No |
Name(s) |
Title |
Quarter Completed |
---|
1
|
Joseph Sagisi
|
Switched-mode 5 volt DC regulated power supply
|
Spring 2000
|
2
|
Laurence Navea Abcede
|
High power insulated gate bipolar transistor for the electric vehicle
|
Spring 2000
|
3
|
Gary Gebhardt
|
Computer Peripheral Power Controller
|
Spring 2001
|
4
|
Jeffrey Couvrette
|
Zero-Current Switching Resonant Buck Converter
|
Spring 2001
|
5
|
Jeffrey Scott Greinke
|
Square wave single phase inverter
|
Spring 2001
|
6
|
Brandon Tolentino
|
Three-phase six-pulse inverter
|
Spring 2001
|
7
|
Roberto Gonzalez and Alex Yan
|
High voltage direct current transmission line model
|
Spring 2001
|
8
|
Daniel Iseman
|
Switching Mode Boost Converter
|
Spring 2001
|
9
|
Albert Pham
|
Switching Mode Buck Converter
|
Spring 2001
|
10
|
Linda Kakinami
|
Web-based Harmonic Simulator
|
Fall 2001
|
11
|
Trish Doan and Kevin Banister
|
Buck-boost DC-DC converter using pulse width modulation feedback control
|
Fall 2001
|
12
|
Kevin Quetano and Karl Buckman
|
Development of Photovoltaic Facility
|
Spring 2002
|
13
|
Augusto DeCastro
|
Internet Based Servomotor Control for Solar Panel Remote Operation
|
Spring 2002
|
14
|
Daniel Fritz
|
Thyristor-Based Rectifier and Inverter Control
|
Spring 2002
|
15
|
HongDiem Dinh
|
Internet Based DC Motor Control for Solar Panel Remote Operation
|
Spring 2002
|
16
|
Edward Surber
|
Solar Panel Position Control Using Two Axis Servomotors
|
Spring 2002
|
17
|
Diana Puig
|
Servomotor Winding and Unwinding Application
|
Spring 2002
|
18
|
Michael Antiniw
|
Infrared Transmitter and Receiver for PC Joystick
|
Spring 2002
|
19
|
Travis Meek
|
Power Supply Design for Air Conditioning Controller
|
Spring 2002
|
20
|
Andy Kuok
|
Power Supply Design for Cold Cathode Fluorescence Lamp
|
Spring 2002
|
21
|
Glenn Liao
|
Implementation of PLC for Motor Control
|
Winter 03
|
22
|
David Ferbert
|
A 15W DCM Flyback Converter
|
Winter 03
|
23
|
Vu Ngo
|
Synchronous Buck Controller
|
Winter 03
|
24
|
Brian Engleton
|
Multiple Buck Converters with Load Sharing and Synchronous Rectifier
|
Winter 03
|
25
|
Gernard Ferril and Marvin C.
|
Design of 450W Sinuoidal PWM Inverter for Solar Panels
|
Spring 03
|
26
|
Thomas Kelly
|
Solid State Based Transformer Tap Changer
|
Spring 03
|
27
|
Seong Yang and Andrew Garcia
|
Design of Modulated Square Wave Inverter
|
Spring 03
|
28
|
Matthew Hartman
|
Power Factor Correction Using Boost Converter
|
Spring 03
|
29
|
Russel Cruzen
|
Power Electronics Based Motor Starter Controller
|
Summer 03
|
30
|
Sam Waters
|
Quazi Resonant using UC3868
|
Spring 03
|
31
|
Martin Hess
|
3-Phase Induction Motor ASD for Use as A Vector Control Development
|
Fall 03
|
32
|
Thay Kour Chau
|
Lab-View Based Servomotor Experiment
|
Fall 03
|
33
|
Fidel Castro
|
Switch Mode Inverter Using IR2111
|
Winter 04
|
34
|
Sarah Ahrendes
|
Design of 5V/175W High-Density DC-DC Converter
|
Spring 04
|
35
|
Shana Dee and Mathew Kwan
|
Building A Small-scale 500W Wind-Powered House
|
Spring 04
|
36
|
Keith Laforga
|
PLC-based Control VFD for Pump
|
Spring 04
|
37
|
Tony Moreno and Ethan Newman
|
High-Power PWM Motor Drive
|
Spring 04
|
38
|
Adrian Rolufs
|
DC Motor Drives Using Microcontroller
|
Spring 04
|
39
|
Megan Smalley
|
Simulation of Hybrid Solar-Powered House
|
Spring 04
