4units Traditional Chinese culture in light of contemporary values. Ideographs, folk tales, festivals, creeds and customs, myths and superstitions, opera and the arts, women, the art of living.
4units Introduction to study of Chinese dialects and Mandarin grammar from historical viewpoint, with reference to early development and present diversity. Emphasis on the writing system and areal features of the language.
Prerequisite(s):CHIN 25B or instructor consent. Grading: Graded
4units Readings in selected aspects of Chinese culture, e.g., philosophical, social, political, historical. Texts may be chosen from scholarly essays, newspaper articles or creative narrative. May be repeated when content changes.
Course may be repeated for credit for up to 8 units.
Prerequisite(s):CHIN 101B or instructor consent Grading: Graded
4units Chinese 132 provides a focus on the use of Chinese for various professions, and examines in depth selected topics in regard to Chinese in the professional world. Course repeatable when content changes.
Course may be repeated for credit for up to 8 units.
Prerequisite(s):CHIN 25B or instructor consent. Grading: Graded
CHIN 140 - Chinese Culture and Politics Through Literature
3units Exploration of the interaction between culture, politics and literature as reflected in the contemporary (post-1949) narrative, poetry and drama of China, Taiwan and Hong Kong.
SatisfiesSJSU Studies V: Culture, Civil & Global Understanding
Prerequisite(s): Passage of the Writing Skills Test (WST) or ENGL 100A / LLD 100A with a C or better (C- not accepted), completion of Core General Education and upper division standing are prerequisites to all SJSU studies courses. Completion of, or co-registration in, 100W is strongly recommended. Grading: Graded
Note(s): All of SJSU Studies courses require completion of the WST and upper division standing. Taught in English.
Cross-listed with ASIA 140. World Languages and Literatures is responsible for scheduling.
1-6units Study Abroad and Away transfer credit course. Study Abroad and Away provides students the opportunity to study abroad on long term programs (Exchange Programs, CSU International Programs, and International Student Exchange Programs) and short-term programs (Faculty-Led Programs and Summer School Abroad Programs) for academic credit, offering Alternative Break Programs for cultural immersion, and designing other globally focused opportunities. This course is designated as a placeholder course for Study Abroad and Away programs.
3units Theory and practice of engineering measurements. Techniques and instruments used establishing horizontal and vertical control. Topographic methods.
Lecture 2 hours/Lab 3 hours.
Prerequisite(s):MATH 19 (or eligibility for MATH 30 or MATH 30X). Allowed Declared Majors: Civil Engineering, and Geology. Grading: Graded
3units Detailed study of bodies in equilibrium to provide background for advanced study of engineering mechanics. Applications to general three-dimensional bodies and structural systems. Topics include free body diagrams, centroids, internal forces, distributed loads, moments of inertia and friction.
2units Introduction to the study of two-dimensional bodies in equilibrium. Applications to two-dimensional particles and structural systems. Topics include free body diagrams, centroids, and moments of inertia.
Prerequisite(s):MATH 31 and PHYS 50. Computer Engineering and Software Engineering majors only. Grading: Graded
3units Fundamentals of geographic information systems (GIS) for civil engineering applications. Topics include: GIS data types, projections, coordinate transformations, spatial analysis approaches, raster and vector analyses, and map generation.
3units Stress distributions, strain, stresses and deformations in machines and structures subject to axial, bending and torsional loads, including combined loads. Stability of columns.
Prerequisite(s):CE 95 or CE 99, MATH 33A. Allowed Declared Majors: Any Engineering. Grading: Graded
1units Experimental stress analysis. Verification of theoretical models through testing. Deflection of beams, inelastic bending and column instability.
Prerequisite(s):CE 112. Allowed Declared Majors: Any Engineering. Grading: Graded
1units Properties, testing and design of civil engineering construction materials, including aggregates for concrete and bituminous mixes. Theory and design of bituminous and portland cement-aggregate mixes.
3units Principles, theories, practices in transportation engineering design; planning surveys and data analysis; traffic flow characteristics; location and geometric design of systems to include highways, rail, airports, waterways and pipelines. Problems in planning, design and operations.
3units Design of traffic control systems to include traffic signals and other traffic control devices for safe and efficient vehicular flow; traffic surveys; traffic operations.
3units Geometric design of highways and streets. Discussion of design policy. Safety and operational features as well as the evaluation of improvements.
