First Year: Semester I

First Year: Semester II

Second Year: Semester I

Second Year: Semester II

Third Year: Semester I

Third Year: Semester II

Fourth Year: Semester I

Fourth Year: Semester II

Students should take two theory courses and one sessional course from his/her thesis related field. Other courses should be taken as follows:

· Four theory courses from other fields, each from every field.

· One Sessional course from any field.

NB: Every student should have to complete 161.00 credits for obtaining the B.Sc. Engineering degree in Civil & Environmental Engineering.

Resultants and components of forces; Coplanar concurrent forces; Moments & Parallel Coplanar forces; Non-concurrent, Nonparallel, Coplanar forces; Maximum and minimum forces; Non- coplanar forces; Centroids; Moments of inertia of areas; Moments of inertia of masses.

Introduction: Instruments and their uses; Multi-view projection, revolution and auxiliary views, sectional views, isometric, diametric and oblique projections; Perspectives: one point, two point and three point perspectives;

Descriptive geometry: points lines and planes, parallelism and perpendicularly surfaces. Building drawing, Stair drawing.

Friction, Flexible cords, Graphical methods, Plane motion, Relative motion, Force system that produce rectilinear motion. Work, Kinetic energy and Power, Impulse and Momentum.

Complete Building Drawing and Computer applications; Drawing for environment control elements, i.e. Septic tank, Soak-well, Inspection pits, Sewerage line, Underground water reservoir, Over head water reservoir, Internal water and sewerage line, Soil and rain water pipe from the building, Drainage, etc. Introduction to AutoCAD.

Environmental Ecology: Concept, definition, branches and scope of ecology; Ecosystem: Concept and principles of ecosystem; structure, examples and function of ecosystem, Different types of ecosystem; Ecological tools and techniques; Statistical application in ecology; Energy flow in Ecosystem: Energy in ecosystem, Pattern of flow of energy through the ecosystem and food chains; Biogeochemical Cycles of Ecosystem: Carbon cycle, nitrogen cycle, sulpher cycle and phosphorous cycle; Abiotic and Biotic component of Ecosystem; Phytosociology, Population ecology, Applied ecology.

Introduction to environment, Layers of soil and atmosphere (biosphere, hydrosphere etc.), Climatic factors (light, temperature, precipitation, atmospheric humidity, atmosphere and air), The nature and extent of global concern of environment, Agriculture pollution, Deforestation; Material balance approach. The Global warming and Climate change, Green House effect, Ozone layer depletion, Sea level rise, El nino and La-nina, Alzheimer, Acid rain. Natural disaster in Bangladesh: flash flood, earthquake etc.

Air Quality: Characteristics & Sources of Air Pollutant, Air Quality Standard, Air Quality monitoring: Sampling of ambient air, air quality monitoring system, stack sampling, continuous emission monitoring, remote sensing for air monitoring and analysis;

Soil Quality: Introduction; Physical properties of soil: Soil texture, Physical nature of soil separates, mineralogical and chemical composition of soil, Soil textural class, structure of mineral soils: Sources of soil organic matters, Influence of soil organic matter on soil properties; Effects of fertilizers, pesticides etc. on soil; Origin, nature and classification of soil parent material; Soil micro animals; Characteristics of saline and sodic soil; Peat soils.

Water and Waste water Quality: (a) Physical characteristics and quality of water and wastewater; (b) Chemical quality and characteristics of water and water; (c) Microbiology of Water and wastewater: Introduction, Microbes, virus, Bacteria, Fungi, Protozoa, Algae and Cyanobacteria and Other Microorganisms (rotifers, helminthes, crustaceans, worms etc), (d) Microbial characteristics and quality of water and wastewater, (e) BOD (definition, equation and sag curve), COD, DO, ThOD, TKN, PKN etc, (f) Water Quality Standard: Bases, WHO Guidelines, Bangladesh water quality standard, (g) Test and Analysis for Water Quality, (h) Water Quality Monitoring: Bio monitoring, Chemical versus biological pollution monitoring, plant bioassay, fish bioassay, algal bioassay.

Introduction: Importance and functional impact of engineering materials in the point of view of environmental engineering; Basic civil engineering materials: Properties and uses of Bricks, Cement, Aggregates, Cement and lime mortars, Concrete, Stone, Sand and Fineness modulus; Concrete: Constituent of Concrete; Properties of Concrete; Design of Concrete mix; Glass: Nature, forms and types of glasses; Timber: Nature, forms and types of timber and classification; Plastics: Fundamental characteristics , classification, some typical examples of plastics and their uses; Rubber: sources of natural rubber, chemical treatment of latex, raw materials, synthetic reactions and properties of synthetic rubber; Corrosion: Nature. Forms and types of corrosion, electrochemical mechanism and prevention of corrosion. Paints, varnishes and metallic coatings, methods used in applying coatings on metal surface; Atomic structure and bonding: Yielding, Fractures and Elasticity.

