| semester | number | title | description |
| FA08 | CES 6726 | Advanced Concrete Design | Advanced topics in concrete designs. Topics include torsion, two-way floor systems, composite construction, slabs on grade and deep beams. |
| FA08 | CGN 6933 | Biological Principles of Environmental Engineering | This course improves the student’s knowledge and problem solving skills with respect to the Biological Principles used by Environmental Engineers to design biological processes. Students will learn about microbial physiology and metabolism, and current methods used to understand bioprocesses. |
| FA08 | COT 6405 | Intro to Theory of Algorithms | Analysis techniques for algorithms. Characterizing algorithms in terms of recurrence relations, solution of recurrence relations, upper and lower bounds. Graph problems, parallel, algorithms, nondeterministic polynomial time completeness and approximation algorithms, with relationship to practical problems. |
| FA08 | ECH 5931 | Solar Energy Fundamentals & Applications | Nature and availability of solar radiation, thermal collection and storage, conversion to heat for heating, cooling and industrial process heat, conversion to electricity by thermal power and photovoltaics, solar environmental application by photocatalysis. Textbook: Goswami, D.Y., Kreith, F. and Kreider, J., Principles of Solar Engineering, (2nd Ed.) Taylor and Francis Publishers, NY, NY |
| FA08 | ECH 6412 | Processes in Analysis and Modeling | Computer-controlled data acquisition and analysis aimed development and evaluation of empirical and physical models of chemical and mechanical engineering processes. |
| FA08 | EEE 4351C | Semiconductor Devices | An introduction to the fundamentals of semiconductor materials and semiconductor device operation. |
| FA08 | EEL 4102 | Linear Systems Analysis | Provides further study in the analysis of linear networks and systems. Includes time and frequency domain points of view. Laplace, Fourier and superposition integrals. |
| FA08 | EEL 4421 | RF/MW Circuits I | This course covers passive RF/microwave circuit design and distributed transmissions line/interconnect analysis. Additional topics include equivalent circuit modeling, numerical EM simulation using commercial CAD tools, and differential circuit analysis. |
| FA08 | EEL 4423L | Wirelss Circuits/Systems Lab | This class will provide introductory tutorial learning, plus hands-on experience in analysis, design and measurement in the field of wireless communications. |
| FA08 | EEL 4657 | Linear Control Systems | Introduction to the analysis and design of linear feedback control systems. Covers block diagrams, flow charts, Bode, Nyquist, and root locus techniques. |
| FA08 | EEL 4705 | Logic Design | Binary number systems; truth functions; Boolean algebra; canonical forms; minimization of combinational logic circuits; synchronous logic circuits in computers. |
| FA08 | EEL 4744 | Microprocessors | Functional Description. Arithmetic and Logic capabilities. Control and Timing. Interrupts and priority systems. Software design and documentation. Distributed function processing. |
| FA08 | EEL 4756 | Digital Signal Processing | Digital signals and Fourier transforms. Z-transforms, digital filter networks; DFT, DCT, and fast transforms. Design of IIR and FIR filters; quantization effects. Multi-rate processing; interpolation and decimation. |
| FA08 | EEL 4935 | VHDL | To familiarize the student with an operable set of the language theoretic aspects of VHDL. To show how VHDL can be a formal mechanism to converse with design automation tools. To ensure that the student is well grounded for future study of an HDL specifically VHDL, that is rapidly becoming an international interoperability standard for design automation. |
| FA08 | EEL 4935 | Electric Mach & Drives | Principles of electromechanical energy conversion; modeling, analysis & aspects of classic DC and AC machines. Intro to power electronic converters used to control electric machines; converter/ motor system performance; characterization and evaluations to include stepper, variable inductance & brushless DC motors. |
| FA08 | EEL 4936 | Power System Protection | This course deal with protection of power apparatus and systems, fuses ,voltage and current transducers . Relays, coordination of relays. Pilot channels,grounding practices. Surge phenomenon, Insulation coordination. |
| FA08 | EEL 4936 | Wireless Comm. Lab | An extensive hands-on introduction to digital communications and wireless communication systems; involving testing, modeling, simulation and measurements of the performance of digital communication systems at both sub-system and complete system levels. Not available on an S/U basis. |
| FA08 | EEL 4936 | Industrial Power Distribution | Analysis techniques for AC power systems including principles of utility electric power systems, basic analysis techniques for three phase systems, transmission line modeling, power flow analysis, introduction to fault analysis. |
