Uber
Uber Atg Self Driving Group Strategic Finance Bp
Uber Jun 2018 - Dec 2018
Global Cost Accounting Manager
Uber Jun 2017 - Jun 2018
Cost and Finance Manager - Self Driving
Square Sep 2015 - Jun 2017
Hardware Accounting Lead
Tesla Apr 2013 - Sep 2015
Senior Cost Analyst - Manufacturing and Operations
Education:
Harvard Business School Online 2017
Ucla Anderson School of Management 2012 - 2012
Master of Business Administration, Masters
University of Texas 2006
Bachelors, Business
University of Texas 2006
Bachelors, Bachelor of Science, Accounting
University of Nebraska - Central Administration System Office 2004
Harvard Business School
Skills:
Sap Cost Accounting Financial Accounting Management Accounting Six Sigma Treasury Management Investments
Languages:
English Korean
Certifications:
Global Sap Erp Professional License Power User Samsung, License Power User
Mosys Jun 2000 - Oct 2012
Senior Director, Design Memory Ip
Mosys Jan 2000 - Jan 2008
Design Manager
Silicon Magic Jan 1999 - Jan 2000
Member of Technical Staff
Lg Semincon Jan 1987 - Jan 1999
Principal Engineer
Education:
Hanyang University 1983 - 1986
Bachelors, Bachelor of Science, Engineering
Skills:
Full Custome Circuit Design For Memory Ip Hands on Knowledge of Debugging Silicon on Nano Meter Process 1T Sram Or Dram Product Design Hands on Knowledge on Redundancy and Ecc For Memory Hspice/Verilog Simulation and Verification Good Documentation Skill Leader of Design Project Full Custom Memory Or Ip Good Problem Solving Skill Memory Architectures For Variety of Soc Requirement Dram Ic Semiconductors Cmos
Provided is a nail clipper comprising upper and lower clipper arms, a lever arm, a retaining pin and an insert. The upper and lower clipper arms are joined at one end thereof and having cutting edges disposed on an opposite end. The retaining pin extends upwardly through holes formed in the upper and lower clipper arms and is pivotably engaged to the lever arm. Manipulation of the lever arm brings the cutting edges into direct engagement with one another for cutting of an article such as a finger nail. The insert includes an annular shoulder extending upwardly from an upper surface into engagement with the hole in the upper clipper arm. Two pairs of posts extend downwardly from a lower surface of the panel member. The posts are configured to restrict outward projection of clippings during cutting of the article.
Provided is a hydraulic time release system for regulating the flow of liquid therethrough. The time release system comprises a timer body having a timer inlet for providing liquid at a timer inlet flow rate and a timer outlet for discharging liquid at a timer outlet flow rate. The timer body is divided into a first reservoir, a second reservoir, a third reservoir and a float reservoir. The first reservoir includes a catch pan mounted on an open drain tube that is positioned below the timer inlet. The first, second and third reservoirs are in at least partial fluid communication with the float reservoir. A timer float assembly is moveable between open and closed positions in response to variations in the float reservoir liquid level. The closed position is such that the flow of liquid into the drain tube is blocked causing the timer body to fill with liquid whereupon the timer outlet flow rate is substantially equivalent to the timer inlet flow rate.
A refill cartridge disposable within a spray bottle during usage thereof. The refill cartridge includes a cartridge body defining a cartridge reservoir. The cartridge body includes first and second openings, the second opening being defined by a projection of the cartridge body. A cap is connected to the cartridge body to substantially cover the first opening. The cap includes a cap base having a primary opening. A cap boss is connected to and extends from the cap base and defines a passage concentrically aligned with the primary opening. The refill cartridge additionally includes a plug having a plug body including a plug neck and a flared portion, with the plug neck defining a distal end. The plug is engageable with the cap and the cartridge body and is moveable relative to the cap and cartridge body between a sealing position and a dispensing position.
Refill assemblies are described herein that include: a bottle defining an internal reservoir and an opening which communicates with the reservoir; and a refill cartridge operatively coupled with the bottle, the refill cartridge including: a cartridge body defining a cartridge reservoir having a concentrated chemical agent stored therein, a refill pouch having a concentrated chemical agent stored therein or a combination thereof; and a release mechanism cooperatively engaged to the cartridge body that facilitates the flow of the chemical agent from the cartridge reservoir into the reservoir of the bottle. Refill assemblies are also disclosed that include: a spray bottle and/or containment vessel; a refill cartridge cooperatively engaged to the spray bottle and/or containment vessel and including a cartridge body defining a cartridge reservoir having a concentrated chemical agent stored therein; and a release mechanism cooperatively engaged to the cartridge body and selectively movable from a sealing position to a dispensing position relative thereto, the movement of the release mechanism from the sealing position to the dispensing position facilitating the flow of the chemical agent from the cartridge reservoir. Some refill assemblies also include: a bottle having an internal reservoir; and a refill cartridge operatively coupled to the bottle and at least partially residing within the reservoir thereof.
A refill cartridge disposable within a spray bottle during usage thereof. The refill cartridge includes a cartridge body defining a cartridge reservoir. The cartridge body includes first and second openings, the second opening being defined by a projection of the cartridge body. A cap is connected to the cartridge body to substantially cover the first opening. The cap includes a cap base having a primary opening. A cap boss is connected to and extends from the cap base and defines a passage concentrically aligned with the primary opening. The refill cartridge additionally includes a plug having a plug body including a plug neck and a flared portion, with the plug neck defining a distal end. The plug is engageable with the cap and the cartridge body and is moveable relative to the cap and cartridge body between a sealing position and a dispensing position.
A refill cartridge disposable within a spray bottle during usage thereof. The refill cartridge includes a cartridge body defining a cartridge reservoir. The cartridge body includes first and second openings, the second opening being defined by a projection of the cartridge body. A cap is connected to the cartridge body to substantially cover the first opening. The cap includes a cap base having a primary opening. A cap boss is connected to and extends from the cap base and defines a passage concentrically aligned with the primary opening. The refill cartridge additionally includes a plug having a plug body including a plug neck and a flared portion. The plug is engageable with the cap and the cartridge body and is moveable relative to the cap and cartridge body between a sealing position and a dispensing position.
Provided is a refill cap cartridge engageable with a bottle during usage thereof. The refill cartridge includes an upper body and a lower body defining a cartridge reservoir. The upper body is configured to be engageable with the body, while the lower body is configured to be insertable within the bottle opening. The refill cartridge additionally includes a plug having an upper plug portion defining an upper plug head and a lower plug portion defining a flared end portion. The plug is engageable with the cap and is moveable relative to the cap between a sealing position and a dispensing position.
An automatic cleaning assembly having an outer body and an inner lid which, when attached to each other, may define an inner chamber and an outer chamber. Refill water may enter the inner chamber through a fluid flow path of an inlet. A cleaning agent disposed within the inner chamber may be partially dissolved upon contact with the water. The water with the dissolved cleaning agent begins to fill the outer chamber and exit out of the outlet of the automatic cleaning assembly. The outlet of the automatic cleaning assembly is positioned above the inlet of the automatic cleaning assembly such that water is retained within the outer chamber to prevent gas caused by the cleaning agent from escaping into the environment. Moreover, the automatic cleaning assembly may have a check valve to prevent water from back flowing into a ball cock of the toilet.
Dr. Sim graduated from the Thomas Jefferson University, Jefferson Medical College in 1995. She works in Edmonds, WA and specializes in Family Medicine. Dr. Sim is affiliated with Swedish Edmonds Hospital.