Environmental Ecology: Concept, Definition, branches and scope of Ecology;

Ecosystem: Concept and principles of ecosystem; structure, examples and function of ecosystem, Different types of ecosystem; Abiotic Factors: essential elements, and limiting factors, climatic factors such as temperature, light, pressure precipitation, atmospheric humidity, atmosphere and air etc.

Biotic Factors: definition, size, types, size, structure of biotic community.

Ecological Tools and Techniques: Statistical application in ecology;

Energy flow in Ecosystem: Energy in ecosystem, Pattern of flow of energy through the ecosystem and food chains;

Biogeochemical Cycles of Ecosystem: Carbon cycle, Nitrogen cycle, Sulpher cycle and phosphorus cycle;

EIA: Introduction, Scope and Methodology.

Environmental Audit: Purpose, benefits and steps.

Biodiversity: Definition and scope, relevance in Bangladesh, World heritage, Social Sciences for the preservation of bio-diversity. Agenda 21/Convention on biodiversity.

The nature and extent of global concern of environment: Agriculture Pollution, Deforestation; Material balance approach. The climatic change, Green House effect, ozone layer depletion and sea level rise and its effects; El nino, La Nina, Alzheimer

Environment of Bangladesh: Land types, forests, weather and climate, Hill areas, Water bodies.

Natural disaster in Bangladesh: Air pollution, Water Pollution and River erosion, destruction of hills and forests.

Introduction to plumbing, water requirements, water sources ; water supply and distribution in buildings. Sewage and sewer system, building plumbing of multi- storied buildings; rural sanitation programmes in Bangladesh.

Environment and environmental education: Definition, basic elements, social and physical environment, environment and human determinants, environmental education and awareness. Environment and its relation with other branches of sciences: - environment and sociology, human and ecology, environment and geography, environment and political science, environment and economics, society, social work. Human behavior and surrounding environment. Environmental ecology: concepts, definition, branches, scope of the ecology, ecological tools and techniques, statistical application of ecology,

Ecosystems: Concepts and principles of the ecosystems, biosphere, hydrosphere, atmosphere, species and ecosystem, structure, function of the ecosystem, different types of ecosystem- aquatic, terrestrial and marine ecosystem, energy flow in ecosystem. Abiotic Factor: - Essential elements and limiting factors, climatic factors such as temperature, light, pressure etc.

Biotic Factor: definition, types, size, structure of biotic community.

The nature and extent of global concern of environment :Alzheimer effect, Green house effect, ozone layer depletion, sea level rise, global warming and climatic change, acid rain, elnino and la nina general reasons of water pollution, soil pollution and air pollution.

Environmental Ethics: Environmental laws, regulation, environmental policy of the government, environmental advocacy, framework of environmental laws.

Environment and sustainable Development: Assessment, environmental conservation,

Major Environmental Issues: Geographical location and trend in population growth, urban and industrial challenges, biodiversity, natural calamities, land use, wetland management, importance of environmental concepts in social sciences/ economics.

4 Hours/ week, 4 credits

Environment and environmental education: Definition, basic elements, social and physical environment, environment and human determinants, environmental education and awareness. Environment and its relation with other branches of sciences:- environment and society, human and ecology, environment and geography, environment and political science, environment and economics, law and environmental issues. Environmental ecology: concepts, definition, branches, scope of the ecology, ecological tools and techniques, statistical application of ecology,

Ecosystems: Concepts and principles of the ecosystems, biosphere, hydrosphere, atmosphere, species and ecosystem, structure, function of the ecosystem, different types of ecosystem- aquatic, terrestrial and marine ecosystem, energy flow in ecosystem. Abiotic Factor: - Essential elements and limiting factors, climatic factors such as temperature, light, pressure etc.

Biotic Factor: definition, types, size, structure of biotic community.

The nature and extent of global concern of environment: Green house effect, ozone layer, depletion, sea level rise, global warming and climatic change, acid rain, el nino, la nian, alzheimer effect, general reasons of water pollution, arsenic pollution, soil pollution and air pollution, green revolution,

Environmental Ethics: Environmental laws, regulation, environmental policy of the government, environmental advocacy, framework of environmental laws;

Environment and sustainable Development: Assessment, environmental conservation,

Major Environmental Issues: Geographical location and trend in population growth, urban and industrial challenges, biodiversity, natural calamities, land use, wetland management, importance of environmental concepts in anthropology/Business Administration.