|
40
|
Edwin Tahlman
|
Design of 7A 1/3HP Small DC Motor Drive
|
Spring 04
|
41
|
Vincent Wong and Eric Ho
|
1kW AC-AC Converter Using Integral-Cycle Control
|
Spring 04
|
42
|
April Yan
|
Dynamic Analysis of STATCOM with and without Battery Storage
|
Fall 04
|
43
|
Trent Drenon
|
Design of Series Loaded Resonant Converter
|
Fall 04
|
44
|
Emili Schaefer
|
Performance characteristics of a static VAR compensator
|
Summer 2004
|
45
|
Kam Insixiengmay
|
Investigation of the efficiency in high-density light-weight DC-to-DC converter
|
Winter 2005
|
46
|
Yla Alivia and April Oliver
|
Investigation of output inductance and power switch selection as a function of efficiency
|
Winter 2005
|
47
|
Pimsy Kapoor
|
Synchronous Flyback Converter
|
Winter 2005
|
48
|
Lily Pang and Karen Kyain
|
Investigation of Input Harmonics of Three-Phase Rectifier
|
Spring 2005
|
49
|
Kay Ohn
|
Investigation of efficiency improvement in high-density light-weight DC-DC converter
|
Spring 2005
|
50
|
John Villalpando
|
Snubber Circuits
|
Spring 2005
|
51
|
Weizhen Ou
|
Investigation on diodes' efficiencies for DC-DC converters
|
Spring 2005
|
52
|
Brian Butterfield
|
Multiple inputs DC to DC converter with equally drawn source-power
|
Spring 2005
|
53
|
Julio Molina
|
Multiple input DC to DC converter to implement a grid-tied photo-voltaic system
|
Spring 2005
|
54
|
Joanna Chong
|
Half-wave, full-wave and three phase controlled rectifier
|
Spring 2005
|
55
|
Laura Foster
|
Synchronous Flyback Converter
|
Spring 2005
|
56
|
Jason Aranas
|
DC-DC converter performance under various temperature and humidity conditions
|
Spring 2005
|
57
|
Sherman Tu and Cory Mitsui
|
Siemens adjustable AC drive with dual induction motors
|
Spring 2005
|
58
|
Nick Wernicke
|
Mobile audio amplifier design and construction
|
Spring 2005
|
59
|
Alaa Suliman and Khamran Khan
|
Low Cost Electric Range Control Using Triac
|
Fall 2005
|
60
|
Tyler Kelly
|
Soft starting a 3-phase induction motor using phase control
|
Spring 2005
|
61
|
Brian Madali
|
Development of Synchronous Flyback Converter Experiment
|
Winter 2006
|
62
|
Ryan Louie
|
Static VAR Compensator
|
Winter 2006
|
63
|
Joseph Dews
|
Motor Control in Surgical Equipment
|
Winter 2006
|
64
|
Mikhail Voroniouk
|
DC-DC computer power supply in automotive application : research and design
|
Winter 2006
|
65
|
Ruben Magana
|
Development of HMI for Metal Processing
|
Winter 2006
|
66
|
Dayv Cabrito
|
FET Bass Guitar Amplifier with a Switching Power Supply
|
Fall 2006
|
67
|
Rudi Rudianto
|
LabView Based Power Measurements
|
Fall 2006
|
68
|
Nikil Mulakken
|
Power Quality Study of Input Power to DC Drive
|
Winter 2006
|
69
|
Jose Mendoza and Wilfredo Guevara
|
Fuel Cell Powered Miniature Car
|
Spring 2006
|
70
|
Daniel Vang and Songu Kim
|
3.3V 50W Flyback Converter With Super Barrier Rectifier
|
Spring 2006
|
71
|
Arief Hernadi and Jennifer Sumera
|
3.3V 50W Flyback Converter with Synchronous Rectifier and Super Barrier Rectifier
|
Spring 2006
|
72
|
Nick C. and Tom Lopez
|
15V 50W Flyback Converter with Synchronous Rectifier and Super Barrier Rectifier
|
Spring 2006
|
73
|
Hasham Younas and Paul Streder
|
Buck Converter for Cell-Phone Battery with Super Barrier Rectifier
|
Spring 2006
|
74
|
Matthew Schwalbe
|