| FA08 | EEL 4936 | Microsystems and Mems Tech | The objectives of this course are:- to introduce the concept of MEMS and Microsystems, - to introduce the processes used in MEMS fabrication, - to introduce the basic principles of micromachined sensors and sensing modalities, - to discuss the challenges and limitations in their design and fabrication, - to introduce students to writing research proposals enabling them to apply general micromachining principles to build novel devices. |
| FA08 | EEL 5250 | Power Systems Analysis | Analysis techniques for AC power systems including principles of utility electric power systems, basic analysis techniques for three phase systems, transmission line modeling, power flow analysis, introduction to fault analysis. |
| FA08 | EEL 5462 | Antenna Theory | Antenna theory beginning with fundamental parameter definitions and continuing with mathematical concepts, elemental antennas and arrays. |
| FA08 | EEL 5936 | Wireless Systems | Wireless system focuses on operating principles, design and evaluation of r.f., microwave, millimeter and sub-millimeter wave sub-systems and their overall impacts on system performance. |
| FA08 | EEL 5936 | Wireless Circuits/Systems Lab | PR: EEL 4411 An extensive hands-on introduction to wireless radio frequency and microwave circuits and systems, involving modern measurements, fabrication and computer aided design experiences at both component and sub-system levels. Not available on an S/U basis. Graduate section. |
| FA08 | EEL 6226 | Microsystems and Mems Tech | The objectives of this course are:- to introduce the concept of MEMS and Microsystems, - to introduce the processes used in MEMS fabrication, - to introduce the basic principles of micromachined sensors and sensing modalities, - to discuss the challenges and limitations in their design and fabrication, - to introduce students to writing research proposals enabling them to apply general micromachining principles to build novel devices. |
| FA08 | EEL 6426 | RF/Microwave I | Provides an introduction to passive RF/microwave/wireless circuit design. Topics to be covered include distributed distributed transmission line theory, lumped circuit and network analysis, impedance matching, and the design of various microwave components. |
| FA08 | EEL 6486 | Electromagnetic Field Theory | Time harmonic electromagnetic fields emphasizing problems in transmission lines and electric power transmission. |
| FA08 | EEL 6502 | Digital Signal Processing I | Digital signals and Fourier transforms. Z-transforms, digital filter networks; DFT, DCT, and fast transforms. Design of IIR and FIR filters; quantization effects. Multi-rate processing; interpolation and decimation. |
| FA08 | EEL 6534 | Digital Communications | Digital communication & information theory. Random processes & Markov chains. Communication channels including optical and microwave. Digital modulation and demodulation. Detection theory; matched filter, sequence detection. |
| FA08 | EEL 6545 | Random Processes in Electrical Engineering | LECTURE WEB ONLY. Review of probability theory, functions of random variables; examples in electrical engineering. Sequences of random variables. Concepts in random processes, correlation functions, power spectrum, random inputs to linear systems. Spectral analysis. Applications to Engineering systems. |
| FA08 | EEL 6593 | Mobile and Personal Communication | Characteristics of wireless mobile channels indoor and outdoor ; multipath and shadow fading, frequency reuse; micro and pico cells; base-station and portable units. Cell coverage, blocking, and co- channel interference. TDMA, FDMA, CDMA and hybrid approaches to multiple access. Protocols, hand- over. Voice, data, and multi-media over wireless indoor channels. |
| FA08 | EEL 6764 | Principles of Computer Architecture | Arithmetic algorithms, CPU speedup techniques, memory hierarchies, virtual memory, input-output. Study of the number systems and the algorithms used for digital arithmetic computation with emphasis on their implementation, speed and reliability considerations. |
| FA08 | EEL 6935 | VHDL | To familiarize the student with an operable set of the language theoretic aspects of VHDL. To show how VHDL can be a formal mechanism to converse with design automation tools. To ensure that the student is well grounded for future study of an HDL specifically VHDL, that is rapidly becoming an international interoperability standard for design automation. |
| FA08 | EEL 6935 | Industrial Power Distribution | This comprehensive course is designed for upper-level undergraduate and graduate students planning to work in industrial facilities, as well as for practicing engineers who deal with power distribution within industrail facilities. |
| FA08 | EEL 6935 | Power System Protection | This course deal with protection of power apparatus and systems, fuses ,voltage and current transducers . Relays, coordination of relays. Pilot channels,grounding practices. Surge phenomenon, Insulation coordination. |
| FA08 | EEL 6936 | Electric Machines and Drives | Principles of electromechanical energy conversion; modeling, analysis & aspects of classic DC and AC machines. Intro to power electronic converters used to control electric machines; converter/ motor system performance; characterization and evaluations to include stepper, variable inductance & brushless DC motors. |