Force; equilibrium, free body diagrams; resultants and Components; coplanar Concurrent forces; moments and parallel coplanar forces; centroid; moment of Inertia of areas; Maximum and minimum forces; friction; flexible chord; calculation of bar forces for simple trusses.

Fundamental concepts of stress and strain; mechanical properties of materials; stresses and strains in members subjected to tension, compression, shear and temperature changes; Joints- welded and riveted; shear force and bending moment diagrams for statically determinate beams and frames.

Environment and environmental education: Definition, basic elements, social and physical environment, environment and human determinants, environmental education and awareness. Environment and its relation with other branches of sciences: - environment and sociology, human and ecology, environment and geography, environment and political science, environment and economics, society, social work. Human behavior and surrounding environment. Environmental ecology: concepts, definition, branches, scope of the ecology, ecological tools and techniques,

Ecosystems: Concepts and principles of the ecosystems, biosphere, hydrosphere, atmosphere, species and ecosystem, structure, function of the ecosystem, different types of ecosystem- aquatic, terrestrial and marine ecosystem.

The nature and extent of global concern of environment: Alzheimer effect, Green house effect, ozone layer depletion, sea level rise, global warming and climatic change, acid rain, water pollution, soil pollution and air pollution.

Environmental Ethics: Environmental laws, regulation, environmental policy of the government, environmental advocacy, framework of environmental laws.

Environment and sustainable Development: Assessment, environmental conservation,

Major Environmental Issues: Geographical location and trend in population growth, urban and industrial challenges, biodiversity, natural calamities, land use, wetland management, importance of environmental concepts in social sciences/ economics.

Stress and strain analysis of axially loaded members, Stresses in thin and thick walled cylinders and spheres, Shear force and bending moment diagrams, Bending stress and shear stress in beams, Rivet and welded joints.

Based on Engineering Materials Theory Classes. (FM of Sand, concrete, final and initial setting time of cement, tensile a decompression test of cement).

Deflection of beams: Integration and moment area methods; Torsion; Helical springs; Principal stress; Mohr's Circle; Columns: Euler's formula; Intermediate column formulas; the Secant formula; Flexure formula of curved beams; Truss: Joint method, Section method.

Construction procedure; Estimation of Infra-structure; Collection of Materials; Pricing; Source of Materials; Quality Control; Route mapping.

Based on Theory classes (stress-strain relationship test, hardness test, column test, timber test, use of slide calipers).

Based on Environmental Fluid Mechanics Theory Classes.

Fluid Statics: Fluid properties related with environmental phenomena, Ideal fluid, Real fluid, Viscosity, Surface tension, Capilarity, Manometry, Forces on the submerged planes and curved surfaces, Buoyancy and Floatation, Energy consideration in steady flow, Cavitation, EGL, HGL, Stagnation point; Fluid Dynamics: Flow characteristics of fluid; Dimensional flow; Equation of continuity; Momentum and forces in fluid flow, Stationary vane, Moving vane; Flow of fluid in pipes: Bernoulli's equation; Flow through venturimeter; Frictional losses in pipes and fittings, Laminar flow, Turbulent flow, Reynold’s number, Pipes in series, parallel and pipe network; Types of fluid machinery: Impulse and reaction turbines; Centrifugal and axial flow pumps.

Introduction; History and development of water supply system; Population prediction and water requirements; Water pipes; Water quality; Bangladesh and international water quality standards; Rain water harvesting, Ground water sources: Spring, infiltration well, infiltration gallery, artesian well; Surface water sources: River water, pond water, lake water, Intake and collection of surface water, Major water impurities; Physical, chemical and biological treatment processes-sedimentation, coagulation, flocculation, filtration (filtration mechanism, slow sand filtration, rapid sand filtration, pond sand filtration, roughing filtration, house hold filter) and disinfections. Advanced water treatment: RO, Ion exchange, Membrane filtration, softening, gas transfer and aeration, adsorption, electro dialysis, fluoridation; arsenic, iron, manganese removal,. Pump and pumping machinery. Water distribution; Analysis and design of network; Fire hydrant; Monitoring and sanitary protection of water distribution systems, Leak detection and unaccounted water; Cost and billing of piped water supply; Water supply system in rural and urban areas; Plumbing.

