Home

To see a schedule for an entire department, click the department name. To see the schedule for an individual class, click on the class name below.

Applied Mathematics & Statistics

• AMS2: Pre-Statistics
• AMS3: Precalculus for Science and Engineering
• AMS5: Statistics
• AMS7: Statistical Methods for the Biological, Environmental, and Health Sciences
• AMS7L: Statistical Methods for the Biological, Environmental, and Health Sciences Laboratory
• AMS10: Mathematical Methods for Engineers I
• AMS10A: Basic Mathematical Methods for Engineers I
• AMS10B: Mathematical Methods for Engineers IB
• AMS11A: Mathematical Methods for Economists I
• AMS11B: Mathematical Methods for Economists II
• AMS15A: Case-Study Calculus I
• AMS15B: Case-Study Calculus II
• AMS20: Mathematical Methods for Engineers II
• AMS20A: Basic Mathematical Methods for Engineers II
• AMS20B: Mathematical Methods for Engineers IIB
• AMS27: Mathematical Methods for Engineers
• AMS27L: Mathematical Methods for Engineers Laboratory
• AMS80A: Gambling and Gaming
• AMS80B: The Art of Data Visualization
• AMS100: Mathematical Methods for Engineers III
• AMS107: Introduction to Fluid Dynamics
• AMS113: Managerial Statistics
• AMS114: Introduction to Dynamical Systems
• AMS115: Stochastic Modeling in Biology
• AMS118: Estimation and Introduction to Control of Stochastic Processes
• AMS131: Introduction to Probability Theory
• AMS132: Classical and Bayesian Inference
• AMS146: Introduction to Dynamical Systems
• AMS147: Computational Methods and Applications
• AMS156: Linear Regression
• AMS162: Design and Analysis of Computer Simulation Experiments
• AMS198: Independent Study or Research
• AMS198F: Independent Study or Research
• AMS200: Research and Teaching in AMS
• AMS202: Linear Models in SAS
• AMS203: Introduction of Probability Theory
• AMS205: Mathematical Statistics
• AMS205A: Mathematical Statistics
• AMS205B: Intermediate Classical Inference
• AMS206: Classical and Bayesian Inference
• AMS206B: Intermediate Bayesian Inference
• AMS207: Intermediate Bayesian Statistical Modeling
• AMS210: Mathematical Models
• AMS211: Foundations of Applied Mathematics
• AMS212A: Applied Mathematical Methods I
• AMS212B: Applied Mathematical Methods II
• AMS213: Numerical Solutions of Differential Equations
• AMS214: Applied Dynamical Systems
• AMS215: Stochastic Modeling in Biology
• AMS216: Stochastic Differential Equations
• AMS217: Introduction to Fluid Dynamics
• AMS218: Estimation and Introduction to Control of Stochastic Processes
• AMS221: Bayesian Decision Theory
• AMS223: Time Series Analysis
• AMS225: Multivariate Statistical Methods
• AMS231: Nonlinear Control Theory
• AMS232: Applied Optimal Control
• AMS236: Motion Coordination of Robotic Networks
• AMS241: Bayesian Nonparametric Methods
• AMS245: Spatial Statistics
• AMS256: Linear Statistical Models
• AMS261: Probability Theory with Markov Chains
• AMS263: Stochastic Processes
• AMS274: Generalized Linear Models
• AMS280A: Seminar in Mathematical and Computational Biology
• AMS280B: Seminars in Statistical and Applied Mathematical Modeling
• AMS280C: Seminar in Geophysical & Astrophysical Fluid Dynamics
• AMS280D: Seminar in Bayesian Statistical Methodology
• AMS285: Seminar in Career Skills
• AMS290A: Topics in Mathematical and Computational Biology
• AMS290B: Advanced Topics in the Numerical Solution of PDEs
• AMS291: Advanced Topics in Bayesian Statistics
• AMS296: Masters Project
• AMS297: Independent Study or Research
• AMS297F: Independent Study
• AMS299: Thesis Research