Prerequisite(s):CE 121 or graduate standing Grading: Graded
3units Introduction to construction engineering, construction contract types, contracting documents, project delivery methods, owner-engineer-contractor relationships, professional liability, engineering ethics, construction cost estimates, construction planning, basic concepts and techniques of scheduling, creating CPM scheduling, updating and reporting a schedule.
3units Methods of planning and controlling construction including the participants, processes and techniques required to maintain the life cycle of a construction project. Planning construction operations, estimating, analyzing the bid process, jobsite operations and functions, safety, quality and scheduling.
Prerequisite(s):CE 131 or Graduate standing. Junior Standing in Engineering. Grading: Graded
3units Soil as an engineering material; Classification, compaction, consolidation, shear strength, and permeability of soils; Basic design concepts for bearing capacity of shallow foundations, lateral earth pressures and slope stability.
Misc/Lab: Lecture 2 hours/lab 3 hours.
Prerequisite(s):CE 20, CE 112, ME 111, ENGR 100W. Allowed Declared Majors: Civil Engineering, Geology. Grading: Graded
3units Flow of water through soil; Groundwater and Geologic Processes; Flow nets for soil barriers; Pollutant Flow and Remediation; Seepage; Construction Dewatering.
Prerequisite(s):CE 140 and CE 150 or graduate standing. Grading: Graded
3units Use of field data in Geotechnical design; Design of shallow foundations for bearing capacity and settlement; Design of deep foundations for shear and tip resistance; Analysis of mat foundations. Design of retaining walls.
Prerequisite(s):CE 140 or graduate standing Grading: Graded
3units Analysis and design of open channels and pipe networks. Introduction to hydraulic structures, machinery, basic hydrology, and computer modeling. Social impacts of Civil Engineering.
3units Analysis of statically determinate beams, frames, and plane trusses. Force method of analysis of statically indeterminate structures. Applications to building design. Introduction to computer analysis.
Misc/Lab: Lecture 2 hours/computation period 3 hours.
Prerequisite(s):CE 20, CE 112, and ME 101. Allowed Declared Major: Civil Engineering. Grading: Graded
3units Strength design and alternative load and strength reduction factor theories of reinforced concrete. Design of beams, Slabs, compression members, foundations and building frames. Design project required. Social impacts of Civil Engineering.
Lecture 2 hours/Design Period 3 hours.
Prerequisite(s):CE 120, CE 160, and ENGR 100W. Allowed Declared Major: Civil Engineering. Grading: Graded
3units Design of structural elements for wood buildings. Horizontal and vertical plywood diaphragms for seismic and wind loads. Tension members, beams, columns and connections. Design project using the National Design Specifications and the Uniform Building Code.
Prerequisite(s):CE 160 and graduate standing Grading: Graded
3units Introduction to environmental (water, air and land) pollution problem, surface water and groundwater quality, water and wastewater treatment processes, drinking water and wastewater treatment flowsheets, design of drinking water treatment processes, contemporary environmental issues, and environmental sustainability.
CE 171 - Environmental Engineering Analysis and Design
3units Fundamentals of environmental systems and design: Pollution flow and concentration, pollution materials balance, reaction kinetics for destruction of pollutants, pollution control reactor analysis and design, application in the design of water and wastewater treatment processes.
Prerequisite(s):CE 170 and graduate standing Grading: Graded
3units Introduction to engineering analysis, planning and design problems associated with storage, collection, processing, treatment and disposal of solid waste.
Prerequisite(s):CE 170 or graduate standing. Grading: Graded
3units Introduction to environmentally conscious engineering and pollution prevention for sustainable environment, and a review of impact of engineering projects, processes and products on the environment.
Prerequisite(s):CE 170 or graduate standing Grading: Graded
CE 174 - Design of Water Distribution and Wastewater Collection Systems
3units Application of environmental engineering and fluid mechanics to the design of water distribution systems, wastewater collection systems, water/wastewater storage systems, and appurtenances.
1-3units Individual work on special topics by arrangement. Repeatable: Repeatable for credit.
Prerequisite(s): Upper division standing. Allowed Declared Major: Civil Engineering. Not available to Open University Students. Grading: Credit/No Credit
3units Principles of systems design for civil engineers, including formulation of project objectives, constraints, problem statements, alternatives generation, alternatives evaluation and decision analysis. Principles demonstrated through case studies.
CE 185 - Undergraduate Curricular Practical Training
1units Fieldwork for Civil Engineering undergraduate students. A report is required at the end of the semester addressing goals set at the start of the assignment.