| FA08 | EEL 6936 | Engineering Applications of Complex Analysis | LECTURE WEB ONLY. Analytic functions, conformal mapping, residue theory, Laurent series, transforms. Applications to various problems in engineering and physics. |
| FA08 | EEL 6936 | Engineering Applications of Vector Analysis | LECTURE WEB ONLY. Vector methods in electromagnetism and fluid mechanics. Vector operators, line and flux integrals, potential and transport theorems, applications. |
| FA08 | EEL 6936 | Wireless Seminar | Weekly seminars cover basic principles as well as contemporary topics in such rapidly evolving application areas as communications, micro-electronics, radar and remote sensing. Emphasis is placed on applications involving frequencies in the 100 MHz to 1000 GHz range, which includes the Radio Frequency and Microwave spectra. Topics are presented by local and on-campus guest speakers. |
| FA08 | EEL 6936 | Wireless Comm Lab | An extensive hands-on introduction to digital communications and wireless communication systems; involving testing, modeling, simulation and measurements of the performance of digital communication systems at both sub-system and complete system levels. Not available on an S/U basis. |
| FA08 | EGN 2080 | Light and the Arts | Physical and aesthetic aspects of light. Elementary physics of light sources, waves and photons, human vision. Color and intensity effects in well-known paintings photographs, films. Theatrical lighting Holography. |
| FA08 | EGN 3373 | Introduction to Electrical Systems I | A course in linear passive circuits. Physical principles and modes. Transient and steady-state analysis. |
| FA08 | EGN 3443 | Prob & Stats for Engr | An introduction to the basic concepts of statistical analysis with special emphasis on engineering applications. |
| FA08 | EGN 3615 | Engineering Economy with Social & Global Implications | LECTURE WEB ONLY. Presents basic economic models used to evaluate engineering activities and an understanding of the social and ethical implications of financial decisions in a multicultural environment through lectures, case studies and current readings. |
| FA08 | EGN 3835 | Globalization & Technology | Exploration of the fundamental processes underlying globalization with particular emphasis on the role of technological development in both historical and contemporary context. This course is part of the University of South Florida’s Foundations of Knowledge and Learning Core Curriculum. |
| FA08 | EGN 5421 | Engineering Applications of Vector Analysis | LECTURE WEB ONLY. Vector methods in electromagnetism and fluid mechanics. Vector operators, line and flux integrals, potential and transport theorems, applications. |
| FA08 | EGN 5424 | Engineering Application of Complex Analysis | LECTURE WEB ONLY. Analytic functions, conformal mapping, residue theory, Laurent series, transforms. Applications to various problems in engineering and physics. |
| FA08 | EIN 4312 | Work Analysis | Operation analysis and workspace design, work measurement, standard data, ergonomics, and labor costing. |
| FA08 | EIN 4352 | Engineering Cost Analysis | This is a non-repeatable course restricted to Industrial Engineering majors. It provides students with the principles and techniques for the cost analysis, estimatiion and evaluation of engineering design in service and manufacturing organizations. |
| FA08 | EIN 4364 | Facilities Design I | Design and modification of industrial production and material handling facilites. Basic analysis techniques, use of computer programs, automated warehousing. |
| FA08 | EIN 4621 | Manufacturing Processes | On-campus Lab Required. The study of basic manufacturing processes and precision assembly. CAD/CAM including NC programming. ON CAMPUS LAB REQUIRED. Please see OASIS for time. |
| FA08 | EIN 4933 | Occupational Safety | LECTURE WEB ONLY. An introduction to the principles of designing, maintaining and managing a workplace free from hazards. Detailed coverage of the OSHA Standard 1910 for General Industry. Students will qualify for a 30-hour OSHA certificate on successful completion of the course. Term project required. |
| FA08 | EIN 4933 | Principles of Engineering Management | Introduction to the fundamentals of planning, organizing and leadership as needed by engineers, scientists, and other professionals considering managerial positions. |
| FA08 | EIN 4933 | TQM Concepts | Presents and discusses the foundations of Total Quality Management (TQM) including the historical development, the philosophy and principles of TQM, the tools and techniques used and the issues associated with implementation. |
| FA08 | EIN 4933 | Construction Safety | Basic introduction to OSHA safety requirements for the construction industry. Students will receive an OSHA certificate upon satisfactory completion of the course. |
| FA08 | EIN 5174 | TQM Concepts | Presents and discusses the foundations of Total Quality Management (TQM) including the historical development, the philosophy and principles of TQM, the tools and techniques used and the issues associated with implementation. |