Biomolecular Engineering

• BME5: Introduction to Biotechnology
• BME60: Programming for Biologists and Biochemists
• BME60L: Programming for Biologists and Biochemists Laboratory
• BME80G: Bioethics in the 21st Century: Science, Business, and Society
• BME80H: The Human Genome
• BME83: The Genetic Revolution: Science and Technology
• BME94: Group Tutorial
• BME94F: Group Tutorial
• BME99: Tutorial
• BME99F: Tutorial
• BME101: Applied Circuits for Engineers
• BME101L: Applied Circuits for Engineers - Lab
• BME109: Resource-Efficient Programming
• BME110: Computational Biology Tools
• BME122: Environmental Virus Bioinformatics
• BME123A: Bioengineering Project 1
• BME123B: Bioengineering Project 2
• BME123T: Senior Thesis Presentation
• BME128: Protein Engineering
• BME130: Genomes
• BME140: Bioinstrumentation
• BME150: Molecular Biomechanics
• BME150L: Molecular Biomechanics Laboratory
• BME155: Biotechnology and Drug Development
• BME160: Research Programming for Biologists and Biochemists
• BME160L: Research Programming for Biologists and Biochemists Laboratory
• BME170: Frontiers in Drug Action and Discovery
• BME177: Engineering Stem Cells
• BME178: Stem Cell Biology
• BME193: Field Study
• BME193F: Field Study
• BME194: Group Tutorial
• BME194F: Group Tutorial
• BME195: Senior Thesis Research
• BME195F: Senior Thesis or Research
• BME198: Individual Study or Research
• BME198F: Individual Study or Research
• BME199: Tutorial
• BME200: Research and Teaching in Bioinformatics
• BME205: Bioinformatics Models and Algorithms
• BME207: Biomolecular Recognition
• BME210: Experimental Systems Biology
• BME211: Computational Systems Biology
• BME215: Applied Gene Technology
• BME220: Protein Bioinformatics
• BME220L: Protein Bioinformatics Laboratory
• BME222: Applied Biotechnology: Protein and Cell Engineering
• BME225: Protein Function in Biology and Bioinformatics
• BME228: Protein Engineering
• BME230: Computational Genomics
• BME230L: Computational Genomics Laboratory
• BME235: Banana Slug Genomics
• BME237: Applied RNA Bioinformatics
• BME247: Stem Cell Research: Scientific, Ethical, Social, and Legal Issues
• BME250: Molecular Biomechanics
• BME250L: Molecular Biomechanics Laboratory
• BME255: Biotechnology and Drug Development
• BME268A: Science and Justice: Experiments in Collaboration
• BME268B: Science and Justice Research Seminar
• BME270: Frontiers in Drug Action and Discovery
• BME280B: Seminar on Bioinformatics
• BME281A: Seminar on Processive Enzymes and Nanopores
• BME281B: HIV Vaccine Research
• BME281C: Seminar in Cancer Genomics
• BME281E: Seminar in Genomics
• BME281F: Seminar on Blood Cell Development
• BME281G: Seminar on Protein Structure and Function
• BME281H: Seminar in Comparative Genomics
• BME281K: Seminar on Protein Structure Prediction
• BME281L: Seminar in Computational Genetics
• BME281P: Seminar on Nanotechnology and Biosensors
• BME281S: Seminar in Computational Functional Genomics
• BME293: Seminar in Biomolecular Engineering
• BME296: Research in Bioinformatics
• BME297: Independent Study or Research
• BME297F: Independent Study or Research
• BME299: Thesis Research