Composition, properties and analysis of sewage; Sewer and sewer fittings and design; Estimation of Wastewater; Waste collection system; Hydraulics of sewer design; Construction and maintenance of sewer; Sewer and sewer appurtenances; Conventional sewerage system; Small bore sewerage system; Simplified sewer system; Sewage treatment, Principles of physical and chemical and biological treatment processes; Treatment: Preliminary, primary, and secondary treatment; Activated sludge & its modification, Lagoons and waste stabilization ponds; Oxidation methods, Trickling filter, oxidation ditches; Rotating biological discs; nutrient removal, Sludge digestion and sludge disposal; Sewage pollution problems in Bangladesh; Community latrine cum bio-gas plant, Duckweed wastewater treatment .

Based on theory the details of constructions: Foundation, different types of foundation, piling, brick masonry, framed structures and bearing walls, lintels, details of floor and roof, plastering, staging, shoring, insulation and acoustics, Water tank.

Introduction; Calculation of area and volumes; Survey: Chain, Traverse, Plane table; Leveling; Tachometry; Principles and problems on Tachometry; Curves and Curve ranging; Transition curve; Vertical curves; Introduction of Geodetic surveying. Project surveying; Errors in surveying; Field procedure, correction for base line, problems on geodetic surveying; Introduction of photogrammetry, Terrestrial photography; Aerial photography; Meteorology; General Meteorology, Agricultural and Forest Meteorology.

Based on Theory classes.

Introduction to remote sensing and GIS, aerial photography, digital image processing, use of arc-views.

Computer applications to environmental problems, Curve fitting by least square methods, Numerical differential and integration; Finite difference; numerical solution of differential equations; Accuracy and error, Solution of equations by iteration and other methods.

Geology: Minerals, identification and physical properties of minerals; Rocks and types of rock and metamorphisms, classification of metamorphic rocks, common rock forming minerals, mineraloid rocks, cycle of rock change:

Structural geology: Faults, folds, domes, basin, erosion, marine erosion and quantitative analysis of erosional land forms; External and Internal geological forces, their interaction and resultant landscapes; Engineering problems posed by sand dunes, glacited region; Seismic zones of Bangladesh; Engineering consideration in seismic area, safety measure to be adopted for building and infrastructure to be constructed in seismic areas, dams, to be located in seismic areas; Types of mountain and their formation; Volcanic; Residual; Fault; Folds; and Faults-their causes, tectonic causes;

Geo-morphology: Channel: development, widening, Valley shape; Stream terraces; alluvial flood plains; Delta and alluvial fans; Channel morphology; Channel pattern and river basin; Generalized and load characteristics of river channel; Bed forms in the alluvial channel of sediment transportation on the river morphology and channel pattern.

Geology and Geomorphology of Bangladesh: General description, hilly areas in north-eastern zone and eastern part of Bangladesh; Rivers and river basin of Bangladesh.

EIA cost, methodologies, procedures, cost and cost evaluation, scooping, people’s participation in EIA, EIA in industries. Environmental management plan, Environmental management and ISO 14000. Environment and sustainable development, Environmental development interaction, environmental risk analysis, environmental implication and sectoral development, environmental issues and priority, environmental management plan, including cost study in specific industry, environmental policies, environmental ethics, environmental laws and legislations: Water Law, Industrial pollution Law, Forest Conservation Law, Bangladesh Environment Conservation Act 95, Environment Conservation Rule 97, Environmental Pollution Control Ordinance 77, The then East Pakistan Water Pollution Control Ordinance 70, Air pollution Legislation and Regulation: Clean Air Act, Clean Air Act Amendment 1990, Electronic bulletin boards, State Regulations. Environmental management and ISO 14000, Management information system (EMIS) for environmental sustainability, community participation and public awareness in EMS, environmental planning, (related to site planning). Environmental monitoring: Bio monitoring, environmental monitoring in industries, environmental quality standard.

Course contents: based on the theory courses offered by CEE Department.

Flexural and shearing stresses in beams; principal stresses; direct integration and Area moment methods for finding slopes and deflections in statically determinate beams. Indeterminate beam analyses; buckling of columns.

Introduction: allowable stresses; different types of trusses; wind and static load analysis of trusses; design of truss sections; design of steel beams, columns; timber structures.

Analysis of statically determinate beams frames and trusses; Analysis of portal frames, mill bent, bridge portal and braced trusses, influence lines (beam, frame, floor beam, truss), moving concentrated loads. Vertical and lateral (wind and earthquake effects) load analysis of statistically indeterminate multistoried building frames by approximate method.

