CVE 306 - STRUCTURAL ANALYSIS I (2-1-0 = 3 units)
CIVIL ENGINEERING PROGRAMME Programme Philosophy and ObjectivesThe Civil Engineering programme is designed to train engineers that would be capable of analysing, designing, constructing and maintaining physical facilities for the development of the environment. The facilities of interest include structural systems, water supply, wastewater systems and transportation systems. The programme is planned such that its products would have been thoroughly trained in structural analysis and structural design, surveying and highway engineering, soil mechanics and foundation engineering, water systems designs (water works, wastewater works, dams and various hydraulic systems). This, of course, is a set of standard Civil Engineering core courses. But in addition to this, it is intended to train engineers that would be truly literate. Indeed, this is in the expression of the philosophy of the Faculty of Technology, Obafemi Awolowo University, Ile-Ife. In this connection, the programme includes courses in Applied Electricity and Applied Electricity Laboratory, Technical Report Writing, Industrial Economics, Management Principles, and so on.The first two years (after the preliminary year) of the Civil Engineering Curriculum are devoted to studies in mathematics, fundamental engineering courses including Engineering Drawing, Surveying, Thermodynamics, Engineering Mechanics, Workshop Technology and Applied Electricity; as well as a number of more advanced courses such as Strength of Materials, Geology, Materials for Civil Engineering Construction, etc. The remaining two years are devoted to courses in structures, transportation engineering, geotechnical engineering and environmental engineering. Electives are provided in the final year, so that students can opt for additional grounding in structures, transportation, environmental engineering, and geotechnical engineering or, indeed in combinations there from.A great deal of emphasis is laid on linkage with industries especially through the Student Industrial Work Experience Schemes (SIWES). The aim of the industrial training scheme (SIWES), as envisaged by the Department, is to introduce the student to a real-life situation of an industrial environment. During the industrial attachment period the student is to appreciate how and why certain decisions (both technical and managerial) are taken under given conditions. He or She is to learn to relate his/her lecture hall knowledge to the practice in the industry and thereby appreciate the difference between theory and practical implementation.DEGREE OFFEREDB.Sc. Civil EngineeringAdmission RequirementsUMEThe minimum requirements for admission to courses leading to B.Sc. degree in the Department of Civil Engineering are those for entry into the Faculty of Technology. Candidates are required to have credits in five subjects at the SSC or WASC level (or at GCE ‘O’ level) including Mathematics, Physics, Chemistry, and English Language.DIRECT ENTRYAdmission to Part II is possible for candidate who, in addition to meeting the Faculty General Admission Requirement have good grades at Advanced Level of the GCE (or equivalent) in Physics, Pure Mathematics and Applied Mathematics (or Physics, Chemistry, Pure and Applied Mathematics); or approved equivalent qualifications (such as OND Upper Credit in relevant field). HND holders may be admitted to Part III.GRADUATION REQUIREMENTSTo be eligible for a degree, a candidate must satisfactorily complete a minimum of 197 units including:12 units of Special Electives to be taken outside of the Faculty30 units of Part I Physics, Chemistry, and Mathematics courses including MTH 101, MTH 102, MTH 104, CHM 101,CHM 103, CHM 102,CHM 104, PHY 101, PHY 107, PHY 102 and PHY 108; or such courses as prescribed for first year Faculty of Sciences Foundation Option A; or exemption from these courses70 units of Civil Engineering courses15 units of Industrial Attachment and Engineering Valuation (CVE 200, CVE 300 and CVE 400)6 units of Civil Engineering electives (approved options)6 units on Design/Research Project (CVE 507 and CVE 508)6 units of courses in the Department of Electronic and Electrical Engineering; including EEE 201, EEE 202, EEE 291 and EEE 2923 units in the Department of Geology (GLY 203)5 units in the Department of Computer Science and Engineering– CSC 201 and CSC 2088 units in the Department of Mathematics comprising MTH 201 and MTH 2024 units in the Department of Agricultural Engineering including AGE 202 and AGE 3029 units in the Department of Chemical Engineering including CHE 201, CHE 305 and CHE 30616 units in the Department of Mechanical Engineering including MEE 203, MEE 204, MEE 205, MEE 206, MEE 303; MEE 304 and MEE 3946 units in the