Course is repeatable once for credit.
Prerequisite(s): Upper division standing, in good standing, and completed at least two semesters of bachelor’s level work at SJSU. Allowed Declared Majors: Civil Engineering. Grading: Credit / No Credit
1-12units Study Abroad and Away transfer credit course. Study Abroad and Away provides students the opportunity to study abroad on long term programs (Exchange Programs, CSU International Programs, and International Student Exchange Programs) and short-term programs (Faculty-Led Programs and Summer School Abroad Programs) for academic credit, offering Alternative Break Programs for cultural immersion, and designing other globally focused opportunities. This course is designated as a placeholder course for Study Abroad and Away programs.
3units Beams on elastic foundations, curved beams, torsion of non-circular sections, introduction to the theory of elasticity, three dimensional stress and strain, failure theories, deep beams.
Prerequisite(s):CE 160 and MATH 33A (or equivalent). Grading: Graded
3units Analysis of lumped and distributed parameter systems subject to dynamic loading; matrix analysis and orthogonal functions applied to beams, frames and complex structures. Introduction to earthquake response spectrum analysis.
3units Advanced study of the theories and practices in the structural design of flexible and rigid pavements for highways and airports; magnitude and arrangement of wheel loads; stresses in flexible and rigid pavements; pavement behavior under moving loads; design of bases and subbases; methods of structural design of flexible and rigid pavements; pavement evaluation, strengthening and selection criteria; accelerated traffic and loading tests.
Prerequisite(s):CE 120 and CE 140 (or equivalent). Grading: Graded
3units Advanced study of highway location and design principles; advanced analysis of criteria controlling geometric design of highways including design speed, design volume, vehicle requirements and capacity; advanced theory and practice in the design of alignment, grade and cross-section; design of intersections and interchanges; access control, frontage roads.
3units Technical and economic evaluation of transportation improvements; capacity restraints; geometric design factors, location and relocation principles; optimization theory in transportation system design; user costs and benefits; transport equipment; operation and safety; economic impact, construction and maintenance practices; intergovernmental coordination, cooperation, responsibility and financial participation.
3units Flow, density and speed characteristics. Capacity and level of service analysis of transportation facilities with emphasis on highways and streets. Analysis of strategies and tactics, including traffic control, related to optimal use of facilities.
3units Performance characteristics of public transportation systems. Planning, design and operational issues related to public transportation systems. Emerging technologies.
3units Presentation and discussion of special topics in transportation engineering. Topics may vary each semester. Course may be repeated with instructor consent.
Prerequisite(s): Graduate standing or instructor consent. Grading: Graded
CE 232 - Construction Estimating and Cost Analysis
3units Estimating and bid preparation in the construction industry including cost analysis techniques for labor, materials, equipment and overhead costs on a construction project. Development of schedules and networks for construction.
Prerequisite(s):CE 130 and CE 131. Grading: Graded
3units Overall aspects of productivity improvement for construction operations. Quantitative methods for measuring, analyzing and improving productivity at job sites. Concepts of computer simulation to study, plan and optimize construction operations.
Prerequisite(s):CE 132 or instructor consent. Grading: Graded
3units Green construction processes, sustainable construction materials, material recycling and reuse in construction, green construction policy, green building case study, economic analysis of green buildings, and LEED rating systems and certification.
3units Provides the principles and techniques of construction project management and develops the engineering project management skills necessary o successfully participate in the management of the project delivery process.
Prerequisite(s):CE 131 or instructor consent. Grading: Graded
3units Provides information technology applications in construction, from traditional computer applications to emerging web-based and mobile technologies. Design, development, and implementation of decision support systems for construction management applications.
Prerequisite(s):CE 131 or instructor consent. Grading: Graded
3units Advanced study of classical and modern soil mechanics theories, including: consolidation, stress and deformation, shear strength. In-depth discussion of stress paths, flow nets and stress variants.
3units Advanced analysis of foundation design for atypical soil conditions. Seismic design of foundations. Laterally loaded foundations. Structural design of shallow foundations.
Prerequisite(s): CE 141 (or equivalent). Grading: Graded
3units Meetings for the presentation and discussion of special topics and case histories of significant engineering projects by the faculty, guest lecturers and graduate students. Topics will vary each semester. May be repeated for credit when content changes.
3units Wave propagation in soils, seismology, fundamentals of dynamic soil behavior, seismic hazard analysis, site effects, liquefaction, and seismic design.