Analysis and design of steel truss roof system considering wind load.

CEE 314 REINFORCED CONCRETE DESIGN SESSIONAL -II

Design of multistoried buildings considering wind and earthquake loads.

Fundamentals of reinforced concrete members; Introduction of WSD and USD methods; Design of singly and doubly reinforced rectangular and T- beams according to WSD and USD methods. shear and diagonal tension in beams, Bond and anchorage according to USD and WSD methods. Design of one-way slab.

Design problems based on CEE 315 and Design of masonry structures.

Deflection of frames and trusses; Analysis of statically indeterminate structure by different methods: Moment distribution method, Slope deflection method and Consistent deformation method.

Analysis and Design of underground reservoir, septic tank and overhead water tank.

Design of two-way slabs, flat slabs, columns, footings, retaining walls, stairs, concrete floor, and roof system . Design considering earthquake loads.

Introduction to Hydrology; Importance and role of hydrology in environmental engineering; Hydrologic cycle; Physics of the air flow, cyclone; Precipitation; Stream flow, infiltration and soil moistures; Evaporation; Evapo-transpiration; Runoff and hydrographic; Runoff-rainfall relationships; Unit hydrographic concepts and its applications; Flood routing and statistical methods.

Open channel flow and its classification; Velocity and pressure distribution; Energy equation, specific energy; and transition problem; Momentum equation and specific momentum; Critical flow, critical depth, hydraulic jump, Froude and Reynolds number; Uniform flow, steady & unsteady flow, Manning‘s equation; Gradually varied flow; Computations of flow profile and flow over different structure (S, curve, H-curve); Prismatic channel, artificial channel, channel design and its environmental effects.

Theories of Seepage; Embankment, Dam, & Design of Dam; Sluice gate; Spillways; Flood Control Reservoir, Energy dissipator; Diversion head work; Irrigation Structure; Cross drainage works; Regulator Design; Out falls; Gates; Cut off; Sediment and Sediment Transport; Dimensional Analysis and Hydraulic Analysis.

Ground water sources: Infiltration well, infiltration gallery, Artesian well, spring. Ground water in hydraulic cycle; Occurrence of ground water; Ground water movement, storage and hydraulic coefficients, evaporation; Basic principles of Ground water flow (continuity equation); Seepage; Pumps and Water wells; Ground water exploration; Aquifer properties, well deign criteria, constructions, production tests; Sanitary protection and maintenance of well; Investigation and recharge of ground water basin, ground water development; Sea water intrusion; Ground water potential in Bangladesh; Review of existing ground water technology; Shallow & deep wells, solar stills; Common ground water supply options with reference to Bangladesh; Different types of hand pumps, installation and O & M of hand pumps; Problems of ground supply: Iron; Arsenic; Hardness; Salinity; Water table declination and lowering; Drilling problems in rocky and hilly areas; Alternative technologies for problem areas of Bangladesh; Shallow, shrouded tube-wells(SST), very shallow shrouded tube-well (VSST); Moon pump, Bangla pump etc; Environmental impact of ground water abstraction in Bangladesh.

Air sample test (SO_x, CO, NO_x, particulates, Hydrocarbons, Lead determination); Determination of Pesticide residue; Measurement of intensity of noise, Measurement of temp. Relative humidity, Observation of daily surface temp. of various media, Measurement of moisture content of soil, Measurement of wind speed etc. and Based on Theory Classes of Environmental Pollution Control Engineering.

Based on Theory classes.

General Concepts of Pollutants: Energy –nuclear, solar, fossil; Transpiration: - Rail, road, air, agricultural activities, fertilizers, pesticides, medicine, drugs, sedative drugs, herbal drugs, detergents, polymers, dyes. Air pollution: Fundamentals of air pollution problems- Ambient Air: Sources & types of air pollution; Air pollution by automobiles; Adverse effects of air pollution and pollutants on inert materials, vegetation, man and animals; Air pollution control; Classical Smog and photochemical smog; Smoke; Gaseous contaminants: Dust, fumes, and mists; Sampling and monitoring of air pollutants; Measurement methods: Laws and regulation of air pollution control; Noise pollution: Effects, sources & control of noise pollution; Thermal pollution: Sources, effects and control of thermal pollution; Thermal pollution over different location; Possible long range impact of thermal pollution; Soil Pollution: Effects of pH in soils; Soil reactions and correlation; Tolerance of higher plants to saline and sodic soil; Soil erosion, erodability factors, topographic factors; Computation soil losses; Effects of pesticides on soil and soil organisms; reaction of inorganic contaminants in soil; Soil pollution and its impact on the environment, ground water,; Soil improvement methods for removal of pollutants.