| FA08 | EIN 5182 | Principles of EM | Introduction to the fundamentals of planning, organizing and leadership as needed by engineers, scientists, and other professionals considering managerial positions. |
| FA08 | EIN 5510 | Manufacturing Systems Analysis | The study of systems of manufacturing entities, such as machine tools, robots and materials handlers. Emphasis is on mathematical description of integrated systems and system optimization. |
| FA08 | EIN 6106 | Technology and Law | Selected topics related to the relationships between and among technology, law and social policy, including governmental regulation, products liability, professional liability, contract negotiation and formation, and developments and trends affecting engineering professionals. |
| FA08 | EIN 6108 | Human Relations | LECTURE WEB ONLY. Human relations, understanding oneself, understanding other people, influencing and motivation performance, improving moral and discipline, and self appraisal and analysis for the technical manager. Web only."PDQ" |
| FA08 | EIN 6183 | Engineering Management Policies & Strategies | Strategic planning and policy formulation in technical and scientific organizations. General managers in the middle. Translation of strategic plans into action plans and implementation of the strategic change process. This is a capstone course in the EM program to be taken during the last semester of the student's program. |
| FA08 | EIN 6216 | Occupational Safety | LECTURE WEB ONLY. Introduction to the principles of designing, maintaining, and managing a workplace free from hazards. Covers mechanical hazards, fall and lifting hazards, climatic and environmental hazards, electrical hazards, fire and explo- sive hazards, and pressure hazards. Considers design issues, warnings, and personal protective equipment. Term project required. "PDQ" |
| FA08 | EIN 6386 | Management of Technological Change | A study of problems encountered by managers in the planning, organizing, directing, and controlling of resources in technology-based organizations. |
| FA08 | EIN 6430 | Overview of Regulated Industry Compliance | Provides students with basic information on regulated industries (bioscience, pharmaceutical and medical devices), with particular emphasis on challenges experienced in medical device development, manufacture and commercialization with regard to regulatory requirements. |
| FA08 | EIN 6432 | Regulated Products Approval Process | Course provides students with information to design and maintain quality systems for regulated industries. Students successfully completing this course will have a basic understanding of the quality systems and control necessary for the development, manufacture, and commercialization of medical device products. |
| FA08 | EIN 6935 | Strategic Marketing Assessment | This course is designed to enable the student to gain an in-depth understanding of the techniques used to analyze the market opportunities for new inventions and intellectual properties. It is further designed to examine strategic opportunities for commercialization of new inventions. Both market assessments for new inventions, as well as competitive technology tools, will be developed using in-depth field studies and classroom discussions. The course is designed to develop advanced market problem solving skills, critical decision-making processes for intellectual properties and new technologies, and technology planning skills beneficial in multiple disciplines. |
| FA08 | EIN 6935 | Construction Safety | Basic introduction to OSHA safety requirements for the construction industry. Students will receive an OSHA certificate upon satisfactory completion of the course."PDQ" |
| FA08 | ENV 6002 | Chemical and Physical Principles of Environmental Engineering | Investigates how chemical properties, physical processes, and environmental characteristics all influence the fate and transport of chemicals in natural and engineered systems. Includes theory, practical examples, and laboratory experiments |
| FA08 | ESI 4244 | Design of Experiments | Activity forecasting models and control. Design and use of inventory control models, both designs applicable to engineering analyses. Analysis of variance and regression. Web only. |
| FA08 | ESI 4312 | Deterministic Operations Research | An introduction to operations research techniques with particular emphasis on deterministic models. Linear programming, dynamic programming, goal programming, integer programming, and PERT/CPM networks are considered. Web Only. |
| FA08 | ESI 4523 | Industrial Systems Simulation | A study of the developent and analysis of computer simulation models: Monte Carlo, time-slice, and next-event. Introduction to special purpose simulation languages. Web Only. There is no separate lab section. ON CAMPUS LAB REQUIRED. Please see OASIS for time. |
| FA08 | ESI 5236 | Reliability Engineering | Fundamental concepts of reliability. Estimation of reliability of systems and components. Measures of availability, maintainability and reliability. |
