This page describes the curriculum requirements for the Graduate Certificate in Systems Engineering (GCSE). The GCSE is offered both on-campus and through U-online. The director of the MSSE is also the director of the GCSE. The director must approve any course substitutions. At most one class can be transferred from another institution, and this class must be approved by the Director of the GCSE.
Prerequisites
The student must have completed a year of calculus
The student must have completed a semester so statistics
It is recommended that the student have at least one class in computer programming
Graduate Certificate Requirements (Identical for on-campus or online)
Be a graduate student at the U. (Be admitted to any U graduate degree or be admitted by the Graduate School as a nondegree seeking student.)
Complete the required 15 hours of courses with a grade of B or higher in every course
Fill out the GCSE completion form in the semester that the certificate is to be awarded
Course Requirements:
SIME 6410 or ME EN 6170 System Engineering and Integration (3)
SIME 6430 or ME EN 6165 Requirements Engineering and Management (3)
SIME 6460 or ME EN 6166 Model-Based Systems Engineering (3)
SIME 6530 or ME EN 6180 – Project Management for Engineers (3)
SIME 6450 or ME EN 6182 Design of Production and Service Systems (3)
ME EN 6183 Discrete Event Systems Simulation (3)
MG EN 6520 Discrete Event Systems Simulation (3)
CH EN 6205 Smart Systems (3)
CH EN 6208 Machine Learning and Dynamic Optimization (3)
COMP 6005 Programming for Engineers (3)
CMP 6371 Complexity and Systems Thinking (3)
CS 6140 Data Mining (3)
CS 6180 Clustering (3)
CS 6300 Artificial Intelligence (3)
CS 6350 – Machine Learning (3)
CS 6630 – Visualization for Data Science (3)
CVEEN 6115 – Data Science in Civil Engineering (3)
CVEEN 6530 – Quantitative Methods in Transportation Operation (3)
CVEEN 6720 – Project Scheduling (3)
CVEEN 6730 – Project Management and Contract Administration (3)
CVEEN 6770 – Design-Build Contract and Risk Management (3)
ECE 6020 – Emerging Technologies and Engineering Entrepreneurship (3)
ECE 6540 – Estimation Theory (3)
ECE 6640 – Power System Security Analysis (3)
ECE 6680 – Electrical Forensic Engineering and Failure Analysis (3)
ECE 6750 – Synthesis and Verification of Asynchronous VLSI Systems (3)
ECE 6810 – Computer Architecture (3)
ME EN 6010 – Principles of Manufacturing Processes (3)
ME EN 6030 – Reliability Engineering (3)
ME EN 6035 – Design of Experiments (3)
ME EN 6040 – Quality Assurance Engineering (3)
ME EN 6100 – Ergonomics (3)
ME EN 6130 – Design Implications for Human-Machine Systems (3)
ME EN 6150 – Introduction to Product Safety and Engineering Ethics (3)
ME EN 6183 – Discrete Event Systems Simulation (3)
ME EN 6205 – System Dynamics (3)
ME EN 6210 – State Space Control (3)
ME EN 6250 – Object-Oriented Programming for Interactive Systems (3)
ME EN 6810 – Thermal System Design (3)
ME EN 6830 – Aero Propulsion (3)
ME EN 6960 – Space Mission Engineering (3)
ME EN 7110 – System Safety (3)
ME EN 7200 – Nonlinear Controls (3)
MET E 5690 – Process Engineering Statistics (2)
MG EN 6370 – Data Management in Engineering & Heavy Industry (2)
MG EN 6110 – Operations Research (1 – 3)
MG EN 6530 – Computational Intelligence (3)
MST 6022 – Production and Operations Management for Scientists (1)
SIME 6000 or ME EN 6185 – Analytics for Systems Management (3)
SIME 6050 or ME EN 6184 – Operations Research for Systems (3)
SIME 6430 or ME EN 6165 – Requirements Engineering and Management (3)
SIME 6450 or ME EN 6182 – Design of Production and Service Systems (3)
SIME 6460 or ME EN 6166 – Model-Based Systems Engineering (3)
SIME 6530 or ME EN 6180 – Project Management for Engineers (3)
SIME 6560 or ME EN 6186 – Engineering Economic Analysis (3)