Anand Mathew

Computer Engineer

Hi I'm Anand Mathew. I'm a 4th year computer engineering student at the University of Waterloo. I am passionate about making high quality scalable software applications that positively impact society. I have worked at IBM and OpenText, where I developed mobile apps, wrote backend and frontend code for the cloud, and performed DevOps services. I am also very interested in machine learning, and I spend almost all of my spare time either reading about/working on machine learning projects or tinkering around with my Raspberry PI.

I am currently looking for an exciting full-time opportunity in May 2020.

Fullstack Web Development

DevOps Engineering

Data Science

Hardware

My Specialty

My Skills

Java

85%

Python

80%

C++

70%

Node Js and React

80%

Cloud services (DevOps, Cloud Foundry, Microservices, Scaling)

75%

MySql and MongoDB

50%

Experience

Work Experience

Full Stack Developer at IBM May 2018 - April 2019

Using React and Node Js to work on a toolkit that all IBM Analytics services use.

FullStack Developer at OpenText September 2017 - December 2017

Used Angular, NodeJS and Docker to work on OpenText Core, a SaaS cloud application that allows users to share and sync documents on multiple devices.

Integration Engineer at IBM Algorithmics January 2017 - April 2017

Simulated the risk of stock options using Python and IBM Algorithmics Riskwatch. Also used Python to create automation CLIs.

Cloud Developer at IBM Cloud Sep 2016 - Dec 2016

Worked on the Toolchain microservice for IBM Cloud. Participated in cloud infrastructure duties.

Projects

YuDrop

software appication that polls your Youtube account for liked videos, and subsequently downloads the music videos under a creative commons license. The program will then upload teh m4a files to your dropbox

Attack on Titan Platform Game

2d game built using the Quintus game engine

FPGA Music Player

Hardware project that allows users to play and pause music, seek ahead/backwards in a particular song, and skip songs. The FPGA used for this project is an Altera Max10 and contains Altera IP cores such as the NIOS II Processor as well as PIO Buttons and Audio interfaces. The tool Quartus Prime was used, along with Verilog, to integrate these IP cores and add other hardware logic. NIOS II Software tools were used to program the NIOS II Processor in C.

Get in Touch

Contact

a9mathew@edu.uwaterloo.ca

+1780 880 0674