3.3V 30W Buck Converter with Super Barrier Rectifier
|
Spring 2006
|
75
|
Aung Htut
|
3.3V 30W Buck Converter with Synchronous Rectification and Super Barrier Rectifier
|
Spring 2006
|
76
|
Ryan Yamamoto and Oliva Reyes
|
12V 30W Buck Converter with Super Barrier Rectifier
|
Spring 2006
|
77
|
Christopher Liu
|
12V 15W Boost Converter with Super Barrier Rectifier
|
Spring 2006
|
78
|
Geoff Lewis and Bruce Lozano
|
100W 15V Off-line Power Supply with Super Barrier Rectifier
|
Spring 2006
|
79
|
Sean True
|
Design of a Flyback Converter With Multiple Outputs
|
Spring 2006
|
80
|
Rizwaan Sahib
|
The magnetic hydraulic emulator
|
Spring 2006
|
81
|
Eric Phillips
|
A buck converter for the SUPER project
|
Spring 2006
|
82
|
Kimberley Ng
|
A Web-based resistor selector for voltage divider circuits
|
Fall 2006
|
83
|
Holly Hyunh
|
10Watt 5V Buck Converter
|
Fall 2006
|
84
|
Ylie Valeriano
|
DMOS DC Motor Drives
|
Fall 2006
|
85
|
Calvin Dinh
|
Pulse-width modulated DC to AC inverter
|
Winter 2007
|
86
|
Akeem and Robbie Taketa
|
Wind-powered Battery Charger
|
Winter 2007
|
87
|
Robert Casanova and Kyaw Shein
|
SuPER Project Synchronous Dc-Dc Converter With Varying Output
|
Winter 2007
|
88
|
Johny Chien
|
[Semiconductor Project National Semiconductor]
|
Winter 2007
|
89
|
Ramon Noble
|
Buck Converter for Philips Portable CD Player
|
Fall 2007
|
90
|
Daniel Bo
|
DC to AC Conversion using a PWM Inverter
|
Spring 2008
|
91
|
J. Romero, R. Evans, T. Carabajal
|
Space Elevator, Jr
|
Spring 2008
|
92
|
Nathan Wong and Tek Kearng
|
Multiphase Buck Converter
|
Spring 2008
|
93
|
Bryan Paet
|
Design of a Small Scale Static VAR Compensator
|
Spring 2008
|
94
|
Steven Lee and Alex Aldama
|
Single Phase Interconnected H-Bridge Power Inverter
|
Spring 2008
|
95
|
Philip Calacsan
|
Bicycle Driven Electric Power Generator : System Design
|
Spring 2008
|
96
|
Fernando Gomez
|
Wind Powered Battery Charger
|
Spring 2008
|
97
|
Bruce Chiang
|
Design of a 100W Square Wave Inverter
|
Spring 2008
|
98
|
Guillermo Guererro
|
LED Driver Circuit for Solar-Powered Lighting
|
Fall 2008
|
99
|
Nancy Rubalcava
|
Moving-Vehicle Powered Battery Charger
|
Winter 2009
|
100
|
Peter Liang
|
Implementation and Design of Magnetic Circuit
|
Winter 2009
|
101
|
Michael Lim
|
Solar Powered Battery Charger on Sun Shade Visor
|
Winter 2009
|
102
|
Brian Luc
|
Water Powered Battery Charger
|
Spring 2009
|
102
|
Kyaw Htin
|
Design of DC-DC Boost Converter
|
Spring 2009
|
103
|
Michael Newbry and Percy Vigo
|
1.5kW PWM Bipolar Inverter
|
Spring 2009
|
104
|
Andrew Lundt
|
Rotor Powered Battery Charger
|
Spring 2009
|
105
|
Andre Pratama
|
Thyristor Controlled Single Phase Full Wave Rectifier
|
Spring 2009
|
106
|
Jesse Duenas
|
Air-Flow Powered Cell-Phone Charger
|
Spring 2009
|
107
|
Haroun Idris and Ibrahim Idris
|
Lab Scale Thyristor Rectifier and Static VAR Compensator Circuits
|
Fall 2009
|
108
|
Robert Cong, Peter Vong, Rodney Martinez and Mark Casilang
|
Electric Bicycle System
|
Spring 2010
|
109
|
Michael Brim
|
Magnetic Design Web Application
|
Spring 2010
|
110
|
Christian Ramos and Danny Li
|
Design of a High-Low Unipolar Pulse Width Modulated Inverter
|
Spring 2010
|
111
|
Mike Ruelan and Justin Gragg
|
An Expandable Micromotor DC Drive System
|
Spring 2010
|
112
|
John Brewer and Kamaljit B.