| FA08 | ESI 5522 | Computer Simulation | A study of the developent and analysis of computer simulation models: Monte Carlo, time-slice, and next-event. Web Only. There is no separate lab section. ON CAMPUS LAB REQUIRED. Please see OASIS for time. |
| FA08 | ESI 6247 | Statistical Design Models | Design of experimental mathematical models. Application of advanced analysis of variance techniques as applied to industrial problems. |
| FA08 | TTE 5205 | Traffic Systems Engineering | Traffics models, intersection anaysis, capacity analysis, data methods collection, parking studies, volume and speed studies, freeway management, and advanced technologies. |
| FA08 | TTE 5501 | Transportation Planning & Economics | Fundamentals of urban transportation planning: trip generation, trip distribution, modal split, traffic assignment. Introduction to environmental impact analysis, evaluation an choice of transportation alternatives. |
| FA08 | TTE 6651 | Public Transportation | Planning design & operation of public transportation system; costs & productivity of transit; impacts of transit on travel behavior & urban form; ridership forecasting; public transportation policy analysis. |
| SP09 | BME 6931 | Biomedical Image Processing | TBA |
| SP09 | BME 6931 | System on a Chip | TBA |
| SP09 | CES 5715 | Prestressed Concrete | Fundamental principles of prestressing; calculation of losses; stress analysis and design of simple beams for flexure and shear. Examples of pressures applications. |
| SP09 | CGN 6933 | Design of Masonry Structures | This course provides an overview of the design of masonry structures using concrete masonry units. Both working stress and strength provisions on ACI 530-05 are covered. Wind provisions and seismic provisions relating to lateral load distribution in walls are additionally reviewed. The design of structural elements such as lintels, load bearing walls, shear walls (reinforced and unreinforced) and columns are adressed. |
| SP09 | COP 6611 | Operating Systems | Operating systems functions and design, resource management, protection systems, process communication, and deadlocks. |
| SP09 | ECH 4931 | Energy, Environ, & Sustain | Study on Energy and Environmental sustaining energy. |
| SP09 | EEL 3100 | Network Analysis & Design | A third course in linear circuit analysis and design. Transient and steady-state responses of passive R-L-C networks to various functions. |
| SP09 | EEL 4422 | RF MW Circuits II | Continuation of Introduction to RF/Microwave Circuits I/II sequence. |
| SP09 | EEL 4423L | Wirelss Circuits/Systems Lab | This class will provide introductory tutorial learning, plus hands-on experience in analysis, design and measurement in the field of wireless communications. |
| SP09 | EEL 4657 | Linear Control Systems | Introduction to the analysis and design of linear feedback control systems. Covers block diagrams, flow charts, Bode, Nyquist, and root locus techniques. |
| SP09 | EEL 4935 | System on a Chip | This course deals with the design methodologies for Application Specific Integrated Cicuits (ASICs). Topics include: behavioural specification; logic sysnthesis; standard cell libraries; advanced timing analysis and physical design automation tools. |
| SP09 | EEL 4935 | Industrial Power Distribution II | This comprehensive course is designed for upper-level undergraduate and graduate students planning to work in industrial facilities, as well as for practicing engineers who deal with power distribution within industrial facilities. |
| SP09 | EEL 4935 | Power Systems II | Analysis and design technique for AC power systems. |
| SP09 | EEL 4935 | Power Quality | This course covers definitions and standards of power quality, kinds of power quality problems; sources of transient overvoltages; distribution principles of controlling harmonics, time and frequency domain methods of analysis; power quality monitoring; power quality improvement methods. |
| SP09 | EEL 4936 | Wireless Comm. Lab | An extensive hands-on introduction to digital communications and wireless communication systems; involving testing, modeling, simulation and measurements of the performance of digital communication systems at both sub-system and complete system levels. Not available on an S/U basis. |
| SP09 | EEL 4936 | Biomedical Image Processing | This course deals with perception and image quality, image sampling, quantization, transforms, data compression, enhancement, restoration, registration and segmentation techniques, projection reconstruction and techniques for the display of 3D data sets. |
| SP09 | EEL 4936 | Power Plant Engineering | The study of large scale thermo-electric power convesion for utility systems. Combustion of hydrocatbon fuels, furnace, strem generated auxilliary system design. Topics include control of our emissions design and performance of combined power facilities. |
| SP09 | EEL 4936 | Power Electronics | The course will emphasis device characteristics, converter circuit topologies, application, and issues of importance caused by the emergence of power electronic applications. |