Department of Material Science and Engineering including MSE 201 and MSE 3037 units in Technology Policy and Development Unit (now African Institute for Science Policy and Innovation) including TPD 101, TPD 501, TPD 502 and TPD 503.Syllabus of all Courses in the ProgrammeCVE 202 – STRENGTH OF MATERIALS (2-0-3 = 3 units)Further analysis of shearing force and bending moments in beams. Direct stresses due to load and temperature. Loading tests of ductile and brittle materials. Elastic constants. Modified young modulus. Poisson’s ratio. Properties of beam sections. Deflection of beams. Torsion of shafts. Bending of curved bars and rigid frames. Buckling of struts and columns.CVE 301 – SURVEYING I (2-0-3 = 3 units)Introduction – Principles of survey operations – Classification of survey methods, instruments and their uses. Theory of survey measurements – Linear measurements – Chain surveying. Angular measurements – Compass survey. Introduction to theodolite traversing – Levelling – Calculation of areas – Plane table surveys, tacheometric surveys, simple triangulation and trilateration – Introduction to Photogrammetry and Remote Sensing.CVE 302 – SURVEYING II (2-0-3 = 3 units)Principles of route design and route location – Levelling, cross sectioning and profiling – Computations involving horizontal and vertical curves – Computation of earthwork quantities – Development of mass haul diagrams – staking of slopes and buildings – Methods of triangulation observation and adjustment – Photogrammetric and remote sensing techniques in highway engineering – Introduction to hydrographic surveys – Principles of astronomy – Map projections. Introduction to Highway Engineering.CVE 303 – INTRODUCTION TO CIVIL ENGIENEERING PRACTICE (0-0-2 = 1 unit)Civil Engineering as a profession – functions, training and responsibilities. Overview of the sub-disciplines of civil engineering. States of engineering project execution, including conception, feasibility studies, detailed design, preparation of Bill of Quantities and contract documents. Roles of different grades of workers on a project – labourers, artisans, technologists, engineers, project planning.CVE 304 – MATERIALS FOR CIVIL ENGINEERING CONSTRUCTION (2-0-0 = 2 units)Concrete Technology: Physical and rheological properties of concrete. Properties of components of concrete – cement, aggregate, water and admixtures, concrete mix. Design methods of production of asphalt, cement, tars, bitumen and emulsion: their properties and uses. Properties of timber, glass, plastics, asbestos, clay bricks and other construction materials.CVE 305 – HYDROLOGY (2-0-3 = 3 units)The hydrologic cycle, history of hydrology, scope and application of hydrology; climatic measurements, precipitation and precipitation analysis; analysis of hydrologic data including statistical inferences; infiltration, evaporation and evapotranspiration; Runoff and hydrograph analysis; stream and reservoir routing; Groundwater analysis including well hydraulics; Design criteria for hydraulic projects.CVE 306 - STRUCTURAL ANALYSIS I (2-1-0 = 3 units)Reactions, shears, moments and deflections in beams, trusses and frames under fixed and moveable loads, influence lines and loading criteria, analysis of simple statically indeterminate structures.CVE 308 – DESIGN OF CONCRETE STRUCTURES I (2-0-3 = 3 Units)Limit State design – general assumptions, code BS:8110: Material and loads. Serviceability limit states.Rules for arrangement of reinforcement. Singly reinforced beams – rectangular and flanged sections. Doubly reinforced beams. Curtailment of reinforcement. Shear in beams; torsion and shear. Columns – interaction of bending and compression. One-way spanning slabs.One-way ribbed slabs, Student project.CVE 310 - BASIC CIVIL ENGINEERING (For non-civil engineers)(2-0-0 = 2 units)Relevance of the course to non-civil engineers. Principles of surveying, elements of soil mechanics timber, steel and reinforced concrete structures, concrete mixes. Outline of structural design in concrete and steel structures. Design of foundations or concrete pads for equipment.CVE 394 – MATERIALS FOR CIVIL ENGINEERING CONSTRUCTION LABORATORY (0-0-3 = 1 unit)Determination of the specific gravity of cement powder, standard consistency of cement paste; initial setting time and final setting time of Portland cement. Evaluation of the soundness of Portland cement. Conduction of the grading analysis of fine aggregates. Determination of the aggregate crushing value of coarse aggregates; workability of fresh concrete by the slump test and compacting factor; modulus of rupture for plain concrete specimen by conducting a bending test; moisture content of a given timber specimen and its dry density; modulus of rupture of timber specimen; specific gravity of