Computer Engineering

• CMPE1: Hands-On Computer Engineering
• CMPE3: Personal Computer Concepts: Software and Hardware
• CMPE7: Statistical Reasoning in the Age of the Internet
• CMPE8: Robot Automation: Intelligence through Feedback Control
• CMPE9: Introduction to Statics Dynamics & Biomechanics
• CMPE12: Computer Systems and Assembly Language
• CMPE12L: Computer Systems and Assembly Language Laboratory
• CMPE13: Computer Systems and C Programming
• CMPE13L: Computer Systems and C Programming Laboratory
• CMPE16: Applied Discrete Mathematics
• CMPE80A: Universal Access: Disability, Technology, and Society
• CMPE80E: Engineering Ethics
• CMPE80H: History of Modern Computing
• CMPE80N: Introduction to Networking and the Internet
• CMPE80U: Ubiquitous and Mobile Computing
• CMPE94: Group Tutorial
• CMPE94F: Group Tutorial
• CMPE99: Tutorial
• CMPE99F: Tutorial
• CMPE100: Logic Design
• CMPE100L: Logic Design Laboratory
• CMPE107: Probability and Statistics for Engineers (formerly Math Systems: Stochastic)
• CMPE108: Data Compression
• CMPE110: Computer Architecture
• CMPE112: Computer and Game Console Architecture
• CMPE113: Parallel Programming
• CMPE115: Introduction to Solid Mechanics
• CMPE117: Embedded Software
• CMPE117L: Embedded Software Laboratory
• CMPE118: Introduction to Mechatronics
• CMPE118L: Introduction to Mechatronics Laboratory
• CMPE121: Microprocessor System Design
• CMPE121L: Microprocessor System Design Laboratory
• CMPE122: Introduction to VLSI Digital System Design
• CMPE123A: Engineering Design Project I
• CMPE123B: Engineering Design Project II
• CMPE125: Logic Design with Verilog
• CMPE125L: Logic Design with Verilog Laboratory
• CMPE126: Advanced Logic Design
• CMPE126L: Advanced Logic Design Laboratory
• CMPE129A: Capstone Project I
• CMPE129B: Capstone Project II
• CMPE129C: Capstone Project III
• CMPE131: Human-Computer Interaction
• CMPE141: Feedback Control Systems
• CMPE150: Introduction to Computer Networks
• CMPE150L: Introduction to Computer Networks Laboratory
• CMPE151: Advanced Computer Networks (formerly Network Administration)
• CMPE151L: Advanced Computer Networks Laboratory
• CMPE152: Analysis and Design of Communication Protocols
• CMPE153: Digital Signal Processing
• CMPE156: Network Programming
• CMPE156L: Network Programming Laboratory
• CMPE158: Network Management and Operations
• CMPE161: Mobile Sensing and Interaction
• CMPE167: Sensing and Sensor Technologies
• CMPE167L: Sensing and Sensor Technologies Lab
• CMPE173: High-Speed Digital Design
• CMPE173L: High-Speed Digital Design Laboratory
• CMPE174: Introduction to EDA Tools for PCB Design
• CMPE177: Applied Graph Theory and Algorithms
• CMPE185: Technical Writing for Computer Engineers
• CMPE193: Field Study
• CMPE193F: Field Study
• CMPE194: Group Tutorial
• CMPE194F: Group Tutorial
• CMPE195: Senior Thesis Research
• CMPE195F: Senior Thesis Research
• CMPE198: Individual Study or Research
• CMPE198F: Individual Study or Research
• CMPE199: Tutorial
• CMPE199F: Tutorial
• CMPE200: Research and Teaching in Computer Science and Engineering
• CMPE202: Computer Architecture
• CMPE215: Models of Robotic Manipulation
• CMPE216: Bio-inspired Locomotion
• CMPE218: Mechatronics
• CMPE218L: Mechatronics
• CMPE220: Advanced Parallel Processing
• CMPE221: Advanced Microprocessor Design
• CMPE221L: Advanced Microprocessor Design Laboratory
• CMPE222: VLSI Digital System Design
• CMPE223: VLSI System-on-a-Chip Design
• CMPE224: Testing Digital Circuits
• CMPE225: Introduction to ASIC Systems Design
• CMPE226: Computer-Aided Analysis of Electrical Circuits
• CMPE229: Field-Programmable Gate Arrays Computer-Assisted Design
• CMPE230: Computer Performance Evaluation
• CMPE231: Human-Computer Interaction
• CMPE232: Arithmetic Processors
• CMPE233: Human Factors
• CMPE235: User Evaluation of Technology
• CMPE240: Introduction to Linear Dynamical Systems
• CMPE241: Introduction to Feedback Control Systems
• CMPE242: Applied Feedback Control
• CMPE243: System Identification
• CMPE248: Games in Design and Control
• CMPE250: Multimedia Systems
• CMPE251: Error-Control Coding
• CMPE252A: Computer Networks
• CMPE252B: Principles of Computer Communication
• CMPE253: Network Security
• CMPE254: High Speed Computer Networks
• CMPE256: Design Project in Computer Networks
• CMPE257: Wireless and Mobile Networks
• CMPE258: Unix Networking Internals
• CMPE259: Sensor Networks
• CMPE263: Data Compression
• CMPE264: Image Analysis and Computer Vision
• CMPE276: Software Engineering
• CMPE277: Graph Algorithms
• CMPE278: Introduction to the Theory of Discrete Systems
• CMPE280B: Seminar on Bioinformatics
• CMPE280C: Seminar on Control
• CMPE280G: VLSI/CAD Seminar
• CMPE280N: Seminar on Networks
• CMPE280P: Seminar on Parallel Processing
• CMPE280T: Seminar on New Technologies
• CMPE280V: Seminar on Computer Vision
• CMPE285: Technical Writing for Engineering Graduates
• CMPE290L: Advanced Topics in VLSI Computer-Aided Design
• CMPE290M: Topics in Parallel Computation
• CMPE290N: Topics in Computer Performance
• CMPE290V: Advanced Topics in Visual Computing
• CMPE293: Advanced Topics in Computer Engineering
• CMPE297: Independent Study or Research
• CMPE299: Thesis Research
• CMPE299F: Thesis Research

