# Bachelor of Science in Industrial Engineering - Advanced Studies in Operations Research and Statistics

Code | Title | Credit Hours |
---|---|---|

Wellness | ||

APPH 1040 | Scientific Foundations of Health | 2 |

or APPH 1050 | The Science of Physical Activity and Health | |

Core A - Essential Skills | ||

ENGL 1101 | English Composition I | 3 |

ENGL 1102 | English Composition II | 3 |

MATH 1552 | Integral Calculus ^{1} | 4 |

Core B - Institutional Options | ||

CS 1301 | Introduction to Computing | 3 |

Core C - Humanities | ||

Any HUM ^{ } | 6 | |

Core D - Science, Math, & Technology | ||

PHYS 2211 | Introductory Physics I | 4 |

PHYS 2212 | Introductory Physics II | 4 |

MATH 1551 | Differential Calculus ^{1} | 2 |

MATH 1553 | Introduction to Linear Algebra ^{1,2,3} | 2 |

or MATH 1554 | Linear Algebra | |

or MATH 1564 | Linear Algebra with Abstract Vector Spaces | |

Core E - Social Sciences | ||

Select one of the following: | 3 | |

The United States to 1877 | ||

The United States since 1877 | ||

American Government in Comparative Perspective | ||

Government of the United States | ||

American Constitutional Issues | ||

ECON 2100 | Economic Analysis and Policy Problems | 3 |

PSYC 1101 | General Psychology | 3 |

Any SS | 3 | |

Core F - Courses Related to Major | ||

CS 2316 | Data Manipulation for Science and Industry | 3 |

CS 4400 | Introduction to Database Systems | 3 |

MATH 2551 | Multivariable Calculus ^{1,2} | 4 |

or MATH 2550 | Introduction to Multivariable Calculus | |

or MATH 2561 | Honors Multivariable Calculus | |

MATH 2106 | Foundations of Mathematical Proof | 3 |

ISYE 3025 | Essentials of Engineering Economy | 1 |

Lab Science ^{5} | 4 | |

Ethics Requirement ^{6} | ||

Environmental Requirement ^{7} | ||

Major Requirements | ||

ACCT 2101 | Accounting I: Financial Accounting | 3 |

or MGT 3000 | Accounting for Decision Making | |

MATH 3012 | Applied Combinatorics | 3 |

MATH 3406 | A Second Course in Linear Algebra | 3 |

ISYE 2027 | Probability with Applications | 3 |

ISYE 3030 | Basic Statistical Methods | 3 |

ISYE 3133 | Engineering Optimization | 3 |

ISYE 3232 | Probabilistic Operations Research | 3 |

ISYE 3044 | Simulation Analysis and Design | 3 |

ISYE 4031 | Regression and Forecasting | 3 |

ISYE 4106 | Senior Design | 4 |

Engineering Electives ^{8,9} | ||

Select one of the following: | 3 | |

Digital System Design | ||

Introduction to Signal Processing | ||

Circuits and Electronics and Instrumentation and Electronics Lab | ||

Select at least 5 credits of the following: ^{10} | 5 | |

Group 1 | ||

Dynamics | ||

Thermodynamics and Compressible Flow | ||

Systems Physiology | ||

Chemical Process Principles | ||

Chemical Engineering Thermodynamics I | ||

Pulping and Chemical Recovery | ||

Bleaching and Papermaking | ||

Statics | ||

Mechanics of Deformable Bodies | ||

Dynamics | ||

Environmental Engineering Principles | ||

Geomatics | ||

Construction Engineering and Management | ||

Environmental Engineering Systems | ||

Transportation Planning, Operations, and Design | ||

Computer Organization and Programming | ||

Machine Learning | ||

Computability, Algorithms, and Complexity | ||

Computational Problem Solving for Scientists and Engineers | ||

Introduction to Computing for Data Analysis | ||

Data and Visual Analytics | ||

Digital System Design | ||

Introduction to Signal Processing | ||

Circuit Analysis | ||

Mechanisms for Computing Systems | ||

Computer Communications | ||

Software Fundamentals for Engineering Systems | ||

Circuits and Electronics | ||

Instrumentation and Electronics Lab | ||

Wireless Communications | ||

Special Topics (Game Theory and Multiagent Systems) | ||

Dynamics of Rigid Bodies | ||

System Dynamics and Control | ||

Thermodynamics | ||

Introduction to Fluid and Thermal Engineering | ||

Pulping and Chemical Recovery | ||

Bleaching and Papermaking | ||

Principles and Applications of Engineering Materials | ||

Thermal and Transport Properties of Materials | ||

Electrical, Optical and Magnetic Properties | ||

Radiation Physics | ||

Group 2 ^{11} | ||

Life Cycle Cost Analysis | ||

Wind Engineering | ||

Composite Materials and Processes | ||

Healthcare Design of the Future | ||

Math Models in Biology | ||

Biologically-Inspired Design | ||

Problems in Biomedical Engineering II | ||

Introduction to Biomechanics | ||

Introduction to Biomaterials | ||

Composite Materials and Processes | ||

Intro to Microelectronics and Nanotechnology Revolution | ||