bituminous materials; consistency, durability and temperature susceptibility of asphalt cement. Preparation of highway surfacing materialCVE 401 - TECHNICAL REPORT WRITING (2-0-0 = 2 units)Role of technical reports in engineering projects. Fundamental principles of technical writing. Formats of different types of reports – outlines, purpose and scope, technical discussion details, role of appendix, function of figures, tables and illustrations. Literature search, references (citing and listing). Nature of recommendations and conclusions. Guides of writing memoranda, business letters. Oral presentation of technical reports. (One or two team papers to be prepared on assigned work).CVE 403 – HYDRAULIC ENGINEERING (2-0-0 = 2 units)Fundamental principles of Flow. Hydraulic similitude. Flow measurement, Flow in closed conduits – steady and unsteady flows. Flow in open channels. Flow through hydraulic structures including river and coastal hydraulics. Hydraulic machinery – pumps and turbines.CVE 493 – HYDRAULIC ENGINEERING LABORATORY (0-0-3 = 1 unit)Study of Laminar flow, flow measurements in open channel, hydraulic jumpCVE 405 – ENVIRONMENTAL ENGINEERING I (2-0-0 = 2 units)Role of the Engineer in the control of the environment in relation to water-related diseases. Examination of water and wastewater. Collection, treatment, protection and distribution of water. Collection, treatment and disposal of wastewaters. Fundamentals of solid waste management and air pollution control field trip.CVE 495 - ENVIRONMENTAL ENGINEERING I LABORATORY (0-0-3 = 1 unit)Determination of alkalinity, acidity and pH in water. Jar test experiment, (coagulation) for determination of optimum dosage of alum, lime, speeds of slow mixing and rapid mixing etc. Bacteriological examination of water. Determination of solids concentrations (suspended solids, dissolved solids, total solids, volatile suspended solids). Determination of chlorine, dissolved oxygen in water.CVE 407 – GEOTECHNICAL ENGINEERING I (2-0-0 = 2 units)Role of the Geotechnical engineer in construction, Physical properties of soils; Factors governing soil formation, Soil classification. Introduction to permeability Seepage and filter requirements; Soil compaction, Principle of effective stress; Consolidation and settlement calculations; Shear strength of soils, bearing capacity.CVE 409 – DESIGN OF CONCRETE STRUCTURES II (2-0-3 = 3 units)Two-way slabs – design and detailing of one span and continuous slabs. Two-way ribbed and flat slabs. Reinforcement in foundations – pads and strip footings, slabs grids etc. Portal frames, beams and columns system. Retaining walls – cantilever and counterfort types. Liquid retaining structures; under and on-ground overhead tanks. Bunkers and silos. Precast concrete members and structures-rules of use and examples. Introduction to finite element. Student project.CVE 411 – STRUCTURAL ANALYSIS II (2-1-0 = 3 units)Analysis of statically indeterminate structures using various methods, moment-area, slope deflections, moment distribution, column analogy, compatibility and flexibility coefficients. Introduction to plastic analysis of structures.CVE 413 – TRANSPORTATION ENGINEERING I (2-0-3 = 3 units)Traffic Engineering: human and vehicular characteristics related to traffic, highway capacity, traffic studies and traffic data collection and analysis – Principles of traffic planning and fore-casting – Principles of network planning – mass transit planning – traffic controls on highway and urban roads – One-way streets, signals, signs, smoking, lighting and canalization, traffic regulations regarding speed, zoning.CVE 497 – GEOTECHNICAL ENGINEERING I LABORATORY (0-0-3 = 1unit)Moisture content determination, Liquid and Plastic limits of soil, shrinkage limit, Particle size distribution – mechanical method, Particle size distribution – hydrometer method; Specific gravity of soils. Unconfined compression test; California bearing ratio (CBR) test, Triaxial test – Without pore pressure measurement, Direct shear test, Consolidation test.CVE 501 – ENVIRONMENTAL ENGINEERING II (2-0-3 = 3 units)Introduction to the theory, design, construction operations and maintenance of facilities for treatment, pumping, storage distribution of water; and for collection, treatment and disposal of wastewaters.CVE 502 – CONSTRUCTION ENGINEERING (2-0-3 = 3 units)Planning of construction operation, including scheduling (bar charts, CPM, PERT, etc.) Selection of construction equipment. Factors affecting equipment output, Studies of tractors, excavators, trucks, etc. Introduction to various construction methods such as for drilling, rock blasting and tunnelling. Practical exercises include staking out of buildings and roads. Site visits and report-writing on same are also included.CVE 503 – GEOTECHNICAL ENGINEERING II (2-0-3 = 3 units)Earth retaining structures to include cantilever and anchored sheet pile walls, strutted excavations. Design of shallow foundations to include strips and rafts. Deep foundations to include piles, piers and caissons. Slope stability and Earth dams. Introduction to site investigation to include location of suitable highway subgrade materials.CVE 504 – ENGINEERING CONTRACTS AND SPECIFICATIONS (2-1-0 = 3units)Legal and professional relations in engineering preparation of specifications and Bill of Quantities. Contract laws, including essential elements of a valid contract. Labour laws, advertising. Contract documents. Legal aspects of construction supervision.CVE 505 – DESIGN OF STEEL STRUCTURES (2-0-3 = 3 units)Structural Steels – production, properties and shapes. Assumption of standard BS 5950. Connections – riveted, bolted and welded. Leads and their external and internal effects. Simple steel beams. Stanchions. Trusses. Plate girders. Example of the steel structure of industrial building. Student project.CVE 506 – ARCHITECTURAL AND STRUCTURAL DETAILING (0-0-3 = 1 unit)Review of dimensional awareness, techniques in drafting of engineering drawings, plan and profile. Preparation of structural drawings from architectural drawings. Structural detailing; reinforcement schedule; structural working drawings of Civil Engineering structures.CVE 509 – TRANSPORTATION ENGINEERING II (2-0-3 = 3 units)Principles of highway location – design and economics – Earth-work volume computations and development of mass haul diagrams. – Principles and design of Asphaltic Concrete, subgrade, sub-base surfacing and drainage for highways and airports – Construction and maintenance of pavements. Analysis, classification, and use of base materials – Compacted and stabilised soils. Highway safety – Introduction to Traffic.CVE 510 – ENGINEERING SYSTEMS ANALYSIS (2-1-0 = 3 units)Systems approach to planning, design and operation of large-scale physical systems; economic and engineering concepts; linear programming; network analysis; decision analysis; concepts of problem formulation, synthesis and analysis. Application to transportation, construction, water resources, building and other engineering problems.CVE 520 – STRUCTURAL ANALYSIS III (2-1-0 = 3 units)Structural analysis of deflections and other structural characteristics using methods of matrix algebra, including flexibility and stiffness methods. Limit analysis of plan frames. Principles governing design of special structures such as somas, shells, suspension bridges, etc.CVE 530 – APPLIED HYDROLOGY (2-0-2 = 3 units)Systems analysis applied to river basin planning and development; statistical concepts in hydrology; flood forecasting; flood risks and return periods. Introduction to Remote Sensing techniques.CVE 540 – TRANSPORTATION ENGINEERING III (2-1-0 = 3 units)Traffic controls and signals. Planning, design and maintenance of railways; airports and harbours. Urban mass transportation. Design and maintenance of bridges and tunnels.CVE 550 – ENVIRONMENTAL ENGINEERING III (2-0-2 = 3 units)Advanced treatment of the chemistry and microbiology of water and wastewater. Investigation and planning activities used for evaluating existing water and wastewater facilities, and for design and operation of new ones. Design of component parts of water and wastewater treatment units, including troughs, Parshall flumes, overflow weirs, etc.CVE 560 – GEOTECHNICAL ENGINEERING III (2-1-0 = 3 units)Further principles of site investigation to include bore holing for disturbed and undisturbed soils samples and for groundwater exploitation; soil reclamation. Tunnelling practice. Elastic theories and soil deformation. Introduction to design of machine foundation. Review of recent developments in geotechnical engineering practice to include use of clay soil for containment of hazardous waste and in slurring trench cut-off use of geotextiles and reinforced earth.CVE 570 – SOLID WASTE MANAGEMENT AND AIR POLLUTION CONTROL (2-1-0 = 3 units)Problems of urban refuse, garbage and other solid wastes. Methods of collection and disposal including incineration, composition, landfill, etc. Sources of air pollution, factors affecting movement of air pollutants. Quantitative and qualitative aspects of pollutants. Air pollution control methods.CVE 580 – DESIGN OF CONCRETE STRUCTURES III (2-1-0 = 3 units)Selected problems of R.C. structures; deep beams; brackets and corbels; beam-column joints in skeletons arch, shell and folded roofs; general problems of modern wall and skeleton buildings. Prestressed concrete structures: materials, methods of prestressing: systems of tendons and anchorages; losses of prestressing; analysis of P.C. section, design of Prestressed beams: development of P.C. structures. PROGRAMME WORKLOAD BY STUDENTSPART 1: HARMATTAN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsMTH 101Elementary Mathematics I4105PHY 101General Physics 13003PHY 107Experimental Physics 1A0031CHM 101Introductory Chemistry I3104CHM 103Introductory Experimental Chemistry 10031TPD 101Technology and Society1001SESpecial Elective2002SESpecial Elective2002152619PART 1: RAIN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsMTH 102Elementary Mathematics I4105MTH 104Vectors2002PHY 102General Physics II3003PHY 108Experimental Physics 1B0031CHM 102Introductory Chemistry I3104CHM 104Introductory Experimental Chemistry II0031SESpecial Elective2002SESpecial Elective2002162620PART II: HARMATTAN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsMTH 201Mathematical Methods IMTH 1023104MEE203Engineering Drawing I1032MEE205Engineering Mechanics I2103CSC201Computer Programming2033CHE201Engineering Thermodynamics2103EEE201Applied Electricity IPHY 1022002EEE291Applied Electricity Lab I0031MSE201Elements of Engineering Materials2033SESpecial Elective20021631223PART II: RAIN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsMTH 202Mathematical Methods IIMTH 2013104MEE204Engineering Drawing IIMEE 2031032CVE 202Strength of Materials*MEE 2052033CSC208Computer Technology CSC 2011032MEE206Engineering Mechanics IIMEE 2052103AGE 202Workshop Practice1032EEE202Applied Electricity IIEEE 2012002EEE292Applied Electricity Lab IIEEE 2910031SESpecial Elective20021421521LONG VACATIONCourse codeCourse titlePrereq/CoreqLTPUnitsCVE 200Student Work Experience Programme0093PART III: HARMATTAN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsMEE 303Fluid Mechanics IMEE 205/2062033MSE 303Mechanics of Materials CVE 2022033CHE 305Engineering Analysis IMTH 2022103CVE 301Surveying I**CSC 2012033GLY 201Geology for EngineersMEE 2052033CVE 303Introduction to Civil Engineering Practice**0031CVE 305HydrologyEEE 2012033SESpecial Elective20021411821PART III: RAIN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsCHE 306Engineering Analysis IICHE 3052103AGE 302Statistics for Engineers2002CVE 302Surveying II**CVE 3012033MEE 304Fluid Mechanics IIMEE 3032002MEE 394Fluid Mechanics Lab0031CVE 304Materials for Civil Engineering Construction2002CVE 394Materials for Civil Engineering Construction Lab.0031CVE 306Structural Analysis ICVE 2022033CVE 308Design of Concrete Structures I2033SESpecial Elective20021621222*Candidates who are admitted direct to Part III with HND are to take this course.**Candidates who are given direct entry Part III with HND are exempted from taken CVE 301 and CVE 302 (Surveying I and II) and CVE 303 – Introduction to Civil Engineering Practice.LONG VACATIONCourse codeCourse titlePrereq/CoreqLTPUnitsCVE 300Student Industrial Work Experience Scheme I00930093PART IV: HARMATTAN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsCHE 401Technical Report Writing2002CVE 403Hydraulic EngineeringMEE 3042002CVE 493Hydraulic Engineering Lab.0031CVE 405Environmental Engineering IMEE 3032002CVE 495Environmental Engineering Lab0031CVE 407Geotechnical Engineering I0031CVE 497Geotechnical Engineering Lab0031CVE 409Design of Concrete Structures IICVE 3082033CVE 411Structural Analysis IICVE 3062103CVE 413Transportation Engineering I2033SESpecial Elective20021611522PART IV: RAIN SEMESTER ANA LONG VACATIONCourse codeCourse titlePrereq/CoreqLTPUnitsCVE 400Student Industrial Work Experience Scheme II00186***CVE 410Engineering Valuation009300279*** To be registered for along with CVE 400, but course will be taught in the early part of the long vacation on campus.PART V: HARMATTAN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsTPD 501Industrial Economics2002TPD 503Industrial Law and Management2002CVE 501Environmental Engineering IICVE 4052033CVE 503Geotechnical Engineering IICVE 4072033CVE 505Design of Steel Structures2033CVE 509Transportation Engineering IICVE 4132033CVE 507Design/Research Project0093SESpecial Elective20021402121PART V: RAIN SEMESTERCourse codeCourse titlePrereq/CoreqLTPUnitsTPD 502Technology Policy2002CVE 502Construction Engineering 2033CVE 504Engineering Contracts and Specifications2103CVE 506Architectural and Structural Detailing0031CVE 508Design/Research ProjectCVE 5070093SEDepartmental Elective (2)*20021011518Departmental ElectivesCourse codeCourse titleLTPUnitsCVE 510Engineering Systems Analysis2103CVE 520Structural Analysis III2103CVE 530Applied Hydrology2033CVE 540Transportation Engineering III2103CVE 550Environmental Engineering III2033CVE 560Geotechnical Engineering III2103CVE 570Solid Waste Management and Air Pollution Control2103CVE 580Design of Concrete Structures III2103*To be approved by the Head of Department ................
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