Trip to the surface water treatment plants, iron and arsenic removal plants, rain water harvesting plants, industrial waste treatment plants etc. Trip to different construction sites.

Soil and Soil Mechanics: Introduction to Geotechnical engineering; Formation, composition, structure and fabrics of soil, soil profile and its layer, soil and plant relation; Index properties of soil; Identification and classification of soil; Permeability and seepage; Capillarity and flow net; Soil water energy concept; Soil aeration characteristics, soil aeration problems in the field, factors affecting soil aeration; Specific heat of soil, buffering capacity of soils; Lateral earth pressure.

Soil Strength: Principles of total and effective stress; Shear strength of soil; Stress distribution.

Field identification of soil samples; Specific gravity test; Atterberg limit tests, Grain size analysis by sieve and hydrometer; Compaction test; Permeability (Constant head and Variable head) test; Relative density test; Direct shear test; Unconfined compression test; Vane shear test; Triaxial compression test, Consolidation test.

Introduction to transport engineering, development of transport systems, elements of transport systems, Transport planning concepts: collection, study, and analysis of basic data, highway location and surveys, geometric design of highways, cross section highways, curve, sight distances, Traffic Engineering: traffic system, traffic characteristics, traffic control, traffic studies, waterways etc.

Sanitation: Dwellers sanitation; Code of practice for adequate environmental facilities in a infrastructure- Building: Space, lighting, air movement and circulation, temperature control, plumbing facilities, ventilation and air conditioning Principles of excreta disposal, water borne and water sanitation related diseases; Different sanitation options; Sanitation practices in Bangladesh

Solid Waste Management: Sources and characteristics of Solid waste; Solid waste generation; Collection and transportation (Community and Municipality); Volume reduction; sorting; Stabilization; Incineration; Resource recovery and recycling; Land filling; Composting; General aspects of solid waste management; Community mobilization in solid waste management; Milk and food sanitation; Hospital sanitation.

Environmental Health: Disease description, mode of transmission of diseases, clean water, sanitation, health, nutrition, application of engineering principles to the control of communicable diseases; Vectors control; Insecticides and bactericides, occupational health;

Hygiene Education and Community Participation: Scope and methodology for hygiene education; Development of hygiene education program; Social mobilization in hygiene education; Participatory management and planning in WSS, Gender aspects in WSS, Cost recovery and sustainability of water supply and sanitation services.

Project or thesis will be carried out in first semester.

Thesis or project will carried out (Continuation from First Semester).

CEE 403 INDUSTRIAL WASTE MANAGEMENT AND ENVIRONMENTAL AUDITING For IPE Department

Source and general characteristics of industrial pollution such as oil refinery, paper and pulp industries, jute, cement, fertilizer, textile industries, tea industries, tannery etc., provision of waste management, minimization of waste in industries, ISO-14000: limits for wastes of different industries according, ISO-14000, importance of ISO-14000 for different industries, the laws and precondition of ISO-14000, reduction of health risk of industrial waste, pollution prevention concepts for industries according to EPA, Management steps of water, soil and air pollution in industries, corrosion control of boiler, Environmental impact assessment, important terms of EIA, aim and objectives of EIA, EIA methodologies, EIA procedures, EIA in industries, Environmental management, environmental audit, environmental audit in specific industries, sustainable development and environment. Air pollution and Noise pollution from industries and its management, ideal environmental condition for industries. Solid waste from industries, its effect and its management, environmental quality standard.

Fundamentals of reinforced concrete design; working stress design method; analysis of reinforced beams by WSD; design of slabs, one- way and two- ways. Preliminary analysis of flat slabs, flat plated, waffle slabs, ribbed slabs; introduction to ultimate strength design (USD).

Reinforced concrete columns, stocky and long. Preliminary analysis of column sections in multistoried buildings., Grids, approximate analysis. Approximate analysis of multistoried buildings for gravity and lateral loads. Vierendeel truss. Folded plates. Introduction to shear walls - preliminary design. Introduction and preliminary design of arches, domes and shells. Classification of shells. Prestressed concrete: Introduction, analysis and preliminary design of beam sections.

Stiffness Matrix; member stiffness; stiffness transformations; assembly of stiffness matrices and solution for beams, frames and trusses. Flexibility matrix, Introduction to finite element method.

Analysis and design of different types of bridges.

