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Resumé
About Me

I am a double major in Mechanical Engineering and Accounting who enjoys programming. I have indulged in everything from Native Cross Platform application development to Finite Element Analysis in Solidworks to creating GUIs in MATLAB. Streamlining and automating systems and processes is a passion and a skill I have developed. My accounting background has also instilled a business sense in me which allows me to think about problems from a technical and business point of view. Overall I am an avid learner and am always looking for opportunites to work on challenging problems.

Experience
August 2018 - December 2018
Mechanical Engineering Intern - Panasonic
  • Responsible for creating CAD drawings and parts
  • Responsible for machining new and replacement parts for packaging machines
  • Responsible for automating packaging and quality control processes
October 2013 - Present
Bookkeeper/Tech Support - Jetpep
  • Manage the books for multiple gas stations and check for discrepancies in inventory
  • Be able to help configure and troubleshoot cash registers
  • Serve as the primary person to contact in case of technological failures
  • Created a program that can take data from cash registers and other private databases to compile an end of day report that populates Excel files to create a daily ledger of cash flow and send the reports to the respective managers and owners of the c-stores
August 2015 - May 2017
Web Designer/Freelance Programmer - Self Employed
  • Created an Auto grade program that grades Solidworks part files using automation software, WinAutomation
  • Launched an ecommerce site called TradeLoft (Founder and Co-Owner)
Education
2017 - Present
Auburn University

  • GPA: 3.71
  • Class Standing: Senior
  • Dean's List: Fall 2017
  • Primary Major: Mechanical Engineering
  • Secondary Major: Accounting
  • Expected Graduation: August 2021

2013 - 2017
Hoover High School

  • GPA: 4.4
  • Rank: Valedictorian
  • Achievements: Hoover High School Diploma, International Baccalaureate Certificate
  • Student Organizations: Hoover Ambassador, Senior Class Officer
  • Academic Involvements: International Baccalaureate, Engineering Academy

Projects
P2P and Merchant Payment System
  • Used Xamarin.Forms to develop an iOS & Android app that allows users to send cryptocurrency to friends & family
  • Created the Backend Server using Python and Flask framework
  • Consumed Plaid and Stripe API’s to authenticate user bank accounts and charge them
  • Implemented Infura Web3 injection to interface with ERC20 Smart Contract
  • Implemented Very Good Security API so all data stored in databases is tokenized and non-decryptable
  • Cryptocurrency Triple Arbitrage Trading Bot
  • Used Python to create a program that would scrape the order books for various currency trading pairs to find an arbitrage opportunity. If an opportunity appeared the bot would commit the trade and send a summary email to my inbox.
  • Light Switch Retrofit (Intellisolutions)
  • Worked with two friends to create a light switch retrofit that enabled automation without requiring any wiring.
  • Created the device by using a Raspberry Pi and an Arduino in which the Pi served as a hub and processed the commands received from the app and relayed them to the corresponding Arduino. The Arduino controlled the mechanism that allowed for the light switch to be flipped. The Pi could accept commands over WiFi so it was not limited to a particular range.
  • Used Solidworks to model various designs and the final design was chosen after I researched all the patents that would be related to our product so that we would not be infringing on any patents.
  • Portable Wireless Solar Charger
  • Created a portable battery that had the capability of charging other devices wirelessly. The battery was also equipped with a solar panel so that the battery could be charged without needing a Micro USB cable.
  • I-Beam Structural Analysis
  • Used MATLAB to create a program that would allow the user to select different types of beams, loads and load locations and output a graph that should showcase the most likely points of failure.
  • My Skills
    • Solidworks
      80%
    • MATLAB
      90%
    • Xamarin.Forms
      75%
    • Python/Flask
      85%
    • Quickbooks
      70%
    • Photoshop
      60%
    Languages
    • English
      100%
    • Spanish
      85%
    • Hindi
      95%
    • Gujarati
      100%