Introduction to Coastal Engineering | ||

Air Pollution Engineering | ||

Composite Materials and Processes | ||

Urban Transportation and Planning | ||

Fundamentals of Geographic Information Systems | ||

Digital Design Laboratory | ||

Electronic Packaging Substrate Fabrication | ||

Bio-Inspired Design | ||

Mathematical Biology | ||

Creative Decisions and Design | ||

Experimental Methodology and Technical Writing | ||

Biologically Inspired Design | ||

Composite Materials and Processes | ||

Materials Characterization | ||

Introduction to Polymer/Fiber Enterprise | ||

Introduction to Biomaterials | ||

Electronic Packaging Substrate Fabrication | ||

Composite Materials and Processing | ||

Advanced Studies in Operations Research & Statistics Concentration ^{12} | ||

ISYE 8813 | Special Topics in Operations Research (Must have title Math of Operations Research) | 3 |

or MATH 4317 | Analysis I | |

Select two of the following: ^{13} | 6 | |

Advanced Optimization | ||

Advanced Stochastic Systems | ||

Optimization I: Linear Programming | ||

Optimization II: Network Flows and Discrete Optimization | ||

Optimization III: Nonlinear Programming | ||

Stochastic Optimization | ||

Stochastic Processes I | ||

Theoretical Statistics | ||

Select two of the following: | 6 | |

Introduction to Supply Chain Modeling: Logistics | ||

Introduction to Supply Chain Modeling: Manufacturing and Warehousing | ||

Cornerstone Design for Industrial Engineers | ||

ISYE 3803 | Cornerstone Modeling and Design | |

Methods of Quality Improvement | ||

Decision and Data Analytics | ||

Advanced Simulation | ||

Advanced Supply Chain Logistics | ||

ISYE 4134 | Constraint Programming | |

Supply Chain Economics | ||

Capital Investment Analysis | ||

Energy, Efficiency, and Sustainability | ||

Special Topics (Advanced Manufacturing) | ||

Special Topics (Facility Layout and Warehousing) | ||

Special Topics (Health Systems Engineering) | ||

Special Topics (Introduction to Machine Learning) | ||

Special Topics (Online Learn/Decision Making) | ||

Special Topics (Reliability Engineering) | ||

Special Topics (Systems Design for IEs) | ||

Free Electives ^{14} | ||

Free Electives | 11 | |

Total Credit Hours | 128 |

Pass-fail only allowed for Free Electives, Humanities, and the Social Sciences elective.

Students must achieve a minimum GPA of 3.3 in the BSIE Major Requirements to graduate (Math beyond Calculus, BSIE required courses and concentration electives).

^{1} | Students must earn a C or better in all required MATH courses in the BSIE curriculum. |

^{2} | MATH 1564 is preferred, but not required. |

^{3} | Students may also complete MATH 1554 or MATH 1564 and MATH 2550 to satisfy math requirements. If MATH 1554 or MATH 1564/MATH 2550 combination is taken, then two hours from MATH 1554 may be used in Area F to give Area F 18 hours. |

^{4} | Minimum grade of B in MATH 2106 is required to pursue the Advanced Studies for OR & Stat Concentration. |

^{5} | Only one EAS course can be used toward ISYE Lab Science Requirements. |

^{6} | PSYC 1101 will satisfy the Ethics requirement. |

^{7} | Students must choose from the following to meet the Environmental requirement: BIOS 1107 and BIOS 1107L, BIOS 2300, CEE 2300, CEE 4300,EAS 1600, EAS 1601, EAS 2600, EAS 2750, EAS 3110, EAS 4480,ECON 4440, ISYE 4803 titled “Energy and Environmental Analysis,” ISYE 4501, SLS 3120, or PHYS 2750. |

^{8} | Students must complete courses from two different eligible engineering elective subjects. |

^{9} | At most, one computing course (CS or CX) is allowed, including courses cross-listed with CS or CX courses. |

^{10} | In addition to the three-credit ECE requirement, take at least one additional credit from Group 1 and no more than four credits from Group 2. |

^{11} | To count toward the Engineering Elective Group 2 requirement, all Vertically-Integrated Projects (VIPS) courses must be approved by the ISyE Associate Chair. And, at least three, but no more than four, credits of VIP coursework may count toward the Engineering Elective requirement. |

^{12} | Students must complete five concentration courses: A minimum of four of the five concentration courses must be ISYE courses. If ISYE 3106 Cornerstone Design is taken as a breadth elective, then it must be taken prior to ISYE 4106 Senior Design. |

^{13} | The 6000-level ISYE course options are preferred, but not required. |

^{14} | MATH 1113, MGT 2250, ISYE 3770, and PHYS 2XXX (AP credit) not allowed. |