3units Design of classic retaining walls using lateral earth pressure theory; Slope stability of earthen embankments, cut slopes and natural slopes; Design of modern earth-retention systems, including soil nails, mechanically-stabilized earth walls, soil anchors, etc.
Prerequisite(s):CE 140 or instructor consent Grading: Graded
CE 248 - Forensic Engineering and Failure Analysis
3units Analysis of civil engineering failures. Investigation into causes of failure, implications of failure and lessons learned from failure. Legal obligations and responsibilities of ethical engineers.
3units Technical, economic, legal, political, environmental and social factors in decision-making in water project planning and water resources development and management.
3units Introduction to sediment transport; concepts of bedload, suspended load, bed formation, stable channels and regime theory; environmental issues.
CE 258 - GIS Applications in Water Resources Engineering
3units Geographic Information Systems (GIS) Applications in hydrology and water supply, spatial analysis, Digital Elevation Model (DEM), pre and post processing of hydrologic model
Prerequisite(s):CE 150 or instructor consent Grading: Graded
3units Linear static and dynamic analysis of structures by matrix methods, including sidesway of frames and multistory buildings. Introduction to finite element analysis of structural systems. Discussion of computer-aided design of structures.
3units Design of beams, columns, slabs, walls and connections according to provisions of the American Concrete Institute. Advanced topics in compression elements, shear torsion and development. Elements of bridge and building systems.
Prerequisite(s):CE 160 and CE 162 (or equivalent). Grading: Graded
3units Design of frames, shear walls and other building systems to resist earthquake accelerations. Applications of dynamic analysis. Introduction to performance-based engineering.
Corequisite(s):CE 212 or instructor consent. Grading: Graded
3units LRFD (Load Resistant Design) of steel structures, including buildings and bridges. Detailing of steel frames for seismic resistance. Structural details of connections.
3units Concepts in reinforced masonry, seismic isolation, structural retrofitting, computer aided design and modern construction materials. Topics to be specified at beginning of semester. May be repeated for credit when content changes.
CE 271 - Physical/Chemical Processes in Environmental Pollution Control
3units Theory, analysis and engineering design of physical and chemical systems in environmental pollution control. Topics include mechanisms involved in physical/chemical destruction of pollutants, clarification, softening, coagulation and others.
Prerequisite(s):CE 170 or instructor consent. Grading: Graded
CE 272 - Biological Processes in Environmental Pollution Control
3units Theory, analysis and engineering design of biological systems in environmental pollution control. Topics include mechanism of biological destruction of pollutants, aerobic and anaerobic processes, nutrient removals and others.
Prerequisite(s):CE 170 or instructor consent. Grading: Graded
3units Studies in the theory, design and operation of traditional primary and secondary sewage treatment facilities. Review of water pollution control laws and regulations.
Prerequisite(s):CE 170 or instructor consent. Grading: Graded
3units Solids production at water and wastewater treatment plants, types, characteristics, processing, management and reuse including biofuel production from wastewater biosolids, and disposal of residual matter.
Prerequisite(s):CE 271 and CE 272. Grading: Graded
1units Fieldwork for Civil Engineering graduate students. A report is required at the end of the semester addressing goals set at the start of the assignment.
Course is repeatable once for credit.
Prerequisite(s): Graduate standing, classified, in good standing, and completed at least one semesters of master’s level work at SJSU. Allowed Declared Majors: Civil Engineering. Or instructor consent.
3units Course examines role of communication in developing/maintaining human relationships. Discussion focuses on relational communication processes as they occur in various settings, such as the intercultural, the family, the intimate, the organizational, the public and between/within genders.
3units Live performance used as a method for exploring human behavior as it occurs within contemporary cultures and societies. Performance assignments will draw from among the following: performance of texts, street performance, personal narrative, oral history, everyday life, and social justice.
3units Critical reasoning and problem solving in group discussion. Examination of the relationship between critical decision-making and group communication. Practice in-group problem solving as a means for developing critical thinking skills.
SatisfiesA3: Critical Thinking
Prerequisite(s): Completion of GE Areas A1 and A2 each with grades of C- or better Grading: Graded
3units Application of critical thinking, writing, and oral communication skills in the analysis of media representations of culture. Practice in reasoning, advocating ideas, researching and evaluating arguments, developing well supported factual conclusions, and engaging in meaningful dialogue on diverse issues.
SatisfiesA3: Critical Thinking
Prerequisite(s): Completion of GE Areas A1 and A2 each with grades of C- or better Grading: Graded