Environmental Engineering Syllabus PDF
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Dr. S and S.S. Ghandhy Government Engineering College, Surat
2024
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This document is a syllabus for an Environmental Engineering course at Dr. S & S S Ghandhy Government Engineering College, Surat. It covers topics like introduction to microbiology, basic microbiology methods, prokaryotes and viruses, eukaryotes, and control of microbes, as well as fluid properties, hydrostatics, and flow through pipes. The syllabus is for BE Sem III and the date is 12/09/2024.
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Dr. S & S S Ghandhy Government Engineering College, Surat Environmental Engineering Syllabus for Continuous Evaluation - 1 B E Sem. III Subject with Code: EMB(3131302) Sr. No....
Dr. S & S S Ghandhy Government Engineering College, Surat Environmental Engineering Syllabus for Continuous Evaluation - 1 B E Sem. III Subject with Code: EMB(3131302) Sr. No. Content CO 1 Introduction to microbiology: CO-1 Scope of microbiology, Structure and classification of microbes, Role of microbes in human life and environment, Prokaryotic cell, Cytoplasm of Eukaryotes 2 Basic methods in microbiology: CO-2 Microscopic methods, Techniques of sterilization, Media preparation, Isolation and inoculation, direct observation and staining techniques, Maintenance and preservation of cultures 3 Prokaryotes and Viruses: CO-1 Brief description about Bacteria and Viruses and their role and importance in Environment 4 Eukaryotes: CO-1 Brief description about protozoa, algae and fungi and their role and importance in Environment. 5 Control of microbes: CO-3 Principles of control of microbes, Uses of physical agents and chemical agents. Date: 12/09/2024 Subject Coordinator(s) Head Dr. S & S S Ghandhy Government Engineering College, Surat Environmental Engineering Syllabus for Continuous Evaluation - 1 B E Sem. III Subject with Code: BEH (3131307) Sr. No. Content CO 1 Properties of Fluid: CO-1 Types of Fluid, Properties of Fluid, Fluid as a Continuum, Control Volume Concept 2 Hydrostatics: CO-2 Fluid Pressure at a point, Pressure-height relationship, Absolute, gauge and atmospheric pressure, Measurement of pressure using various types of manometers, Intensity of pressure, Centre of pressure on horizontal, vertical and inclined surfaces, curved surface. 3 Basics of Fluid Kinetics & Dynamics: Different types of flow, Continuity CO-3 Equation,Euler’s Equation Bernoulli’s Equation and its application, Flow measurement using pitot tube, venturi meter and pipe orifices. 4 Flow Through Pipes: Major and minor losses of energy in pipes , Hydraulic CO-3 gradient andtotal energy line, Flow through pipes in series, in parallel, equivalent pipe Flow through branch pipe. Date: 12/09/2024 Subject Coordinator(s) Head