|
High Voltage Switched-Mode Power Supply for Three-Phase AC Aircraft Power Systems
|
Spring 2010
|
113
|
Jeremy Holliman
|
Casa de Salud - Community Health Clinic Photovoltaic System Design
|
Fall 2010
|
114
|
Tyler Bleuvelt and Michael Detmers
|
Variable Voltage DC Wall Outlet for DC House
|
Spring 2011
|
115
|
Luis Perez and Hao Mai
|
Photovoltaic System Design for DC House
|
Spring 2011
|
116
|
Dennis Kwan and Mitchel Krug
|
Wind Power Generator Design for DC House
|
Spring 2011
|
117
|
Evan Lim and Samson Liu
|
Hydro-Power Generator Design for DC House
|
Spring 2011
|
118
|
Louis Goguely and Brandon Hayes
|
Bicycle Power Generator Design for DC House: Off Grid Energy Solutions
|
Spring 2011
|
119
|
Ryan Sidarto and Kelvin Tran
|
PWM Inverter
|
Spring 2011
|
120
|
Genaro Sanchez, Erick Del Real, and Alan Galarza
|
Portable Solar Powered Water Desalination System
|
Spring 2011
|
121
|
Joshua Brookley
|
Current Tracking Power Supply for Sensor Calibration
|
Spring 2011
|
122
|
Jessica Chaidez
|
DC House Modeling and System Design
|
Spring 2011
|
123
|
Wayland Chan
|
IMU Integration to the Cal Poly Spacecraft Attitude Dynamics Simulator Power System
|
Spring 2011
|
124
|
Ervin Carrillo
|
Equating a Car Alternator with the Generated Voltage Equation
|
Winter 2012
|
125
|
Andrew Heffner and Antonio Magdaleno
|
Cell Phone Charger for the DC House Project
|
Spring 2012
|
126
|
Mark Cabaj
|
DC House Model Design and Construction
|
Spring 2012
|
127
|
Jeff Healy and Bill Varsh
|
Human Powered Generation - Seesaw
|
Spring 2012
|
128
|
Owen Jong
|
Multiple Input Single Output (MISO) DC-DC Converter for the DC House Project
|
Spring 2012
|
129
|
Dylan Vanlant and Chenxi Zhang
|
12 Volt Wall Outlet for the DC House Project
|
Spring 2012
|
130
|
Yuri Carrillo
|
Retrofitting a Car Alternator for Low-Speed Power Generation
|
Spring 2012
|
131
|
John Therampilly
|
Cell Phone Charger using Multiple Sources of Renewable Energy
|
Spring 2012
|
132 |
Hugh Pham |
Automated Inductor Characterization System |
Winter 2013 |
133 |
Khanh Ho |
DC House Distribution Panel |
Winter 2013 |
134 |
Scott Merrick |
Low Speed Alternator Design |
Spring 2013 |
135 |
Robert Baggao |
Unipolar Pulse Width Modulation Inverter |
Spring 2013 |
136 |
Juan Avelar, Juan Galindo, and Juan Ramos |
Swing Human Powered Generator for the DC House Project |
Spring 2013 |
137 |
Randy Lormand and Christopher Goloskie |
Wind and Hydroelectric Power Simulation for the DC House Project |
Spring 2013 |
138 |
Daniel Barnicle and Dario Romero |
Merry-Go-Round Human Powered Generator |
Spring 2013 |
139 |
Nolan Joksch |
Design of Improved Distribution Panel for the DC House |
Spring 2013 |
140 |
James Biggs and Andrew Aw |
Design of Portable Nano-Hydro Power Generator |
Fall 2013 |
141 |
Haoyan Huang and Cory Yee |
Design of Improved Smart DC Wall Plug for the DC House Project |
Spring 2014 |
142 |
Sal Navaro and Sarah Ashe |
Design of Improved Merry-Go-Round Human Powered Generator for the DC House Project |
Spring 2014 |
143 |
Brandon Wong, Danny Cai, Tim Lai |