| SP09 | EEL 5935 | Wireless Lab | ON CAMPUS LAB REQUIRED. PR: EEL 4411 An extensive hands-on introduction to wireless radio frequency and microwave circuits and systems, involving modern measurements, fabrication and computer aided design experiences at both component and sub-system levels. Not available on an S/U basis. On campus lab required. |
| SP09 | EEL 6226 | Microsystems and Mems Tech | The objectives of this course are:- to introduce the concept of MEMS and Microsystems, - to introduce the processes used in MEMS fabrication, - to introduce the basic principles of micromachined sensors and sensing modalities, - to discuss the challenges and limitations in their design and fabrication, - to introduce students to writing research proposals enabling them to apply general micromachining principles to build novel devices. |
| SP09 | EEL 6427 | RF/Microwave II | This course presents the design theory and analysis for microwave transfer amplifiers and oscillators. |
| SP09 | EEL 6481 | Numerical Techniques in Electromagnetism | LECTURE WEB ONLY. Review of Maxwell's equations. Finite differences, finite elements, boundary elements method of moments. Introduction to geometric theory of optics and diffraction. |
| SP09 | EEL 6545 | Random Processes in Electrical Engineering | LECTURE WEB ONLY. Review of probability theory, functions of random variables; examples in electrical engineering. Sequences of random variables. Concepts in random processes, correlation functions, power spectrum, random inputs to linear systems. Spectral analysis. Applications to Engineering systems. |
| SP09 | EEL 6593 | Mobile and Personal Communication | Characteristics of wireless mobile channels indoor and outdoor ; multipath and shadow fading, frequency reuse; micro and pico cells; base-station and portable units. Cell coverage, blocking, and co- channel interference. TDMA, FDMA, CDMA and hybrid approaches to multiple access. Protocols, hand- over. Voice, data, and multi-media over wireless indoor channels. |
| SP09 | EEL 6658 | RF & Microwave Measurements | LECTURE WEB ONLY, OPTIONAL LAB. Concentrates on the theory and applications of modern radio frequency and microwave measurements. Topics include network analyzer, spectrum analyzer, noise, power and non-linear distortion measurements. |
| SP09 | EEL 6752 | Digital Signal Processing II | Topics Covered: Review Basics of Signal Processing and Random Process, Random Signals and Signal Models, Spectral Factorization, Linear Estimation of Signals, Linear Prediction and Lattice Filters, Selected Signal Processing Applications, Adaptive Filters, Higher-Order Statistical Signal Processing, Blind Deconvolution and Equalization, and Self Similar Random Signal Models. |
| SP09 | EEL 6935 | Biomedical Image Processing | This course deals with perception and image quality, image sampling, quantization, transforms, data compression, enhancement, restoration, registration and segmentation techniques, projection reconstruction and techniques for the display of 3D data sets. |
| SP09 | EEL 6935 | Power Quality | This course covers definitions and standards of power quality, kinds of power quality problems; sources of transient overvoltages; distribution principles of controlling harmonics, time and frequency domain methods of analysis; power quality monitoring; power quality improvement methods. |
| SP09 | EEL 6935 | Industrial Power Distribution II | This comprehensive course is designed for upper-level undergraduate and graduate students planning to work in industrial facilities, as well as for practicing engineers who deal with power distribution within industrial facilities. |
| SP09 | EEL 6935 | System on a Chip | This course deals with the design methodologies for Application Specific Integrated Cicuits (ASICs). Topics include: behavioural specification; logic sysnthesis; standard cell libraries; advanced timing analysis and physical design automation tools. |
| SP09 | EEL 6936 | Wireless Comm Lab | An extensive hands-on introduction to digital communications and wireless communication systems; involving testing, modeling, simulation and measurements of the performance of digital communication systems at both sub-system and complete system levels. Not available on an S/U basis. |
| SP09 | EEL 6936 | Power Systems II | Analysis and design technique for AC power systems. |
| SP09 | EEL 6936 | Advanced Topics in Wireless Communication System | This course will cover recent developments in wireless communication systems. The future generation of wireless communications systems will be overviewed and the technologies behind these systems will be discussed in this course. Both practical and simplified theoretical aspects will be covered. Rather than providing in-dept theoretical details, introduction of main concepts and overview of the important aspects will be given. The targeted students are the graduate students as well as the non-degree seeking engineers that are working in wireless communications area in local companies. |
