Nov 23, 2024

2020-2021 Graduate Catalog

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2020-2021 Graduate Catalog [ARCHIVED BULLETIN]

Engineering, M.S.

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Required credits: 30

Select from the following specializations:

Specialization: Civil Engineering

Specialization: Environmental Engineering

Specialization: Electrical and Computer Engineering

Specialization: Mechanical Engineering

Specialization: Civil Engineering

Mathematics (3 credits)

M 515 - Methods of Applied Mathematics I 3 credit(s) OR
M 517 - Applied Engineering Statistics 3 credit(s)

Thesis (6-9 credits)

CE 615 - Graduate Thesis in Engineering 3-9 credit(s)
Thesis requirements:
- Approved project by advisor
- Presentation to the faculty
- Formal report may be published by the library

Electives (21 credits)

CE 500 - Advanced Mechanics of Materials 3 credit(s)
CE 502 - Groundwater Hydrology 3 credit(s)
CE 503 - Geographic Information Systems in Practice 3 credit(s)
CE 504 - Connecticut Environmental Regulations and Policy 3 credit(s)
CE 506 - Emergency Preparedness 3 credit(s)
CE 507 - Finite Element Analysis 3 credit(s)
CE 509 - Pollution Prevention 3 credit(s)
CE 510 - Simulation and Modeling of Transportation Systems 3 credit(s)
CE 512 - Traffic Flow Theory and Analysis 3 credit(s)
CE 514 - Urban Transportation Planning 3 credit(s)
CE 516 - Public Transportation Systems 3 credit(s)
CE 518 - Highway Engineering 3 credit(s)
CE 522 - Advanced Water Quality Engineering 3 credit(s)
CE 523 - Engineering Hydrology 3 credit(s)
CE 524 - Solid Waste Management 3 credit(s)
CE 525 - Hazardous Waste Management 3 credit(s)
CE 530 - Geotechnical Engineering II 3 credit(s)
CE 540 - Analysis of Indeterminate Structures 3 credit(s)
CE 541 - Structural Concrete Design II 3 credit(s)
CE 542 - Structural Steel Design II 3 credit(s)
CE 543 - Structural Dynamics 3 credit(s)
CE 550 - Advanced Air Quality Engineering 3 credit(s)
CE 591 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
CE 592 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
CE 691 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
CE 692 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
Any graduate level course approved by the faculty advisor and department chair

Specialization: Environmental Engineering

Mathematics (3 credits)

M 517 - Applied Engineering Statistics 3 credit(s)

Core Courses (12 credits)

CH 519 - Applied Environmental Chemistry 3 credit(s)
CE 522 - Advanced Water Quality Engineering 3 credit(s)
CE 525 - Hazardous Waste Management 3 credit(s)
CE 550 - Advanced Air Quality Engineering 3 credit(s)

Thesis (6-9 credits)

CE 615 - Graduate Thesis in Engineering 3-9 credit(s)
Thesis requirements:
- Approved project by advisor
- Presentation to the faculty
- Formal report may be published by the library

Electives (9 credits)

CE 502 - Groundwater Hydrology 3 credit(s)
CE 503 - Geographic Information Systems in Practice 3 credit(s)
CE 504 - Connecticut Environmental Regulations and Policy 3 credit(s)
CE 506 - Emergency Preparedness 3 credit(s)
CE 509 - Pollution Prevention 3 credit(s)
CE 523 - Engineering Hydrology 3 credit(s)
CE 524 - Solid Waste Management 3 credit(s)
CE 591 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
CE 592 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
CE 691 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
CE 692 - Special Topics in Civil/Environmental Engineering 1–6 credit(s)
Any graduate level courses approved by the faculty advisor and department chair

Specialization: Electrical and Computer Engineering

Mathematics (3 credits)

M 515 - Methods of Applied Mathematics I 3 credit(s) OR
M 517 - Applied Engineering Statistics 3 credit(s)

Thesis (6-9 credits)

ECE 615 - Graduate Thesis in Engineering 3-9 credit(s)
Thesis requirements:
- Approved project by advisor
- Presentation to the faculty
- Formal report may be published by the library

Electives (21 credits)