Design of Improved Swing Human Powered Generator for the DC House Project |
Spring 2014 |
144 |
Scott Chau and Kevin Gingrich |
Integration of PV and Simulated DC Sources for the DC House Project |
Spring 2014 |
145 |
Xin Chen and Ryan Harada |
Design of a PWM Inverter Circuit for Power Electronics Lab |
Spring 2014 |
146 |
Philip Yu and Stephen Leung |
High Voltage Pulse-Width Generator for the Algae Biofuel Project |
Spring 2014 |
147 |
Michael Babalola |
CBM for Power Transformers |
Spring 2014 |
148 |
Caleb Fink, Victor Ojewole, Chris Tan |
Portable Nano-Hydro Power Generator System for the DC House Project |
Spring 2014 |
149 |
Jacob Michener and Anthony Llyod |
Ventilation Wind Turbine Generator |
Spring 2014 |
150 |
Siby James and Chad Santos |
Design of a Multiple Input Single Output DC-DC Converter for the DC House Project |
Spring 2014 |
151 |
David Treffkorn |
DC House Energy Management System |
Fall 2015 |
152 |
Tzyyyuan Huang and Christopher Ng |
Portable Nano Hydropower Generator |
Spring 2016 |
153 |
Song Lee and Joseph Lee |
Portable Storage Device for Wind and Solar Energy |
Spring 2016 |
154 |
Gustavo Naranjo and Richie Tolentino |
Improved Merry-Go-Round Generator for the DC House Project |
Spring 2016 |
155 |
Maxwell Muscarella |
Electric Priority Switch Board |
Spring 2016 |
156 |
Edward Pacaoan |
Uninterruptible Power Supply for Ceiling |
Spring 2016 |
157 |
Alam Salguero and Kyle Weeks |
Automatic Water Pump Controller |
Spring 2016 |
158 |
Alex Gasper and Bret Omsberg |
Faraday Rechargeable Battery System |
Spring 2016 |
159 |
Brandon Stafford |
Comparison of AC and DC LED Light Bulb Efficiency for the DC House Project |
Winter 2017 |
160 |
Amanda Barley, Joshua Chung, Allen Scozzari |
Lab-Scale Circuit Breaker Module for Power System Laboratories |
Spring 2017 |
161 |
Aaron Bartfield, Tanner Mjelde, Kaylan Naicker, |
Solar Roller - Solar Powered USB Charging Station |
Spring 2017 |
162 |
Daniel Carlson |
Wireless Charging for Bluetooth Earphones |
Spring 2017 |
163 |
Zack Eldredge, Zoe Hay |
DC House Energy Management System |
Spring 2017 |
164 |
Ryan Flick, Andrew Hodges |
Light Sensing Smart Blind |
Spring 2017 |
165 |
Dylan Grant, Wei Yeh |
Hybrid Water Pump |
Spring 2017 |
166 |
David Juarez, Edward Liu |
Portable Storage Device for Wind And Solar Energy |
Spring 2017 |
167 |
Forrest Lipske, Daniel Dich-Dang |
Dual Input Microinverter for Tandem Cells |
Spring 2017 |
168 |
Trung Nguyen |
Stand-By Power-Saving Power Strip |
Spring 2017 |
169 |
Vineal Singh, Emily Whitaker, Edith Rodriguez |
Student Experimental Farm Smart Pathway Lighting System |
Spring 2017 |
170 |
William Xiong, Jonathan Sato |
Adaptive Light Dimmer for a Smart House |
Spring 2017 |
171 |
Jonathan Gunawan |
DC House Energy Management System |
Spring 2017 |
172 |
Austin Rivera, Nathaniel DeBruno, Jericho Perlas |
Uninterruptible Power Supply System for Fan |
Fall 2017 |
173 |
Sophia DeGuia and Sarahanne Heredia |
Solar Panel Cleaning System |
Spring 2018 |
174 |
Miles Head |
Investigating Efficiency of AC Direct Drive of LED Lighting |
Spring 2018 |
175 |
Nathan Martinez |