| SP09 | EEL 6936 | Power Plant Engineering | The study of large scale thermo-electric power convesion for utility systems. Combustion of hydrocatbon fuels, furnace, strem generated auxilliary system design. Topics include control of our emissions design and performance of combined power facilities. |
| SP09 | EEL 6936 | Wireless Seminar | Weekly seminars cover basic principles as well as contemporary topics in such rapidly evolving application areas as communications, micro-electronics, radar and remote sensing. Emphasis is placed on applications involving frequencies in the 100 MHz to 1000 GHz range, which includes the Radio Frequency and Microwave spectra. Topics are presented by local and on-campus guest speakers. |
| SP09 | EEL 6936 | Analog RFIC Design | Presents the design theory, technology and applications of silicon-based analog radio frequency integrated circuit (RFIC) technology. Lectures, homework and CAD projects develop an understanding of the processing, design and performance issues for RFICs. |
| SP09 | EEL 6936 | Power Electronics | The course will emphasize device characteristics, converter circuit topologies, applications, and issues of importance caused by the emergence of power electronic applications. |
| SP09 | EGN 2080 | Light and the Arts | Physical and aesthetic aspects of light. Elementary physics of light sources, waves and photons, human vision. Color and intensity effects in well-known paintings photographs, films. Theatrical lighting Holography. |
| SP09 | EGN 3374 | Introduction to Electrical Systems II | A second course in linear passive circuits (following EGN 3373). An extention of the physical principles and models, AC/DC steady state, transient analysis and power analysis techniques. |
| SP09 | EGN 3375 | Electromechanical | Continuation of EGN 3373 |
| SP09 | EGN 3443 | Prob & Stats for Engr | An introduction to the basic concepts of statistical analysis with special emphasis on engineering applications. |
| SP09 | EGN 3615 | Engineering Economy with Social & Global Implications | LECTURE WEB ONLY. Presents basic economic models used to evaluate engineering activities and an understanding of the social and ethical implications of financial decisions in a multicultural environment through lectures, case studies and current readings. |
| SP09 | EGN 3835 | Globalization & Technology | Exploration of the fundamental processes underlying globalization with particular emphasis on the role of technological development in both historical and contemporary context. This course is part of the University of South Florida’s Foundations of Knowledge and Learning Core Curriculum. |
| SP09 | EGN 5422 | Partial Differential Equations | LECTURE WEB ONLY. Power series solutions for ordinary differential equations, Sturm-Liouville theory, special functions. Vector methods with generalized coordinates. Separation of variables for partial differential equations. Green's functions. Calculus of variations. Numerical methods. |
| SP09 | EGN 5423 | Neural Nets & Math Communication | LECTURE WEB ONLY. Finite fields and coding applications. Probabilities of error detection and correction. Introduction to neural networks. Advanced matrix algorithms: LU and QR factorizations, least-squares, pseudoinverses. |
| SP09 | EIN 4243C | Human Factors | Design of man-machine systems, by taking into consideration both human and machine capabilities and limitations. |
| SP09 | EIN 4333 | Production Control | Planning and control of production systems. Includes: forecasting and inventory control models, scheduling and sequencing, MRP, CPM/PERT, and resource requirements. |
| SP09 | EIN 4601 | Automation and Robotics | Introduction to the practices and concepts of automation as applied to material handling, inventory storage, material transfer, industrial processes and quality control. |
| SP09 | EIN 4933 | Principles of Engineering Management | Introduction to the fundamentals of planning, organizing and leadership as needed by engineers, scientists, and other professionals considering managerial positions. |
| SP09 | EIN 4933 | Advanced TQM | Presents and discusses the foundations of Total Quality Management (TQM) including the historical development, the philosophy and principles of TQM, the tools and technique used and the issues associate with implementation. |
| SP09 | EIN 4933 | Occupational Safety | LECTURE WEB ONLY. An introduction to the principles of designing, maintaining and managing a workplace free from hazards. Detailed coverage of the OSHA Standard 1910 for General Industry. Students will qualify for a 30-hour OSHA certificate on successful completion of the course. Term project required. |
| SP09 | EIN 4933 | Construction Safety | Basic introduction to OSHA safety requirements for the construction industry. Students will receive an OSHA certificate upon satisfactory completion of the course. |
| SP09 | EIN 4933 | New Product Development | Special topics related to economic analysis, optimization, human factors, manufacturing and automation aspect of industrial systems. Repeatable upto 5 credir hours. |
| SP09 | EIN 4933 | Engineering a LEAN Enterprise | Special topics related to economic analysis, optimization, human factors, manufacturing and automation aspect of industrial systems. Repeatable up to 5 credit hours. |
