Hi, I'm Ayush Suri
Software Developer
A multifaceted young achiever & learner with a growth mindset and aspirations to add value in the data analysis space. A friendly music lover and gamer with sporty feet interested in contributing to humanity.
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What People Say About MeAbout Me
My IntroductionA CS'22 graduate from UCD. I help companies to build efficient, reusable applications using cutting-edge technology which helps in generating incremental revenue and growth of the company.
experience
worked for
paper published
Skills
My technical levelDevelopment
Core SkillsJava
95%Swift
70%Python
70%Scala
40%Bash
60%Kotlin
50%Typescript
50%Web and Framework
Everyone needs WebNodeJS
50%Hadoop
50%Spring
80%Scikit-Learn
30%JavaFX
50%React.js
20%Developer Tools
The building platformGit
90%Xcode
85%IntelliJ
95%VS Code
90%UNIX
80%Google Cloud
50%AWS
50%Database
Data is Important!MySQL
90%Sqlite
80%MongoDB
65%Neo4j
55%GraphX
30%CoreData
40%Couchbase
40%Qualification
My Personal JourneyMasters of Science in Computer Science
University College Dublin, IrelandB.Tech in Computer Engineering
K.J. Somaiya, University of Mumbai, IndiaDiploma in Computer Engineering
VES Polytechnic, Mumbai, IndiaSecondary
Fr. Agnel, Mumbai, IndiaAssistant Vice President at Citi
London, United KingdomCoE iXP Intern at SAP
Dublin, IrelandSoftware Engineer - Mobile
ION Energy, IndiaiOS Application Developer Intern
Telyport, IndiaMobile Application Developer Intern
SlashRTC, IndiaPortfolio
Projects UndertakenResearch
PublicationInternational Research Journal of Engineering and Technology
Volume: 08 Issue: 01 | Jan 2021
Abstract
Large scale data acquisition systems are used in big data experiments currently being carried out in different International institutes. Testing of these systems is a challenging task wherein each analog input channel chain has to be tested for the integrity of the digitized input data along with ensuring the robustness/correctness of the signal processing algorithms. A digital emulator is an important philosophy which can be utilized in the testing of such systems. In a digital emulator, pulses are generated depending upon the characteristics of the sensor detectors and the process information. This project would involve the development of routines required for the generation of digitized pulses given the information pertaining to the process that needs to be probed and analyzed. Thus it is proposed to generate pulses with the help of algorithms based on probability and amplitude spectrum. These pulses could, in turn, be used for testing data acquisition systems and associated signal processing techniques. The entire project would involve the development of associated routines/algorithms using languages like Python and C.