Computer Science

• CMPS2: Computer Literacy
• CMPS5C: Introduction to Programming in C/C++
• CMPS5J: Introduction to Programming in Java
• CMPS5P: Introduction to Programming in Python
• CMPS10: Introduction to Computer Science
• CMPS11: Intermediate Programming
• CMPS12A: Introduction to Programming (Accelerated)
• CMPS12B: Introduction to Data Structures
• CMPS12L: Computer Programming Laboratory
• CMPS12M: Data Structures Laboratory
• CMPS13H: Introduction to Programming and Data Structures (Honors)
• CMPS13L: Introduction to Programming and Data Structures Laboratory
• CMPS17: Social Networks
• CMPS20: Game Design Experience
• CMPS25: Introduction to Computer Graphics: 3D Modeling
• CMPS26: Introduction to Computer Graphics: 3D Animation
• CMPS60G: Beginning Programming: Social Sciences and Humanities
• CMPS60M: Scientific Computation with Matlab and Maple
• CMPS60N: Beginning Programming: Natural Sciences
• CMPS80B: Systems and Simulation
• CMPS80C: Social Networks
• CMPS80G: Introduction to Unix
• CMPS80J: Technology Targeted at Social Issues
• CMPS80K: Foundations of Interactive Game Design
• CMPS80S: From Software Innovation to Social Entrepreneurship
• CMPS80V: Creating Virtual Worlds on the Web
• CMPS94: Group Tutorial
• CMPS94F: Group Tutorial
• CMPS99: Tutorial
• CMPS99F: Tutorial
• CMPS101: Algorithms and Abstract Data Types
• CMPS102: Introduction to Analysis of Algorithms
• CMPS104A: Fundamentals of Compiler Design I
• CMPS104B: Fundamentals of Compiler Design II
• CMPS105: Systems Programming
• CMPS109: Advanced Programming
• CMPS111: Introduction to Operating Systems
• CMPS112: Comparative Programming Languages
• CMPS115: Software Methodology
• CMPS116: Software Design Project
• CMPS117: Software Design Project II
• CMPS119: Software for Society
• CMPS121: Mobile Applications
• CMPS122: Computer Security
• CMPS128: Distributed Systems: File Sharing, Online Gaming, and More
• CMPS129: Data Storage Systems
• CMPS130: Computational Models
• CMPS132: Computability and Computational Complexity
• CMPS132W: Computability and Computational Complexity
• CMPS140: Artificial Intelligence
• CMPS142: Machine Learning and Data Mining
• CMPS146: Game AI
• CMPS148: Interactive Narrative
• CMPS160: Introduction to Computer Graphics
• CMPS160L: Introduction to Computer Graphics Laboratory
• CMPS161: Introduction to Data Visualization
• CMPS161L: Data Visualization Lab
• CMPS162: Advanced Computer Graphics and Animation
• CMPS162L: Advanced Computer Graphics and Animation Lab
• CMPS164: Game Engines
• CMPS164L: Game Engines Lab
• CMPS166A: Game Theory and Applications I
• CMPS166B: Game Theory and Applications II
• CMPS170: Game Design Studio I
• CMPS171: Games Design Studio II
• CMPS172: Game Design Studio III
• CMPS179: Game Design Practicum
• CMPS180: Database Systems I
• CMPS180W: Database Systems
• CMPS181: Database Systems II
• CMPS182: Introduction to Database Management Systems