| SP09 | EIN 5182 | Principles of EM | Introduction to the fundamentals of planning, organizing and leadership as needed by engineers, scientists, and other professionals considering managerial positions. |
| SP09 | EIN 5350 | Technology and Finance | A course for technical managers that focuses on how financial and economic principles are utilized to make technical investments and manage technical enterprises. |
| SP09 | EIN 6179 | Advanced TQM-Six Sigma | This course is a presentation of Six Sigma in industry: details of the methodology that comprise it, and how it relates to Total Quality Management. This course is restricted to students pursuing majors in the IMSE Department. Non repeatable for credit. |
| SP09 | EIN 6183 | Engineering Management Policies & Strategies | Strategic planning and policy formulation in technical and scientific organizations. General managers in the middle. Translation of strategic plans into action plans and implementation of the strategic change process. This is a capstone course in the EM program to be taken during the last semester of the student's program. |
| SP09 | EIN 6216 | Occupational Safety | LECTURE WEB ONLY. Introduction to the principles of designing, maintaining, and managing a workplace free from hazards. Covers mechanical hazards, fall and lifting hazards, climatic and environmental hazards, electrical hazards, fire and explo- sive hazards, and pressure hazards. Considers design issues, warnings, and personal protective equipment. Term project required. "PDQ" |
| SP09 | EIN 6319 | Work Design/Productivity Engineering | Foundations of motivated work performance, job satisfaction and organizational productivity. Analysis of job content and job context, comparison of different concepts for improving organizational effectiveness; suggestions for productivity improvements through effective work redesign. |
| SP09 | EIN 6435 | International Regulations for Medical Devices | The course covers the major global and region-specific compliance issues related to medical devices, similarities in regulatory requirements, and the initiatives of the Global Harmonization Task Force to facilitate international trade. |
| SP09 | EIN 6934 | New Product Development | The content and organization of this course will vary depending on student demand and faculty interest. |
| SP09 | EIN 6935 | Construction Safety | Basic introduction to OSHA safety requirements for the construction industry. Students will receive an OSHA certificate upon satisfactory completion of the course."PDQ" |
| SP09 | EIN 6936 | Engineering a LEAN Enterprise | Special topics related to economic analysis, optimization, human factors, manufacturing and automation aspect of industrial systems. Repeatable up to 5 credit hours. |
| SP09 | ENV 6519 | Physical & Chemical Processes in Environmental Engineering | Theory and design of processes used in advanced water and wastewater treatment, including membrane processes, absorption, electrodialysis, ozonation, and tradiation. |
| SP09 | ENV 6666 | Aquatic Chemistry | An introduction to the form, structure, and chemical activities of the important processes essential to treatment of domestic and industrial wastewater. |
| SP09 | ENV 6667 | Environmental Biotechnology | Study of biochemical relations and processes in treatment of pollutants with emphasis on control of effluents for the protection of water quality. |
| SP09 | ESI 4221 | Industrial Statistical Quality Control | Application of statistical techniques to the control of industrial processes. Control charts, acceptance sampling, design of experiments, analysis of variance and regression. |
| SP09 | ESI 4313 | Probabilistic Operations Research | Probabilistic models in operations research. Discrete & continuous time processes, queueing models, inventory models, simulation models, Markovian decision process & decision analysis. |
| SP09 | ESI 5306 | Operations Research for Engineering Management | Linear programming, dynamic programming, non-linear programming, Markov-chains, queuing models, inventory models and network analysis. |
| SP09 | ESI 6247 | Statistical Design Models | Design of experimental mathematical models. Application of advanced analysis of variance techniques as applied to industrial problems. |
| SP09 | TTE 6315 | Transportation Safety | Transportation safety studies, accident data analysis, traffic safety control devices, special population regiment safety, highway conflict studies, accident reconstruction, and tort and liability issues. |
| SP09 | TTE 6505 | Discrete Choice Models | Theories of travel behavior; multinominal logit and nested logit models of mode choices, destinationchoice, and car ownership. Theory and application to travel forecasting. |
| SP09 | TTE 6837 | Pavement Management Systems | Review of flexible & rigid pavement design, overlay design; pavement evaluation, pavement network delineation, condition, prediction, models pavement maintenance & rehabiliation, pavement management techinques, life cycle analysis. |
