Course Announcement
February 12, 2021
SPR 21 – ECE 596 Practical Introduction to Neural Networks
A project-based graduate course aimed to provide practical and fundamental skills to perform research with deep-learning in engineering and physical sciences. The course will be an adaptation of the course that was taught in Sp19: https://canvas.uw.edu/courses/1272847 In a nutshell, we will introduce current topics and methods in deep learning and Artificial Neural Networks (ANNs) and describe…
February 10, 2021
ENV H 590 A: Scientific Programming, Modeling, and Data Visualization with Environmental Health Applications
Tuesdays & Thursdays, 4:00 to 5:20 PM 3 credits, graded Taught remotely via Zoom Instructor: Cory Morin, PhD Email: cwmorin@uw.edu Course Description: Increases in computing power and growth in the availability of data have allowed scientists to expand their research, create effective data visualizations, and develop and run quantitative models. This course will introduce students to…
February 3, 2021
Spring 2021- INDE 516: Applications of Optimization in Engineering Design
Professor Zelda Zabinsky – MW 8:30 – 9:50 am, Remote Optimization is very useful in engineering design, operations, and strategic planning. Often these problems can be modeled with computer programs but lack a closed-form mathematical formulation. The problems often lack structure and may be non-convex, multi-modal, non-differentiable, and include both real-valued and integer variables. The…
January 27, 2021
SPRING 21′ Course Announcement – EE 535/400A: Applied Nanophotonics
EE400A / EE535: Applied Nanophotonics (SLN: 13457 / 13493) Phys 576: Selected topic in experimental physics Course Instructor: Arka Majumdar (arka@uw.edu) Course offered: Spring, 2021 (Mon, Wed 12:30-2:20pm); 4 credits Spanning the entire history of human civilization light has remained one of the most important media for information and knowledge transfer, starting with the lighting…
December 18, 2020
New course in Photonics, winter quarter 2021 – EE 400C/539 Advanced Photonics (Photonics II)
EE 400C/539 Advanced Photonics (Photonics II) Class time: Wednesday and Friday 9:30-11:20 a.m., offered via remote learning Photonics has become ubiquitous and enabled many applications that impact society, ranging from sensing, communications, lighting and displays, to medical imaging and quantum technologies. EE400C/539 “Advanced Photonics” is the second part of the two-quarter photonics courses in ECE….
December 1, 2020
ENGINE Voting Form – deadline extended to December 6th
The voting deadline for ENGINE has been extended to December 6th https://forms.gle/7ck2ZuK4i3w2sa6RA You can view a video recording of the annual ENGINE Pitch Event, with a presentation of almost 40 industry-sponsored projects to start in Winter 2021 and wrap up at the end of Spring (two quarters – EE 598). at https://washington.zoom.us/rec/share/tllDCadv4Va4JCVxH71PPkJcfiD_vH-a_e41234NA5jJreQeYuMs1G0fHs9zconL.TCg-DwbM_1J1K4uO (requires SSO login via NetID authentication)
Space Available in Technical Leadership, IND E 582B, SLN 15735
One of the most popular courses still has space available for graduate students in any engineering discipline. Professor Tamaira Ross was recently awarded the Society Of Women Engineers’ STEM advocacy award: https://we20awards.swe.org/2020/10/26/tamaira-ross/. Please email Sheila Prusa sprusa@uw.edu for an add code or Professor Tamaira Ross tamaira@uw.edu for details on the class. Attachments: INDE 582 2019 Technical…
November 30, 2020
Winter Quarter Classes on Human Performance Modeling and Integer Programming
The Industrial & Systems Engineering department is offering two special topics classes this Winter Integer Programming, IND E 599 A, SLN 15739, which meets TTh 2:30-3:50 (see attached the course description and syllabus); And Human Performance Modeling, IND E 599 B, SLN 15740, which meets MW 11:30 -12:50 (see the attached course description and syllabus)….
November 23, 2020
Mechanical Engineering 531, Winter 2021
Graduate level conduction heat transfer, is ideal for students who wish to reinforce master’s level math proficiency through application to purely conducting thermal energy in steady, transient, multi-dimensional problems as well as composites, including isotropic and anisotropic solids. Assigned homework problems include comparison of exact analytical solutions with numerical results; use of ANSYS or Star CCM+ software…
November 19, 2020
Wellness and Resilience Series: EDUC 215 and 216
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