Building a productivity engine based on up-to-date web data, with accurate citations, free access to all the latest frontier LLMs, insights from your own files and customized AI agents streamlining your workflows.We've served over 1 billion queries and enabled millions of people globally to get more done faster.

Improving the user experience around collaborating with rich files, documents, and canvases inside of Slack.Slack Canvas; Worked towards introducing a new way to get work done through documents right in Slack.

Building technology to help people be more productive and get so much more done with their time.Lead author on a patent to make your ideas stay in-sync.https://patents.google.com/patent/US20220382531A1/en

Quip's a powerful productivity suite enabling real-time communication and collaboration to make it easier for you and your team to express your ideas, work together, and get to decisions faster.I worked on product as part of a small group where we're working on defining, building, and optimizing end-user facing features across the suite.See some of what we’ve worked on 👉🏽 https://quip.com/release-notes.

As part of the Office Online team, we brought the industry-leading authoring capabilities of Office, used by more than 1 billion users, into the browser and layering it with rich collaboration experiences. Get started today at https://office.com/. • Led customer voice initiatives adding new tools, processes, and UI to improve feedback data collection, monitoring, and analytics to identify product issues and new feature suggestions• Added rich chat capabilities within documents for contextual communication and collaboration• Built out consumer monetization and upsell strategies to increase Office 365 subscriptions• Worked with data scientists to structure telemetry data and create metrics dashboards

I spent 8 months on a team building a brand new mobile app for Office from the ground up:• Created an unreleased v1 mobile productivity app to capture, enrich, search, and organize data into Office• Performed ethnographic research and interviews to understand our target demographic, their use cases, and their pain points• Defined hero scenarios, prioritized MVP features, and owned the UX design of the information organization

UX/UI Design PM Intern on OneNote, a powerful, multi-platform digital notebook.• Identified, designed, prototyped, and worked to ship the Move/Copy Page UX for OneNote mobile and desktop apps, used by millions• Analyzed customer feedback data, created mock-ups and web interaction prototypes (FramerJS), and performed usability studies to validate the design with users• Cross-functionally collaborated and made trade-offs with designers and developers towards finalizing and shipping the feature

Velocity is a leading entrepreneurship program at the University of Waterloo that has helped more than 400 companies start and grow, raising more than $3.6B in funding, and creating 5,000+ jobs. From idea, to product development, to commercialization, Velocity provides the knowledge, tools, space, and network that founders need to solve important global problems and become successful businesses.

Prototyped and aided in the development of next-generation human-computer interaction (HCI) input devices such as the  Pencil and iPad Pro's Smart Keyboard, pre-release.

• Designed, programmed, and assembled a three-axis robotic system for the world's most popular camera • Incorporated some really expensive equipment and high precision sensors to perform measurements on the order of microns• Learned about smartphone camera voice coil motors, autofocusing, and sensor technology• Conducted electrical validation on the main logic circuit board of future generation devices

Since 1999, the Canadian Undergraduate Technology Conference (CUTC) Foundation hosts the largest technology conference for undergraduate students in Canada. In 2013, the conference was held in Toronto and Vancouver in May. Over the last decade, the conference has reached 4000+ students in North America, with 150+ top industry partners including Facebook, Microsoft, Deloitte Shell, SUN Microsystems, GE, Research In Motion, IBM, Nulogy, CGI, Hootsuite, and Kik.• Implemented innovative, national marketing campaigns that successfully reached over 500,000 undergraduate students and secured 600+ delegates• #Infect13: Created and curated social media content to promote the conference• Maintained a weekly reach of 8,000+ visitors on Facebook page, increased likes by 500 (42%), and doubled Twitter followers to 1,000• Established cross-promotional partnerships with over 30 technology focused organizations, accelerators, and incubators from Ontario, Alberta, and British Columbia• Conducted interviews and managed a team of 10 Campus Leads across three universities• Coordinated with a student team of over 15 executives across Canada for nine months • Mission accomplished: Successfully sold out Toronto's conference

Leveraged ZigBee and Z-Wave wireless mesh networking technology for home automation and smart energy systems; advanced the Internet of Things.• Conducted RF measurements on ZigBee transceivers for home automation and smart energy• Customized and tested USB-to-UART bridge chip VCP drivers for Windows, Mac, and Linux• Developed automation tests in Java for ZigBee HA protocol• Researched Z-Wave technology, drafted proposal, ordered dev kit, evaluated products• Received the highest work term performance evaluation rating of "Outstanding"

• Planned innovative approaches for marketing student opportunities• Prepared reports on observations of current co-op market• Maintained a close network with RIM recruitment, UW Career Services, and prospective students• Awarded with the Campus Ambassador Scholarship for outstanding contributions as a top ambassador

• Implemented an XML to C parser enabling auto-loading I2C, MIPI, SPI, and GPIO commands to be programmed onto ATMEL microcontrollers to expedite initialization, improving efficiency of display test systems• Interpreted schematics and conducted board-level modifications to display and touch panel modules• Assisted in final stages of next-generation module qualification via power, reflectance, aging, image retention, and optical tests

• Performed signal integrity and extensive power testing, in addition to luminance and color measurements, to investigate video display chip issues and effects on optical verification• Repaired, reworked, and soldered PCB components while resolving hardware failures and debugging test fixtures• Programmed a Visual Basic application to optimize tracking of mass tested displays, incorporating new 32K I2C serial EEPROM• Adhered to vendor driver IC datasheets and programmed I2C initialization sequences for IPS LCD and other displays• Emulated an oscilloscope by processing waveforms using a National Instruments DAQ, converting analog signals into digital values• Gained exposure to I2C, MIPI, and SPI interfaces• Gained understanding of optics, illumination, and display metrology

• Worked directly with prospective parents' and students to address questions and concerns• Provided tours of rooms, suites, and residence facilities

• Designed, populated, tested, and re-worked op-amp printed circuit boards using ExpressPCB, oscilloscopes, multimeters, and function generators to improve efficiency of passive receiver array • Gained experience soldering small components• Extensively worked with transducers and oscilloscopes for testing hydrophone receivers• Assisted in transducer operation and experimental setup for in vivo subject tests in 1.5T MRI• PDF overview: http://goo.gl/c16pPJ

• Constructed and characterized polyvinylidene fluoride hydrophone receivers for real-time passive monitoring of transcranial focused ultrasound treatment using an oscilloscope, function generator, and multimeters • Gained exposure to piezoceramic material and working in a laboratory setting• PDF overview: http://goo.gl/nq6buj