Human-Machine Interface and SCADA Database for Microgrid Protection Student Laboratory |
Spring 2018 |
176 |
Yei Trinh and Garvin Yee |
Circuit Breaker Module |
Spring 2018 |
177 |
Usamah Ahmad and Scott Wu |
Analysis of Improved Multiphase Buck Converter |
Spring 2018 |
178 |
Michael Djaja and Chris Rotsios |
Wind/Hydro Generator Simulator |
Spring 2018 |
179 |
Nicholas Benitez |
MISO Converter Interface Module for the DC House Project |
Fall 2018 |
180 |
Kean Wee |
Design and Test of Wide Input and Output Constant Current LED Driver |
Fall 2018 |
181 |
Ashley Wood |
Semi-Automated Splice Table Control System |
Winter 2018 |
182 |
Michael Campos, Nadir Khan, and Samantha Bituen |
Development of PLC Lab Experiments |
Spring 2019 |
183 |
Jason Zhou and Nick Mah |
Design of DC-DC Converter for the Formula Car |
Spring 2019 |
184 |
Brian Arbiv, Kyle Halloran, and Summer Rutherford |
Bidirectional DC-DC Converter Module for the DC House Project |
Spring 2019 |
185 |
Ezzeddeen Gazali and Tyler Starr |
USB-C Laptop Charger Power Supply for the DC House Project |
Spring 2019 |
186 |
Kenneth Nguyen, Nikki Gmerrek, Uriel Serna |
USB-C Power Adapter for the DC House Project |
Spring 2019 |
187 |
Benjamin Tan, Rafael Santiago and Brendan Schoemehl |
Smart Pathway Lighting |
Spring 2019 |
188 |
Daniel Leon-Gijon and Jason Chauvin |
Hybrid AC and DC System using MISO converter |
Spring 2019 |
189 |
Jacob Lamkin |
PV MPPT Water Pump Controller |
Fall 2019 |
190 |
Kajan Moorthy |
Asphalt and Adhesive Flow and Level Control |
Fall 2019 |
191 |
Eileen Tran & Brittany Won |
Plant Growing Control Using Modicon M580 |
Spring 2020 |
192 |
Anthony Tyler and Kevin Shipp |
HVAC Fan Control Using Modicon M580 |
Spring 2020 |
193 |
Elena Postupalskaya & Nathan Wang |
Conducted and Radiated EMI Measurements of Parallel Buck Converters Under Varying Spread Spectrum Parameters |
Spring 2020 |
194 |
Timothy Jeong & Elizabeth Davis |
A Clamping + LDO Off-Line Power Supply |
Spring 2020 |
195 |
Gabriel Leonides, Lauren Rotsios, and Chris Peters |
Design of Low Cost MISO Converter with Improved Efficiency |
Spring 2020 |
196 |
Quyen Nguyen, Astha Adhikari, and Brian Armijo |
Design of MISO Converter for FarmBot |
Spring 2020 |
197 |
Luis Onofre, Oscar Ambriz, and John Hamlin |
Bidirectional DC-DC Converter for the DC House Centralized Battery System |
Spring 2020 |
198 |
Nick Steele, Justin Otus, and Patrick Murphy |
Wind/Hydro Power Generation Simulator |
Spring 2020 |
199 |
Timothy Chen and Albert Panuco |
Direct AC converter for Solar Panel with Embedded Electronics |
Spring 2020 |
200 |
Jose Hurtado and Andrew Hunt |
Power System Capacitor Study |
Fall 2020 |
201 |
Stan Carpenco & Marina Dushenko |
Power System Capacitor Study |
Fall 2020 |
202 |
Lisa Swartz |
Development of PSCAD Model for Flow Battery |
Spring 2020 |
203 |
Samuel Lopez |
Audio Loop Station |
Fall 2020 |
204 |
Joe Shafie & Tim Nguyen |
DC House Network Design and Modeling |
Fall 2020 |
205 |
Jason Heil & Nicholas Palmer |
Miniaturized Ultraviolet Imager High Voltage Power Supply |
Spring 2021 |
206 |