Different experiments based on theories.

Importance of irrigation, sources and quality of irrigation water, soil-water-plant relationship, consumptive use and estimation of irrigation water requirements, methods of irrigation, design of irrigation canals, irrigation structures, delta, duty, effects and remedies of leaching and logging,; Floods (causes, types, control methods etc).

Regulator design and wetland management construction (embankment design with drainage for water movement, plantation of trees).

River characteristics; Sediment discharge; Classification of Rivers and history; Sediment transport mechanism; River flow characteristics; Bed theory; River control; Estuary mechanics; Saline water intrusion; National and international issues on River water; Dredging of River bed; Rivers, the behavior, Control and training; Port theory; Dam and bridges on River; River pollution; Irrigation purposes of river; Runoff, infiltration; river guide theory.

2 Hours/week, 2.0 Credits

Oceanography: Definition, characteristics, formation; Wave theory: Definition, properties, classification; Basic equation of wave motion; Wave energy, power, group celerity, breaking of waves; Coastal water level: Tide, storm, cyclone, hurricane, tidal surge, Tide and its equation; Sea level rise; Impact on coastal zone and force on coastal structure; Beach and port management; Sediment properties; Transport process: Along shore line sediment transport process, wind transport of sand; Management of coastal environment: Coastal water quality, Coastal water supply and sewage, Intrusion of saline water to estuary; Coast pollution; Preservation of coastal environment.

Based on theory classes. Design of transport and distribution system of water supply/ drainage in urban and suburban areas. (Manually design/ Computer application).

EIA - important terms in environmental impact assessment; Aims and objectives of EIA; Role of EIA in EM; EIA Methodology: Different methods of EIA, initial environmental examination, Baselines studies; Rapid environmental impact assessment methods: check list, matrix methods, Scooping and people’s participation in EIA; EIA of development schemes; Economical evaluation of EIA; Cost and Cost/benefit analysis of EIA; EIA (State of art) in water resources and industrial projects; Application of EIA in energy and agricultural development; EIA for embankment flood protection measures; EIA of irrigation activities: EIA of infrastructure development project; Environmental impact of flood in rainy season; EIA of draughts in dry season (specially Farakkah and other upstream barrages); EIA in solid waste management; EIA of gas field and tea garden; EIA in JMB project; EIA of transport system; EIA procedure in private sector, EIA procedure in govt. sector; Different EIA index calculation,

Requirements of the water for various industries; Quality and treatment of industrial water; Characteristics and volume of industrial waste; Problems associated with industrial waste water; Waste water treatment objectives; Physical, chemical and biological methods of industrial waste water treatment including neutralization, equalization, oil separation, flotation, sour water strippers, heavy metal removal, air stripping, chemical oxidation; Overview of waste reduction techniques in industries, Waste problems of major industries and their methods of treatment and disposal- such as petroleum industries (gasoline kerosene treatment), textile industries, tannery; cement, fertilizer, paper and pulp, jute processing, dairy, drug and pharmaceutical, food and allied industry; Treatment and disposal of industrial waste sludge; Laws and regulations for industrial wastewater and waste treatment.

Different types of settling, advanced theory of coagulation, advanced theory of filtration, membrane filtration, water softening, air stripping, aeration and gas transfer, reverse osmosis, desalination, water treatment by UV-radiation , ozonization, adsorption, ion-exchange, modification of activated sludge, nitrogen and phosphorus removal.

Principles of management; Principles of construction management; Contract and specification; Construction planning; Organization; Critical path method; Cost accounting management; Inventory control; Project planning and evaluation; Quantity surveying; Management for engineers; Feasibility report and cash flow; Pay back periods; Cost-benefit ratio; Environmental project management.

Soil investigation techniques; Bearing capacities of shallow and deep foundations; Types of foundation; Design of footings (Spread footings and special footings), mat foundations; Pile foundations; Compressibility and settlement; Slope stability analysis; Fundamental of soil liquefaction.

Preparation of a sub-soil investigation report, interpretation of soil test result, establishment of sub-soil profile and design of foundations.

Piles subjected to lateral loads; Sheet piles; Retaining walls, Dewatering and slurry wall construction, , Caissons; Coffer dams; Pier and abutments; Analysis and design of machine foundation; soil improvement technique.

Waste characteristics, sources of ground contamination, hydro geological characteristics of the ground; Mass transport in saturated and unsaturated media, Contaminant transport, transport mechanisms, soil-water interaction, contaminant retardation process and transport modeling; Contaminated land management techniques.