• CMPS183: Hypermedia and the Web
• CMPS190X: Methods of Cryptography
• CMPS191: Computer Science and Technology Seminar
• CMPS192: Supervised Student Teaching/Tutoring
• CMPS192F: Supervised Student Teaching/Tutoring
• CMPS193: Field Study
• CMPS193F: Field Study
• CMPS194: Group Tutorial
• CMPS194F: Group Tutorial
• CMPS195: Senior Thesis Research
• CMPS195F: Senior Thesis Research
• CMPS198: Individual Study or Research
• CMPS198F: Individual Study or Research
• CMPS199: Tutorial
• CMPS199F: Tutorial
• CMPS200: Research and Teaching in Computer Science and Engineering
• CMPS201: Analysis of Algorithms
• CMPS203: Programming Languages
• CMPS204: Compiler Design
• CMPS210: Computational Models and Complexity
• CMPS211: Combinatorial Algorithms
• CMPS217: Logic in Computer Science
• CMPS221: Advanced Operating Systems
• CMPS223: Advanced Computer Security
• CMPS229: Storage Systems
• CMPS232: Distributed Systems
• CMPS240: Artificial Intelligence
• CMPS241: Knowledge Engineering
• CMPS242: Machine Learning
• CMPS244: Artificial Intelligence in Games
• CMPS245: Computational Models of Discourse and Dialogue
• CMPS247: AI: Problem Solving and Intelligent Search
• CMPS248: Interactive Narrative
• CMPS250: Introduction to Information Theory
• CMPS253: Advanced Programming Languages
• CMPS260: Computer Graphics
• CMPS261: Advanced Visualization
• CMPS262: Computer Animation
• CMPS263: Data Driven Discovery and Visualization
• CMPS272: Evolutionary Game Theory
• CMPS277: Principles of Database Systems
• CMPS278: Design and Implementation of Database Systems
• CMPS279: Software Reuse and Component-Based Software Engineering
• CMPS280A: Seminar in Computer Science Research
• CMPS280D: Seminar in Database Systems
• CMPS280G: Seminar on Software Engineering
• CMPS280H: Seminar in Human Computation Systems
• CMPS280J: Seminar on Computer Graphics
• CMPS280S: Seminar on Computer Systems
• CMPS280W: Seminar in Digital Media
• CMPS280X: Seminar on Expressive AI
• CMPS280Z: Seminar in Natural Language Processing and Dialogue
• CMPS290A: Topics in Algorithms and Complexity Theory: Probabilistic Algorithms and Average Case Analysis
• CMPS290B: Advanced Topics in Computer Graphics
• CMPS290C: Advanced Topics in Machine Learning
• CMPS290D: Neural Computation
• CMPS290E: Object-Oriented Programming Methodology
• CMPS290F: Applications of Combinatorics
• CMPS290G: Topics in Software Engineering
• CMPS290H: Topics in Database Systems
• CMPS290I: Internet Technology and Policy
• CMPS290J: Playable Media
• CMPS290P: Topics in Computational Cinematography
• CMPS290S: Advanced Topics in Computer Systems
• CMPS290T: Topics in Computing for Society
• CMPS290X: Cryptography and Computer Security
• CMPS290Y: Quantum Computing
• CMPS296: Masters Project
• CMPS297: Independent Study or Research
• CMPS297F: Independent Study or Research
• CMPS299: Thesis Research

