All Courses(A-Z)
Course Code
ECE 330
Course Name
Power Ckts & Electromechanics
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
Introduction
Network equivalents; power and energy fundamentals, resonance, mutual inductance; three-phase power concepts, forces and torques of electric origin in electromagnetic and electrostatic systems; energy conversion cycles; principles of electric machines; transducers; relays; laboratory demonstration. Prerequisite: ECE 210.
Course Code
ECE 464
Course Name
Power Electronics
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2019/2020 Fall Winter
Philip, Krein, 李楚杉
Introduction
Switching functions and methods of control such as pulse-width modulation, phase control, and phase modulation; dc-dc, ac-dc, dc-ac, and ac-ac power converters; power components, including magnetic components and power semiconductor switching devices. 3 undergraduate hours. 3 graduate hours. Prerequisite: ECE 342.
Course Code
ECE 469
Course Name
Power Electronics Lab
Credit
2.0 - 2.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2019/2020 Fall Winter
李楚杉
Introduction
Circuits and devices used for switching power converters, solid-state motor drives, and power controllers; dc-dc, ac-dc, and dc-ac converters and applications; high-power transistors and magnetic components; design considerations including heat transfer. 2 undergraduate hours. 2 graduate hours. Prerequisite: ECE 343; credit or concurrent registration in ECE 464.
Course Code
UNWH 201
Course Name
Pre-Modern Chinese History
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2021/2022 Fall Winter
Introduction
Historical background to the modern age, tracing the Chinese state and empire from the earliest times until 1644 A.D. Basic political, social, and economic patterns; cultural, intellectual, and technological achievements; and China's impact on Asia and the world.
Course Code
BTW 250
Course Name
Principles Bus Comm
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
Introduction
Teaches students to apply the principles of successful professional communication to workplace writing tasks. Students will also practice editing and supervising the writing of others. Assignments replicate typical business cases and situations, including a report that requires students to compile and interpret research. Credit is not given for both BTW 250 and either BTW 261 or BTW 263. Prerequisite: Junior standing and completion of campus Composition I requirement.
Course Code
RHET 102
Course Name
Principles of Research
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2022/2023 Spring Summer
"Marilyn,Holguin M Ryan,Flanagan Maclean,John Hays,Mary"
2021/2022 Spring Summer
Marilyn,Holguin M, Ryan,Flanagan, Maclean,John, Hays,Mary
2021/2022 Fall Winter
黄广生
2019/2020 Spring Summer
Hays, Mary, Maclean, John, Ryan, Flanagan
2018/2019 Spring Summer
Kent Quaney, Ryan, Flanagan
Introduction
<p>Continued instruction in structuring academic, argumentative essays; concentrating on the use of primary and secondary sources as evidence in research-based arguments. Second semester of a two-semester sequence (RHET 101 - RHET 102) that fulfills the campus Composition I general education requirement. This course includes weekly individual tutorials. Credit is not given for both RHET 102 and RHET 105. Prerequisite: RHET 101. Tutorials will be scheduled the first week of classes.
Course Code
ECE 498SMA
Course Name
Principles of Safe Autonomy
Credit
4.0 - 4.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
Introduction
Subject offerings of new and developing areas of knowledge in electrical and computer engineering intended to augment the existing curriculum. See Class Schedule or departmental course information for topics and prerequisites.
Course Code
RHET 101
Course Name
Principles of Writing
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2021/2022 Fall Winter
钱锋
2020/2021 Fall Winter
Hays, Mary, Maclean, John, Marilyn, Holguin M, Ryan, Flanagan
2019/2020 Fall Winter
Maclean, John, Marilyn, Holguin M, Ryan, Flanagan
2018/2019 Fall Winter
Marilyn, Holguin M, Ryan, Flanagan
2017/2018 Fall Winter
Marilyn, Holguin M, Ryan, Flanagan
Introduction
Instruction in structuring academic, argumentative essays, including how to develop thesis statements and use evidence across different types of writing. This course is the first semester of a two-semester sequence (RHET 101 - RHET 102) that fulfills the campus Composition I general education requirement. This course includes weekly individual tutorials. Credit is not given for both RHET 101 and RHET 105. Prerequisite: Placement in RHET 101.
Course Code
ECE 313
Course Name
Probability with Engineering Application
Credit
3.0 - 3.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2022/2023 Spring Summer
BUTALA,MARK DAVID
2021/2022 Fall Winter
邬佳伊
2020/2021 Fall Winter
Butala, Mark
2019/2020 Spring Summer
Butala, Mark
2018/2019 Spring Summer
Butala, Mark
Introduction
<p>Probability theory with applications to engineering problems such as the reliability of circuits and systems to statistical methods for hypothesis testing, decision making under uncertainty, and parameter estimation. Same as MATH 362. Credit is not given for both ECE 313 and MATH 461. Prerequisite: MATH 286 or MATH 415.</p>
Course Code
ECE 314
Course Name
Probability with Engineering Application Lab
Credit
1.0 - 1.0
Instructors
Parent ID Semester (field_semester) - Any -2016/2017 Fall Winter2016/2017 Spring Summer2017/2018 Fall Winter2017/2018 Spring Summer2018/2019 Fall Winter2018/2019 Spring Summer2019/2020 Fall Winter2019/2020 Spring Summer2020/2021 Fall Winter2020/2021 Spring Summer2021/2022 Fall Winter2021/2022 Spring Summer2022/2023 Fall Winter2022/2023 Spring Summer2023/2024 Fall Winter2023/2024 Spring Summer2024/2025 Fall Winter2024/2025 Spring Summer
Apply
2022/2023 Spring Summer
BUTALA,MARK DAVID
2021/2022 Fall Winter
Meidani,Hadi
2020/2021 Fall Winter
Butala, Mark
2019/2020 Spring Summer
Butala, Mark
2018/2019 Spring Summer
Butala, Mark
Introduction
<p>Designed to be taken concurrently with ECE 313, Probability in Engineering Systems, to strengthen the students' understanding of the concepts in ECE 313 and their applications, through computer simulation and computation using the Python programming language.