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Cal Poly EE Senior Project 2011 Showcase
Cal Poly Electrical Engineering Spring Senior Project Showcase
Cal Poly EE Senior Project 2011 Showcase
Cal Poly Electrical Engineering Spring Senior Project Showcase
MAJOR PROJECT BY FINAL YEAR STUDENTS OF ELECTRICAL ENGINEERING DEPARTMENT!
“LARGE SCALE POWER GRID IS MODELLED INTO SMALL UNIT TO ENHANCE CLARITY AND STEP-BY-STEP WORKING, RIGHT FROM GENERATION TO TRANSMISSION TO DISTRIBUTION TO UTILIZATION”
“TECHNOLOGY IS BLESSING WHEN IT FASTENS THE GROWTH OF COMMON LIVES!”
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#MAJOR_PROJECT
#POWER_GRID
#ElectricalEngineering
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Actually it was for Halloween 1985. Bleeding-edge engineering at the University of Alberta campus in Edmonton, Alberta, Canada.
Shot in Nov. 1985 with Carena SRH500 on Kodacolor ISO-400 film.
Discovered by Bex (and me) on our way to Zeitgeist Saturday afternoon.
It's ancient and likely not worth anything, but it does work. It comes complete with two probes (and two different kinds of tips) and ground leads, the power supply, and a spiffy little case.
Electrical engineering PhD student Ke Sun conducts experiments with the 3D branched nanowire array. Photo Credit: Joshua Knoff, UC San Diego Jacobs School of Engineering.
Long term, it most surely has a very bright future. But MATLAB has never been a suitable option for a quick fix, which is what the majority of students are looking for. In contrast to other popular programming language jobs, starting salaries will never be too enticing.
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As Texas’ electric grid operator prepares to add power lines for carrying future wind-generated energy, an electrical engineer at The University of Texas at Austin is developing improved methods for determining the extent to which power from a wind farm can displace a conventional power plant, and how best to regulate varying wind power. With a two-year, $200,000 grant from the National Science Foundation, Santoso and his students are developing computational methods to measure how much a wind farm can contribute to meeting expected power needs. Santoso’s lab is also using the funding to establish the technical requirements of energy storage systems that would serve as temporary ”batteries” for releasing stored wind energy at optimal times.
This is the first version of the augmented boost converter designed by Onish Kumar and Pradeep Shenoy. I was tasked with making this board operate and then designing the next version.
The top printed circuit board of my senior design project. Contains two buck converters realized with TI's TSP5450 chip. Input is 25 V dc and output is two 5 V, 5 A ports.