PLANNED COURSE ROTATION FOR CAE COURSES
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1 Dept. of Civil, Architectural, and Environmental Engineering 1251 Memorial Drive McArthur Engineering Bldg., Rm 325 Coral Gables, FL Last Updated: August 22, 2017 PLANNED COURSE ROTATION FOR CAE COURSES The actual course offerings can be viewed online using CaneLink. For planning purposes, the course rotations are shown on the following pages. These include: Civil Engineering courses: Structures / Geotechnical / Transportation Architectural Engineering courses: MEP & Construction Civil Engineering courses: Water & Environmental Biomedical Engineering (BME) and Mechanical & Aerospace (MAE) graduate courses relevant to CAE (Structures and Architectural engineering) Example rotation: 3 Sections of CAE should be offered. 1 Combined section of CAE 520 and CAE 620 should be offered / / / Spring 2016 Page 1 / 7
2 CIVIL ENGINEERING COURSES: STRUCTURES / GEOTECHNICAL / TRANSPORTATION / / / Spring / / Fall / / / Spring 2017 Fall 2017 Spring 2018 Fall 2018 Spring 2019 Fall / / / / / / / / / / / / / Page 2 / 7
3 ARCHITECTURAL ENGINEERING COURSES: MEP & CONSTRUCTION* Spring / /681 Fall / Spring / / Fall 2017 Spring / / / /682 Fall / Spring / / Fall / Spring / / /682 Fall / *Note: CAE 582/682 and CAE 781 are offered once every 4 semesters. Page 3 / 7
4 CIVIL ENGINEERING COURSES: WATER & ENVIRONMENTAL Spring / Fall / / Spring / Fall / / /641 Spring / Fall / / /641 Spring / Fall / / SUMMARY OF GRADUATE COURSES Courses in Rotation: CAE 511/611 Advanced Structural Analysis CAE 520/620 Advanced Design of Concrete Structures CAE 521/621 Advanced Design of Steel Structures CAE 522/622 Design of Prestressed Concrete Structures CAE 523/623 Design of Masonry Structures CAE 525/625 Timber Structural Systems CAE 570/670 Advanced Foundation Engineering CAE 530/630 Water-Resources Engineering II CAE 533/633 Water-Quality Control in Natural Systems CAE 540/640 Environmental Chemistry CAE 541/641 Eng. Systems for Disease Control & Bioremediation CAE 542/642 Solid and Hazardous Waste Engineering CAE 560/660 Sustainable Construction Existing Courses NOT in Rotation: CAE 510/610 Structural Mechanics (take MAE 507/607) CAE 524/624 Design of Bridge Structures CAE 531/631 Surface-Water Hydrology CAE 532/632 Ground-Water Hydrology CAE 543/643 Air Pollution Control Engineering Page 4 / 7
5 CAE 561/661 Computer Aided Architectural Engineering Design CAE 581/681 Energy-Efficient Building Design CAE 582/682 Building Energy Modeling and Simulation CAE 711 CAE 712 CAE 714 CAE 716 Theory of Elasticity Structural Reliability Structural Dynamics Fracture Mechanics CAE 580/680 Hospital and Health Care Facility Design CAE 550/650 Advanced Highway Design CAE 551/651 Urban Traffic Control CAE 553/653 Transportation Systems Planning and Demand Modeling CAE 702 Finite Element Methods (Take MAE 705 or BME 687) CAE 713 Stability of Structures CAE 715 Plates and Shells CAE 730 CAE 735 CAE 743 Environmental Hydrology Water and Wastewater Eng.: Treatment and Reuse Risk Analysis CAE 731 Wastewater Treatment and System Design CAE 732 Water Treatment and System Design CAE 781 Advanced Building Energy Modeling and Simulation CAE 760 Computer-Integrated Architecture, Eng. and Construction CAE 780 Indoor Environmental Modeling Page 5 / 7
6 BIOMEDICAL ENGINEERING (BME) AND MECHANICAL & AEROSPACE (MAE) GRADUATE COURSES RELEVANT TO CAE (STRUCTURES AND ARCHITECTURAL ENGINEERING) Semester Graduate MAE BME Spring Fall Spring Fall /601 5/602 5/ /687 Spring / /687 Fall / /602 5/ /687 Spring / /687 Fall / / / /687 Spring / /687 Fall / / / /687 Spring / /687 Fall / / / /687 BME 587/687 Finite Element Analysis for Engineers; 3 credits Fall & Spring Semester Introduction to the finite-element method. Hands-on applications of FEMLAB software to the analysis of structural, thermal, chemical, electro-magnetic, optical, and fluid flow problems. PREREQUISITE: MTH 311 MAE 501/601 Methods of Engineering Analysis; 3 credits Fall Semester Analysis of engineering systems in equilibrium and motion. Examples considered from mechanical, electrical, thermal and fluids engineering. Mathematical theory and computer methods for obtaining numerical solutions are developed for various cases involving discrete and continuous systems. Lecture, 3 hours. PREREQUISITE: MAE 412, MTH 311 OR PERMISSION OF THE INSTRUCTOR. MAE 502/602 Vibrations; 3 credits Fall Semester Basic theory of free and forced vibrations of mechanical systems with and without damping. Applications to systems with one and several degrees of freedom are included. PREREQUISITE: MAE 202, 207, 412 OR PERMISSION OF INSTRUCTOR. MAE 507/607 Advanced Mechanics of Solids; 3 credits Spring Semester Course discusses the basic elements of elasticity, plasticity, and viscoelasticity. Application to mechanical systems at rest and in motion are included. PREREQUISITE: MAE 202, 207, SENIOR STANDING OR PERMISSION OF INSTRUCTOR. Page 6 / 7
7 MAE 512/612 Intermediate Fluid Mechanics; 3 credits Fall Semester Course topics include conservation of mass, momentum, and energy, potential flow, viscous laminar and turbulent flows, the Reynolds analogy, and Boundarylayer approximations. Gas dynamics are also discussed. PREREQUISITE: MAE 309. MAE 516/616 Introduction to Composite Materials 3.00 credits Offered By Announcement Only Course provides an introduction to composite materials and terminology. Topics include advantages offered by composite materials, current aerospace, automotive, and bio-mechanics applications, experimental results, analytical models, and effects of impact and fatigue loads. The environment s impact on composite materials performance and design procedures are discussed. Case studies examining composite materials as efficient replacements are also included. MAE 705 Finite Element Methods in Mechanical and Aerospace Engineering; 3 credits Spring Semester Finite-element analysis methods for static and dynamic analysis of mechanical and aerospace structures, heat transfer analysis, and fluid flow applications. Primary emphasis is placed on underlying mechanics and numerical techniques. Consideration is also given to the use of existing programs, such as ANSYS, NASTRAN and FIDAP, designing proper meshes, and choosing the proper element. A term project is included. PREREQUISITE: MAE 501, 507 OR PERMISSION OF INSTRUCTOR. MAE 714 Computational Fluid Dynamics; 3 credits Spring Semester Incompressible flow equations in rectangular co-ordinates. Topics include basic computational methods for incompressible flow, three dimensional flows, compressible flow equations in rectangular coordinates, basic computational methods for compressible flows, treatment of shocks, artificial viscosities, convergence, other mesh systems, programming, testing, and information processing. PREREQUISITE: MAE 512. Page 7 / 7
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