Electrical Engineering

• EE70: Introduction to Electronic Circuits
• EE70L: Introduction to Electronic Circuits Laboratory
• EE80J: Renewable Energy Sources
• EE80S: Sustainability Engineering and Practice
• EE80T: Modern Electronic Technology and How It Works
• EE81C: Designing a Sustainable Future
• EE94: Group Tutorial
• EE94F: Group Tutorial
• EE99: Tutorial
• EE99F: Tutorial
• EE101: Introduction to Electronic Circuits
• EE101L: Introduction to Electronic Circuits Laboratory
• EE103: Signals and Systems
• EE103L: Signals and Systems Lab
• EE104: Bio-electronics and Bio-instrumentations
• EE115: Introduction to Micro-Electro-Mechanical-Systems Design
• EE122: Collaborative Sustainability Project Design
• EE123A: Engineering Design Project I
• EE123B: Engineering Design Project II
• EE129A: Capstone Project I
• EE129B: Capstone Project II
• EE129C: Capstone Project III
• EE130: Introduction to Optoelectronics and Photonics
• EE130L: Introduction to Optoelectronics Laboratory
• EE135: Electromagnetic Fields and Waves
• EE135L: Electromagnetic Fields and Waves Laboratory
• EE136: Engineering Electromagnetics
• EE145: Properties of Materials
• EE145L: Properties of Materials Laboratory
• EE151: Communications Systems
• EE152: Introduction to Wireless Communications
• EE153: Digital Signal Processing
• EE154: Feedback Control Systems
• EE157: RF Hardware Design
• EE157L: RF Hardware Design
• EE171: Analog Electronics
• EE171L: Analog Electronics Laboratory
• EE172: Advanced Analog Circuits
• EE175: Energy Generation and Control
• EE175L: Energy Generation and Control Laboratory
• EE176: Energy Conversion and Control
• EE176L: Energy Conversion and Control Laboratory
• EE177: Power Electronics
• EE177L: Power Electronics Laboratory
• EE178: Device Electronics
• EE180J: Advanced Renewable Energy Sources
• EE181J: Renewable Energy Sources in Practice
• EE183: Special Topics in Electrical Engineering
• EE192: Special Topics in Electrical Engineering
• EE193: Field Study
• EE193F: Field Study
• EE195: Senior Thesis Research
• EE195F: Senior Thesis Research
• EE198: Individual Study or Research
• EE198F: Independent Field Study
• EE199: Tutorial
• EE199F: Tutorial
• EE200: Research and Teaching in Electrical Engineering
• EE211: Introduction to Nanotechnology
• EE212: Introduction to BioMEMS
• EE213: Nanocharacterization of Materials
• EE215: Micro-Electro-Mechanical Systems (MEMS) Design
• EE216: Nanomaterials and Nanometer-scale Device
• EE221: Advanced Analog Integrated Circuits
• EE222: High-Speed Low-Power Integrated Circuit Design
• EE223: Advanced Solid State Devices
• EE224: Physical Design of Micro- and Opto-Electronic Packages
• EE225: Basics of Electronics Reliability
• EE226: CMOS Radio Frequency Integrated Circuit Design
• EE230: Optical Fiber Communication
• EE231: Optical Electronics
• EE232: Quantum Electronics
• EE233: Fiber Optics and Integrated Optics
• EE234: Liquid Crystal Displays
• EE235: Optical Information Storage and Processing
• EE236: Integrated Biophotonics
• EE241: Introduction to Feedback Control Systems
• EE242: Electrical Analysis of Electronics Packaging
• EE250: Digital Signal Processing
• EE251: Principles of Digital Communications
• EE252: Wireless Communications
• EE253: Introduction to Information Theory
• EE254: Multi-user Information Theory
• EE255: Multiple-Antenna Wireless Communications
• EE256: Radar Systems and SAR
• EE261: Error Control Coding
• EE262: Statistical Signal Processing
• EE263: Advanced Topics in Coding Theory
• EE264: Image Processing and Reconstruction
• EE265: Introduction to Inverse Problems
• EE270: Neural Implant Engineering
• EE280B: Seminar on Integrated Bioelectronics
• EE280I: Seminar on Microscopy and Nanotechnology
• EE280M: Seminar on Micro-Electro-Mechanical Systems (MEMS)
• EE280O: Seminar on Applied Optics
• EE280Q: Seminar on Quantum Electronics and Nanoelectronics
• EE281: Guest Seminar Series
• EE283: Special Topics in Electrical Engineering
• EE290: EE Graduate Seminar
• EE291: Tomorrow's Professor: Preparing for an Academic Career in Science and Engineering
• EE293: Advanced Topics in Electrical Engineering
• EE297: Independent Study or Research
• EE299: Thesis Research

