Experience
Education
Licenses & Certifications
-
Certified in Production & Inventory Management (CPIM)
Association for Operations Research (APICS)
-
IBM Cognos TM1 Certified Developer
IBM Software Solutions Group
-
Six-Sigma Green Belt Certification
Abbott Global Business Excellence Council
Publications
-
The Effects of Anti-Price Gouging Legislation on Supply Chain Dynamics
Cal Poly Digital Commons
The purpose of this thesis is to model the effects of anti-price gouging (APG) legislation on the costs to businesses during the recovery period of a disaster. A system dynamics model of a business’s replenishment procedures is used to simulate the effects of APG legislation on business performance. Economists have published expansive research on the effects of price ceilings on supply and demand, but there is little research evidence on the operational consequences of price ceiling…
The purpose of this thesis is to model the effects of anti-price gouging (APG) legislation on the costs to businesses during the recovery period of a disaster. A system dynamics model of a business’s replenishment procedures is used to simulate the effects of APG legislation on business performance. Economists have published expansive research on the effects of price ceilings on supply and demand, but there is little research evidence on the operational consequences of price ceiling legislation on business costs. APG legislation increases consumer’s forward buying and shortage gaming after a disaster by removing price incentives to be frugal. Forward buying and shortage gaming are two key drivers of the demand variation and the bullwhip effect, which leads to increased inventory costs, misguided capacity expansion and reduced service levels. These costs have a negative impact on local businesses that are critical to a community’s economic health and recovery from a disaster. The simulation results from this thesis show that APG legislation is not an effective regulatory response to decrease the impact of disasters on affected communities.
-
Design of an 8-Channel Data Acquisition System for Measuring Diode Junction Temperature
Digital Commons at Cal Poly
The solid state lighting industry is striving to expand the use of light emitting diodes (LEDs) in more applications, particularly in high brightness applications. As the power of LEDs increase, heat removal becomes a critical issue. To improve device lifetime, quantum efficiency, and LED colour, the diode p-n junction temperature (Tj) must be kept to a minimum. Measuring this key parameter is difficult or impossible with direct methods, such as thermocouples and infrared cameras, due to the…
The solid state lighting industry is striving to expand the use of light emitting diodes (LEDs) in more applications, particularly in high brightness applications. As the power of LEDs increase, heat removal becomes a critical issue. To improve device lifetime, quantum efficiency, and LED colour, the diode p-n junction temperature (Tj) must be kept to a minimum. Measuring this key parameter is difficult or impossible with direct methods, such as thermocouples and infrared cameras, due to the small size of LEDs. Fortunately, junction temperature can be measured indirectly by using a relationship between the diode forward voltage (Vf) and junction temperature. This allows for measurement of LED junction temperature after initial calibration with a digital multi-meter with an approximately linear equation that relates the forward voltage of the diode to its junction temperature. This senior project is a summary of the design, fabrication and testing of a system that allows for calibration necessary to develop a working equation that can be used to measure junction temperature of a given diode.
Other similar profiles
Explore collaborative articles
We’re unlocking community knowledge in a new way. Experts add insights directly into each article, started with the help of AI.
Explore MoreOthers named Jason Maynard in United States
-
Jason Maynard
-
Jason Maynard
-
Jason Maynard
Associate Director, Product Value Stream Lead, Complex Systems and Valves
-
Jason Maynard
106 others named Jason Maynard in United States are on LinkedIn
See others named Jason Maynard