|
|
||
|
Material Delivered in Undergraduate Civil Engineering Courses
ABET Criterion 3, (a, b, c, d, e, f, g, h, i, j, k)
(a) Ability to apply knowledge of mathematics, science, and engineering
Concept, principle, or skill related to ABET Criterion 3a Course
Understand the relative spatial location of points in and near the surface of the earth CVEN 2270
Understand force/position vectors in Static equilibrium CVEN 2301
Understand stress and strain concept, Analysis of deformable bodies CVEN 2372
Use mathematics principles to analyze scientific and engineering data CVEN 3290
Are able to apply chemical/mathematical principles in the analysis of water/wastewater CVEN 3310
Understand the concept of force equilibrium, calculate reactions, shear force, bending moment under static and dynamic loading conditions CVEN 3340
Understand the behavior of liquids at rest or in motion including fluid statics, kinematics, dynamics CVEN 3350
Are able to quantify runoff hydrograph response to Precipitation for a watershed CVEN 3360
Can conduct design of conventional water and wastewater treatment facility CVEN 3370
Understand the fundamental mechanics of soils, soil classification, soil compaction, permeability, seepage, consolidation, shear strength in soil CVEN 3390
Acquire working knowledge of the basic function of planning, scheduling, cost estimating in design and construction CVEN 4320
Are able to analyze the shallow and deep foundations, earth retaining structures CVEN 4340
Are able to analyze/calculate open channel flow, flow in pie network with pumps, flow thru floodplain CVEN 4350
Learn how to design reinforced concrete structures using math and science background CVEN 4380
Learn how to design steel structures using engineering science and principles CVEN 4390
Learn to apply regression analysis to relate laboratory and field test data CVEN 4345
Are able to use concept of fluid mechanics and hydrology to simulate fluid hydrograph from a watershed CVEN 4360
(b) Ability to design, conduct experiments , analyze and interpret data
Concept, principle, or skill related to ABET Criterion 3b Course
Are able to perform necessary computations for error adjustments, and analyze the measurements CVEN 2270
Are able to test specimens, collect raw data, operate lab equipment, analyze/interpret material behavior and properties CVEN 3200
Are able to design sampling scheme for data collection, analyze and interpret data outcomes CVEN 3290
Can conduct design experiment and collect samples for water and wastewater characterization, perform measurement, interpret results from treatment work CVEN 3310
Learn to conduct basic fluid mechanics lab experiments CVEN 3350
Learn to conduct experiments, analyze and interpret test results for soil classification, determine shear strength CVEN 3390
Can conduct a comprehensive practical design project in teamwork for senior capstone course CVEN 4212
Are able to conduct lab experiments, analyze/interpret test data for soil improvement CVEN 4345
(c) Ability to design a system/component, process to meet desired needs
Concept, principle, or skill related to ABET Criterion 3c Course
Are able to review the design of water and wastewater treatment system CVEN 3310
Are able to design various treatment units in the public owned treatment works CVEN 3370
Learn the requirement and process to design a system and/or components in capstone design course CVEN 4212
Are able to design reinforced concrete shallow foundation including footing thickness, reinforcement, dowels arrangement and connections CVEN 4340
Use ACI Code and Specifications to design reinforced concrete structural system and components CVEN 4380
Use AISC Code and Specifications to design steel structural system/components in various limit states CVEN 4390
Learn the various aspects and stages in building planning, design, and construction management CVEN 4310
Are able to design and investigate a complex geotechnical system using finite element method CVEN 4345
(d) Ability to function on multi-disciplinary teams
Concept, principle, or skill related to ABET Criterion 3d Course
Learn to perform team work in field measurement and computer project CVEN 2270
Participate in team work to perform multi-disciplinary design project involving major aspects of professional practice
Learn to work in a design team for reinforced concrete structural design project CVEN 4380
Are able to participate in team work for various computer projects and team presentation CVEN 4360
Learn to work in groups for team project using computer program in applications CVEN 4370
(e) Ability to identify, formulate, and solve engineering problems
Concept, principle or skill related to ABET Criterion 3e Course
Are able to draw free-body diagrams and solve for resultants, reactions and internal forces for a system of forces in equilibrium CVEN 2301
Are able to identify loads and stresses, solve for deformations and strains under combined load conditions CVEN 2372
Understand structural system formulation, load transfer path, determine unknown internal/external forces and deflections and rotations, analyze statically determinate/ indeterminate structural system and components CVEN 3340
Are able to calculate pressure distribution, flow rate, flow velocity, energy head loss, to design flood gates and pipe system CVEN 3350
Can calculate the hydrological parameters for design of hydraulic structures CVEN 3360