ECE 521 - Communications Theory 3 credit(s)
ECE 525 - Fiber Optics Communications 3 credit(s)
ECE 530 - System Design and Implementation 3 credit(s)
ECE 532 - Embedded Microprocessors 3 credit(s)
ECE 534 - VHDL and Applications 3 credit(s)
ECE 537 - Multidisciplinary Modeling 3 credit(s)
ECE 540 - Digital Signal Processing (DSP) Hardware 3 credit(s)
ECE 542 - State-Variable Continuous Control Systems 3 credit(s)
ECE 543 - Digital Control Systems 3 credit(s)
ECE 544 - State Variable Control Systems 3 credit(s)
ECE 545 - Automated System Implementation 3 credit(s)
ECE 548 - Introduction to Robotics 3 credit(s)
ECE 551 - Engineering System Design Using Neural Networks 3 credit(s)
ECE 555 - Simulation and Rapid Prototyping of Integrated Electronic Systems 3 credit(s)
ECE 565 - Digital VLSI Design I 3 credit(s)
ECE 567 - Analog VLSI Design 3 credit(s)
ECE 571 - Generalized Machine Theory 3 credit(s)
ECE 572 - Power Systems Analysis 3 credit(s)
ECE 573 - Power Electronics 3 credit(s)
ECE 591 - Special Topics in Electrical Engineering 1–6 credit(s)
ECE 592 - Special Topics in Electrical Engineering 1–6 credit(s)
ECE 641 - Digital Signal Processing 3 credit(s)
ECE 642 - Advanced Linear Discrete and Continuous Control Systems 3 credit(s)
ECE 643 - Advanced Digital Control Systems 3 credit(s)
ECE 644 - Estimation and Filtering Theory 3 credit(s)
ECE 662 - Solid-State Electronic Devices 3 credit(s)
ECE 671 - Transformers—Theory and Practice 3 credit(s)
ECE 672 - Protective Relaying 3 credit(s)
ECE 675 - Surge Processes in Power Engineering 3 credit(s)
ECE 691 - Special Topics in Electrical Engineering 1–6 credit(s)
ECE 692 - Special Topics in Electrical Engineering 1–6 credit(s)
Any graduate level courses approved by the faculty advisor and department chair

Specialization: Mechanical Engineering

Mathematics (3 credits)

M 515 - Methods of Applied Mathematics I 3 credit(s)

Thesis (6-9 credits)

ME 615 - Graduate Thesis in Engineering 3-9 credit(s)
Thesis requirements:
- Approved thesis proposal with thesis committee formed
- Presentation to the faculty and thesis defense
- Formal final thesis to be published by the library

Electives (21 credits)

ME 500 - Convective Heat and Momentum Transfer I 3 credit(s)
ME 505 - Mechatronics System Design 3 credit(s)
ME 506 - Principles of Combustion 3 credit(s)
ME 507 - Finite Element Analysis 3 credit(s)
ME 509 - Pollution Prevention 3 credit(s)
ME 510 - Advanced Mechanics of Materials 3 credit(s)
ME 512 - Precision Engineering 3 credit(s)
ME 513 - Applied Geometric Dimensioning and Tolerancing 3 credit(s)
ME 514 - Principles of Dimensional Metrology 3 credit(s)
ME 515 - Gauge Quantification 3 credit(s)
ME 516 - Manufacturing Metrology Project 3 credit(s)
ME 519 - Six Sigma Principles and Applications 3 credit(s)
ME 530 - Gas Dynamics 3 credit(s)
ME 531 - Gas Turbine Analysis 3 credit(s)
ME 532 - Fundamentals of Turbomachinery 3 credit(s)
ME 533 - Turbomachinery Noise Control 3 credit(s)
ME 534 - Nuclear Engineering 3 credit(s)
ME 535 - Nuclear Engineering Design 3 credit(s)
ME 537 - Multidisciplinary Modeling 3 credit(s)
ME 550 - Vibrations II for Engineering 3 credit(s)
ME 555 - Applied Computational Fluid Dynamics (CFD) 3 credit(s)
ME 561 - Acoustics Capstone Design for Engineering 3 credit(s)
ME 564 - Aerodynamic Design of Turbines and Compressors 3 credit(s)
ME 565 - Machine Vision and Robotics 3 credit(s)
ME 580 - Quality Tools in Product Design 3 credit(s)
ME 582 - Reliability Engineering 3 credit(s)
ME 591 - Special Topics in Mechanical Engineering 1–6 credit(s)
ME 592 - Special Topics in Mechanical Engineering 1–6 credit(s)
ME 600 - Computer-Aided Geometrical Modeling in Design and Manufacturing 3 credit(s)
ME 603 - Convective Heat and Momentum Transfer II 3 credit(s)
ME 609 - High-Speed Aerodynamics 3 credit(s)
ME 640 - Turbomachinery Dynamics and Control 3 credit(s)
ME 672 - Strength, Design, and Materials in Turbomachinery 3 credit(s)
ME 676 - Manufacturing Issues in Turbomachinery 3 credit(s)
ME 680 - Design for Manufacturing 3 credit(s)
ME 681 - Seminar on Modern Issues in Manufacturing Engineering 3 credit(s)
ME 682 - Advanced Manufacturing Processes 3 credit(s)
ME 691 - Special Topics in Mechanical Engineering 1–6 credit(s)
ME 692 - Special Topics in Mechanical Engineering 1–6 credit(s)

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