Jeni Kawate, Janine Darato & Nick Martha |
Power Line Coupling Power Supply Design |
Spring 2021 |
207 |
Casey Winans, Erin O'rourke & Vinh Tran |
Hybrid AC/DC House |
Spring 2021 |
208 |
Kadin Stephens |
Multiphase Buck Converter implementing Galium Nitride Semiconductor |
Winter 2021 |
209 |
Armando Lopez & Nicole Lai |
Resilient Energy Assessment |
Spring 2021 |
210 |
Pedro Rincon & Fabian Enriquez |
Buck Converter with Voltage Foldback Protection |
Spring 2021 |
211 |
Shane Alayvilla, Grayson Capers & Justin Rodrigues |
2021 Department of Energy Collegiate Wind Competition Electrical System |
Spring 2021 |
212 |
Esteban Rubio & Matthew Delaby |
AC/DC LED Light Bulb Adaptor with Internal Rechargeable Batteries |
Fall 2021 |
213 |
Jonathan Hidalgo & Quinton LaComb |
Load Slammer Design for DC-DC Converter Testing |
Spring 2022 |
214 |
Dino Maslic & Ridge Lahti |
Smart USB-C Wall Plug for the DC House Project |
Spring 2022 |
215 |
Sajjad Ahsan, Arsalan Mughal & Mark Rapiz |
Controlling Temperature of DC-DC Converter Using Switching Frequency Adjustment |
Spring 2022 |
216 |
Mohammad Nouman Baryal, Kristian Cruz & Celina Mendez |
Hybrid AC/DC Light Bulb |
Spring 2022 |
217 |
Luis Rodriguez & Nicholas McAdams |
Hybrid AC/DC House: The Road to a Sustainable Future |
Spring 2022 |
218 |
Evan Luu & Jeffrey Shieh |
Microgrid Energy Storage Branch |
Spring 2022 |
219 |
Adrian Aranjo, Rocio Sanchez & Carlos Rocha |
Current Source DC-DC Converter |
Spring 2022 |
220 |
Panthil Patel & Lumanti Tuladhar |
HVAC Hardware Modeling Using Programmable Automatic Controller |
Spring 2022 |
221 |
Micah Fitzgerald, Enrique Osorio & Jordan Perlas |
SDGE Power System Reliability Study |
Spring 2022 |
222 |
Sabrina Nguyen |
SDGE Power System Reliability Study |
Fall 2022 |
223 |
Falak Patel and Ramon Jaramillo |
Recloser and Circuit Breaker Controller |
Spring 2023 |
224 |
Trevor J. Beck |
Industrial Automation and Controls Lab: Smart LED Dimmer Control |
Spring 2023 |
225 |
Noah R. Johnson and Marc Wong |
Energy Storage and Communication System |
Spring 2023 |
226 |
Jason G. Milne and Nick Mark |
Variable Frequency Motor Drive Application |
Spring 2023 |
227 |
Lily Seymour and Stephen Alvarado |
Pre-Regulator Switching Converter for Photovoltaic Inverters |
Spring 2023 |
228 |
Eduardo Andres Muñoz and Giovanni Ramirez Angel |
Development of Cal Poly’s Hybrid AC/DC House |
Spring 2023 |
229 |
Kian N. Orang and Marcelo Garcia |
Battery Hardware Simulator |
Spring 2023 |
230 |
Richard Kwan, Andrew Armstrong, and John Rodinec |
Current Source DC-DC Converter for Undersea Fiber Optic Sensors |
Spring 2023 |
231 |
Abdullah Awidah, Morgan Boehme, Payton Chalstrom, Alejandra Zapata |
Power Thyristor Controller for Speed Control of DC Motor |
Spring 2023 |
232 |
Ryan Bailey, Miguel Carmona, Jose Velez-Lopez |
Development of Multiple Input Single Output DC-DC Converter for Cal Poly's Hybrid AC-DC House |
Spring 2023 |
233 |
Jacqueline Radding and Leonard Hernadez |
PLC Laboratory Development |
Winter 2024 |
234 |
Arden Abude |
Improvements of Hybrid AC/DC House |
Winter 2024 |