Information Systems Management

• ISM50: Business Information Systems
• ISM58: Systems Analysis and Design
• ISM80A: Development, Management, and Commercialization of Technology
• ISM80B: Technology Value Chain Networks
• ISM80C: Starting a New Technology Company
• ISM94: Group Tutorial
• ISM94F: Group Tutorial
• ISM99: Tutorial
• ISM99F: Tutorial
• ISM101: Management of Technology Seminar
• ISM105: Management of Technology I
• ISM125: Management of Technology II
• ISM130: Financial Engineering & Management in High Technology Firms
• ISM158: Business Strategy and Information Systems
• ISM193: Field Study
• ISM193F: Field Study
• ISM194: Group Tutorial
• ISM194F: Group Tutorial
• ISM195: Senior Thesis Research
• ISM195F: Senior Thesis Research
• ISM198: Individual Study or Research
• ISM198F: Individual Study or Research
• ISM199: Individual Study or Research
• ISM204: Introduction to Optimization in Business
• ISM205: Management of Technology I
• ISM206: Optimization Theory and Applications
• ISM207: Random Process Models in Engineering
• ISM208: New Product Development
• ISM209: Data Mining and Business Analytics in Knowledge Services
• ISM210: Marketing Analytics and Engineering
• ISM211: E-Business Technology and Strategy
• ISM215: Organizations and Leadership
• ISM225: Management of Technology II
• ISM230: Financial Engineering and Management in High Technology Firms
• ISM240: Information Technology for Decision Support: an Introduction
• ISM245: Data Mining
• ISM250: Stochastic Optimization in Business Intelligence: Digital Advertising and Online Marketing
• ISM251: Large-Scale Web Analytics and Machine Learning
• ISM260: Information Retrieval
• ISM270: Service Engineering and Management
• ISM280A: Graduate Research Seminar
• ISM280I: Seminar on Information Retrieval and Knowledge Management
• ISM280M: Sales and Marketing for Technologists and Engineers
• ISM280S: Seminar Topics
• ISM293: Advanced Topics in Technology & Information Management
• ISM297: Independent Study
• ISM299: Thesis Research

Technology & Information Management

• TIM50: Business Information Systems
• TIM58: Systems Analysis and Design
• TIM80A: Development, Management, and Commercialization of Technology
• TIM80B: Technology Value Chain Networks
• TIM80C: Starting a New Technology Company
• TIM94: Group Tutorial
• TIM94F: Group Tutorial
• TIM99: Tutorial
• TIM99F: Tutorial
• TIM101: Management of Technology Seminar
• TIM105: Management of Technology I
• TIM125: Management of Technology II
• TIM130: Financial Engineering & Management in High Technology Firms
• TIM158: Business Strategy and Information Systems
• TIM193: Field Study
• TIM193F: Field Study
• TIM194: Group Tutorial
• TIM194F: Group Tutorial
• TIM195: Senior Thesis Research
• TIM195F: Senior Thesis Research
• TIM198: Individual Study or Research
• TIM198F: Individual Study or Research
• TIM199: Individual Study or Research
• TIM204: Introduction to Optimization in Business
• TIM205: Management of Technology I
• TIM206: Optimization Theory and Applications
• TIM207: Random Process Models in Engineering
• TIM208: New Product Development
• TIM209: Data Mining and Business Analytics in Knowledge Services
• TIM210: Marketing Analytics and Engineering
• TIM211: E-Business Technology and Strategy
• TIM215: Organizations and Leadership
• TIM225: Management of Technology II
• TIM230: Financial Engineering and Management in High Technology Firms
• TIM240: Information Technology for Decision Support: an Introduction
• TIM245: Data Mining
• TIM250: Stochastic Optimization in Business Intelligence: Digital Advertising and Online Marketing
• TIM251: Large-Scale Web Analytics and Machine Learning
• TIM260: Information Retrieval
• TIM270: Service Engineering and Management
• TIM280A: Graduate Research Seminar
• TIM280I: Seminar on Information Retrieval and Knowledge Management
• TIM280M: Sales and Marketing for Technologists and Engineers
• TIM280S: Seminar Topics
• TIM293: Advanced Topics in Technology & Information Management
• TIM297: Independent Study
• TIM299: Thesis Research