Mayur Bhandary

Intro

Thanks for visting my site! Feel free to check out my work. Reach out if you have questions or if you would like to work together.

Work Experience

Software Engineer | Pollen Mobile

At Pollen, I built data pipelines, web apps, and IoT device software to ingest, monitor, and map 4G/5G network data. Pollen Mobile is a startup aiming to decentralize mobile phone networks to provide coverage where large telcos cannot.

Software Engineer | Ripple

At Ripple, I developed tools to use the XRP Ledger. My work included contributions to the validator-history-service, the XRP Ledger Explorer, and other Ripple repositories. I also led partner integrations with the PayString protocol. Ripple is a cross-border payments company that uses crypto as an intermediary currency.

Sales Engineer | Silvus Technologies

At Silvus, I conducted field tests, performed product demonstrations, presented at trade shows, and provided product training to end users. Silvus makes mesh network wireless communication systems for use in highly dynamic environments.

Research and Development Intern | Boston Scientific - Neuromodulation

As an R&D Intern, I was responsible for designing, implementing, and verifying a Low-Power Delay Locked Loop. This circuit was used to generate a coarse 2MHz clock signal from a 100KHz reference clock. The architecture that I used for this circuit (shown above) was chosen for its simplicity and low power properties. I implemented it using Mentor Graphics.

Web Developer (Part-time) | UCLA Athletic Hall of Fame

The Athletic Hall of Fame at UCLA is a powerful recruiting tool that showcases Bruins' enormous athletic talent. I worked here throughout my time at UCLA to develop and maintain a web app for digital signage. The program ran on a Linux machine and used Python to scrape and organize Facebook, Twitter, Instagram, and Foursquare data.

Projects

RoboCharm

RoboCharm lets you control live robots over the internet in real-time via WebRTC. Try it out at robocharm.io!

Tongue Based HRI

Individuals with spinal cord injuries would greatly benefit from a discreet means of controlling electric wheelchairs and computer interfaces. In this project, a mouthpiece was designed to be used as a discreet means of control through the user’s tongue. The device consists of a custom PCB with an atmospheric pressure sensor, ESP-01 Wi-Fi Module, and LiPo Battery. Measurements from the pressure sensor were transmitted through Wi-Fi to control a game of Pong. The source code and schematic files can be found on my Github. A huge shout out goes to my friends and teammates Ambarish Kowluri and Jared Leitner. We completed this project for our senior design capstone course and were tied at the hip throughout its duration.

16 Bit Adder

Adders are the fundamental building blocks of Arithmetic Logic Units (ALU)’s found in CPU’s. In this design, four 4-bit adders are chained together. A Linear Carry-Select architecture was employed to reduce our critical delay to the cost of MUX-ing. In other words, the carry bits of each 4-bit adder are computed twice, once with the assumption that the carry-in bit is zero and again assuming the carry-in bit is one. When the true carry-in bit arrives, a MUX selects the precomputed carry bits and computes the sum. Design, layout, and post-layout verification were completed using a generic 90nm process in Cadence. A big shout-out goes to my friend Marvin Paparisto who worked with me tirelessly to complete this project for our Digital Electronics course.

Contact

• GitHub

• mayurbhandary96@gmail.com

Elements

i = 0;

while (!deck.isInOrder()) {
    print 'Iteration ' + i;
    deck.shuffle();
    i++;
}

print 'It took ' + i + ' iterations to sort the deck.';