Director of Product and Curriculum @ • Designed and launched new Technovation web app globally, leading to an increase in registrants from 3000 to 4500 between 2014 and 2015. • Realized over 100 features for the Technovation web app (https://my.technovationchallenge.org) by incorporating feedback from 3000+ users and prioritized roadmap to work with 2 contractors and 1 in-house developer. • Developed and launched custom Technovation curriculum site, using Google Course Builder, to increase computer science curriculum distribution to more than 5000+ participants worldwide. • Secured $10,000 LinkedIn Innovation Grant to build new features for Technovation web app to engage and support 3000+ Technovation alumnae. • Secured $120,000 YouthSpark Grant in collaboration with 3 SF Bay Area nonprofit orgs. • Organized Technovation’s 2014 keynote event by bringing 30 international students to the US for a 3-day excursion with a budget of $60,000 and 4 corporate sponsors. From November 2013 to Present (2 years 2 months) San Francisco Bay AreaPre-silicon validation engineer @ • Enhanced team-wide understanding of 3 new product features through training sessions and one-on-one tutorials. • Created a validation test plan for new product features and worked with architects and design engineers to ensure comprehensive specifications were drafted. • Increased efficiency of hardware simulation environment 10x by integrating different validation methodologies. • Validated critical memory functionalities in new products. • Enabled cross-site data sharing by developing a database tool to track 1000s of files checked in and out of a SQL databases. From January 2010 to November 2013 (3 years 11 months) Electrical Engineer @ · Determined effective defibrillation needs of live animal laboratory experiments. · Developed new Labview interface to drive a power supply as a successful defibrillator using minimum power. From June 2009 to December 2009 (7 months) Hardware Engineering Intern @ · Accelerated FPGA verification environment by compiling test bench into application to run on system hardware. · Regression suite ran 1000x faster and outputted the same information as simulation. · Developed extensible application structure for future to allow new directed and generated testing. · Incorporated system software components to maintain consistent algorithms between verification and software. From June 2009 to August 2009 (3 months) Hardware Engineering Intern @ · Assessed effectiveness of current Direct Memory Access (DMA) and random number generation of security chips. · Rebuilt DMA Control Logic and analyzed data from security chips. · Created a more efficient DMA Structure that avoided data misalignment. From June 2008 to August 2008 (3 months) Tutor @ · Improved students' knowledge and understanding of Algebra 2 and English through one-on-one tutoring. · Coordinated needs of students and teachers to customize daily lesson plans based on those needs. From July 2006 to August 2006 (2 months)

a Bachelor of Engineering, Electrical Engineering @ Massachusetts Institute of Technology From 2005 to 2010 Niles West High School Judy Ho is skilled in: FPGA, Verilog, Functional Verification, ModelSim, Simulations, Labview, C++, Data Analysis, Research