Learn the constrains of water pollution problems and find solutions using engineering principles CVEN 3370
Are able to perform feasibility study, identify project requirement and professional issues, to prepare for engineering solutions CVEN 4212
Are able to identify the design parameters, analyze and solve for footing settlement, skin friction, end bearing of piles, and lateral earth pressure. CVEN 4340
Learn to identify the hydraulic parameters, calculate and solve for open channel and pipe-network design CVEN 4350
Learn to formulate and design reinforced concrete structural system/components such as columns, beams, footings, roofs, one-way/two-way slabs, and frames CVEN 4380
Learn to formulate and design steel structural system and components, and solve for various limit states CVEN 4390
Acquire the knowledge of building system and its Requirements, the implementation of quality control CVEN 4310
Are able to identify and understand various models and parameters for hydrograph and water surface profile simulations. CVEN 4360
(f) Understanding professional and ethical responsibility
Concept, principle, or skill related to ABET Criterion 3f Course
Learn the role and responsibility of civil / environmental engineers in the design of public water wastewater treatment works CVEN 3370
Learn the importance of ethical and professional concepts in the design of civil engineering works CVEN 4110
Understand the professional requirements and ethical responsibility in all senior capstone design projects CVEN 4212
Learn the issues of economic, safety, reliability, aesthetic, professional issues, ethical responsibility CVEN 4310
(g) Ability to communicate effectively
Concept, principle, or skill related to ABET Criterion 3g Course
Are able to organize and prepare a written lab report on structural materials testing, data analysis and evaluation CVEN 3200
Learn the presentation of lab testing results and data analysis for soil characterization CVEN 3390
Can conduct oral and written presentations in case studies on ethics, design, and construction for civil engineering systems CVEN 4110
Learn oral and written communication skills for each group in the senior capstone design project CVEN 4212
Are able to conduct oral and written presentation on the final results in the engineering project management CVEN 4320
Learn to make oral and written presentation on reinforced concrete design project in team effort CVEN 4380
Enhance the communication skill by fulfillment the requirement of written reports on geotechnical projects CVEN 4345
Are able to work in team effort for various design projects and oral presentation CVEN4360
(h) Understand the impact of engineering solutions in a global and Social context
Concept, principle, or skill related to ABET Criterion 3h Course
Learn the economical, social, and aesthetical aspects of water/wastewater treatment design CVEN 3370
Learn the economic factors, safety, reliability, aesthetics, legal aspects, and social impact related to civil engineering CVEN 4110
Understand the social impact, ethics, economic issues, professional practice requirement for each senior capstone design project CVEN 4212
Learn the social and legal ramifications and the impact of global and social development CVEN 4320
(i) Recognizes the need for, ability to engage in life-long learning
Concept, principle, or skill related to ABET Criterion 3i Course
Acquire new directions and the need for advanced Water/wastewater treatment technology CVEN 3370
Recognize the need for life-long learning for issues in professional practice and construction management CVEN 4212
Learn the contemporary issues, the changes of economic factors and reliability in various engineering projects as well as in different countries CVEN 4320
(j) Understand the contemporary civil engineering issues
Concept, principle, or skill related to ABET Criterion 3j Course
Understand the applications of statistics from contemporary issues CVEN 3290
Learn the new directions of current water/ wastewater treatment technology CVEN 3310
Understand the design of water/wastewater treatment works for different water pollution problems CVEN 3370
Learn the contemporary engineering issues in the changes of legal documents and construction laws CVEN 4212
Understand the contemporary issues in the analysis of economic factors, reliability, aesthetics for engineering project management CVEN 4320
(k) Ability to use techniques, skills, and modern engineering tools necessary for engineering practice
Concept, principle, or skill related to ABET Criterion 3k Course
Are able to use computer program to compute the transverse adjustment CVEN 2270
Are able to calibrate electrical sensors, configure test machine to measure tension/compression test results CVEN 3290
Are able to use QBasic computer programs for flood gate design, and use PowerPoint for oral presentation CVEN 3350
Use Excel to solve various hydrological problems in comprehensive lab experiments, the state-of-art software HEC-HMS is also introduced CVEN 3360
Are able to use computer program FLAC 2D to analyze and design for shallow foundations CVEN 4340
Are able to use the computer programs such as FlowMaster, WaterCAD, and CulvertMaster to analyze and design for hydraulic problems CVEN 4350
Understand to use the computer software HEC-HMS And HEC-RAS for hydraulic and hydrological models CVEN 4360
Use the computer software AutoCAD 2005 in the analyze and design for various class projects CVEN 4370
|
|
|