C401.3 | Design Column bases and Gantry Girders. |
C401.4 | Design eccentric and moment resisting connections. |
C401.5 | Design of various components of Roof trusses. |
At the end of the course the students should be able to:
C402.1 | Apply the different methods and types of irrigation, water requirements of crops, delta duty and base period relationship. |
C402.2 | Design the canal and understand the application of Kennedy's and Lacey's Theory. |
C402.3 | Understand the effects of water logging its prevention and control and types of outlet. |
C402.4 | Understand the behavior of river, flood control, flood estimation and National Policy of floods. |
C402.5 | Analyze the reservoir for different demands and mass curve, demand curve and flood routing. |
At the end of the course the students should be able to:
C403.1 | Design sewers for separate, combined and partially separate sewerage system of a city by calculating the quantity of sewage. |
C403.2 | Analyse the physical, chemical and biological characteristics of sewage required for designing the sewerage treatment units. |
C403.3 | Design preliminary and primary treatment units of sewerage treatment plant including screens, grit chambers, sedimentation tanks, septic tanks, oxidation ponds and sludge deposition. |
C403.4 | Design secondary treatment units of sewerage treatment plant including trickling filters, activated sludge unit, oxidation ditches, and anaerobic lagoons considering their constructional and operational aspects along with their sludge treatment. |
C403.5 | Analyze the pollution of river streams at various points due to discharge of waste water based on the self-purification process of water bodies and oxygen deficit equation. |
C403.6 | Understand the social, environmental and health implications of solid waste and industrial wastes through its management by proper collection, transportation,and treatment and disposal process. |
At the end of the course the students should be able to:
C404.1 | Understand the basic concept of estimation and apply to calculate approximate expenditure. |
C404.2 | Evaluate the estimate of residential building, RCC structure and calculate the quantity of work. |
C404.3 | Analyze and assess the quantity of material required for different type of civil engineering works as per specification. |
C404.4 | Understand the types of contract and tendering process and apply this knowledge in the field. |
C404.5 | Apply the concept of valuation to evaluate the actual value of any property. |
At the end of the course the students should be able to:
C405.1 | Apply the fundamental knowledge of traffic engineering to reduce the problems due to mixed traffic. |
C405.2 | Analyze the different traffic flow characteristics and know about the details of traffic studies and surveys. |
C405.3 | Classify the different traffic flow operations using control devices and to elucidate about the design of signals using IRC method. |
C405.4 | Analyze the traffic accidents, suggest remedies and create traffic safety awareness. |
C405.5 | Analyze the effects of pollution on proper flow of traffic and suggest preventive measures. |