Introduction to critical state soil mechanics, SHANSEP and stress path methods; one, two and three dimensional consolidation problems; Pore pressure coefficients; Soil structure interaction; Permeability, capillary and soil suction, Seepage analysis; Stability of natural and man made slope; Numerical solution of Geotechnical engineering problems.

Highway Engineering: Highway materials, sub-grade, sub-base, and base courses, soil aggregates in road construction, properties of bitumen materials, mix design methods, design, maintenance and construction of flexible, rigid road pavements; Road marking, Lighting, Signal design.

Railways Engineering: General requirement, alignment, Permanent way, Points and crossing, Stations and yards, signaling maintenance.

Based on theory classes.

Traffic management system, traffic accident investigations, planning and construction of airport, types and elements of air port planning studies, geometric design of the landing area, terminal area, design of airport pavement, air port marking and signing and drainage.

Test of bituminous material, test on sub-grade; mix design, road capacity studies.

Frequency Analysis; Determination of Road Capacity; Design of Rigid Pavement and Design of Flexible Pavement.

Definition and introduction, Environmental management and ISO 14000, Environmental management and ISO 14000, Environmental auditing and reporting, Environmental auditing in specific industries, Environment and sustainable development, Environmental development interaction, Environmental risk analysis, Environmental implication and sectoral development, Environmental issues and priority, Environmental management plan, Environmental policies, Environmental ethics; Environmental laws and legislations: Water Law, Industrial Pollution Law, Forest Conservation Law, Bangladesh Environment Conservation Act 95, Environment Conservation Rule 97, Environmental Pollution Control Ordinance 77, The then East Pakistan Water Pollution Control Ordinance 70, Air Pollution Legislation and Regulation: Clean Air Act, Clean Air Act Amendment 1990, Electronic bulletin boards, State Regulations. Environmental management information system (EMIS) for environmental sustainability, community participation and public awareness in EMS, environmental planning, (related to site planning); Brown agenda, ecological planning, environmental planning, town and city planning, Participatory management, Role of the user community in environmental project: community involvement, Community management etc. Institutional aspects of environmental projects: actors, principles and policies, challenges, Gender awareness and participatory tools, Financial aspects of environmental projects; Implementing interventions in environmental projects; Project cycle, Project cycle within a community.

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Based on theory classes. Design of plumbing system, septic tank, under-ground reservoir, soak well, inspection pit, inhoff tank, interceptor tank and deep tube well.

Introduction to urban planning; Historical thoughts of urban planning, Urban environmental matters, Urban management and brown agenda, Evaluative image of environment of a city/ town, Environmental disasters and hazards; GIS in urban environmental planning, Town and city planning, Transport planning, Environmental planning, Ecological planning. Urban environmental planning in Bangladesh: accelerating urbanization, selected urban planning project in Bangladesh.

Definition; Importance and application of environmental process technology; Flows and balances; Mass balance equations; Rate and state equations, flux, transformation, accumulation, reaction kinetics; Linear relationship between conservation rate; Aerobic and anaerobic growth; Determination of cell kinetics; pH and temperature effects; Reactor Engineering: Introduction; Natural and man-made reactor; Batch reactor; Plug flow reactor; CFSTR; Derived reactor model; Feed batch reactor; Immobilized cell reactors.

2 Hours/week, 2 Credits

Environment and social science: Disciplinary boundaries and the environment, Global environmental change and social sciences, Society and Nature with co-evolution, Nash’s model for valuation of nature and conservation, Greening and new social movement, Environmental sociology approach to science and ecology, Reorientation of environmental sociology, Specific theoretical approaches to environmental sociology: causes of environmental destruction, Social construction and environmental power, Environmental justice; Economic analysis of environmental policy, Environmental quality and recreational activities, Returnable and non-returnable containers: Recycling, sulpher dioxide and air pollution, lead and other non-biodegradable substance; Sustainability: sustainable performance of environmental systems such as water supply and sanitation system, Role of the user community in environmental project: community involvement, community management etc. Institution aspects of environmental projects: actors, principles and policies, challenges, gender awareness and participatory tools, cultural and socioeconomic aspects of water supply and sanitation facilities; Hygiene education and social mobilization, Financial aspects of water supply and sanitation projects, Implementing interventions in environmental projects; Project cycle, Project cycle within a community.

Models: Population, Physical, Mathematical and Management model, mechanism of pollutant fate in the environment

Mathematical Modeling: Introduction; Data management system & mathematical models in real life, mathematics of mass transport

Air Quality Modeling: Mathematical models for air