Nov 2023 – Jan 2025 · 1 yr 2 mos

Sep 2021 – Nov 2023 · 2 yrs 2 mos

Jul 2019 – Sep 2021 · 2 yrs 2 mos · Bangalore Urban district, India

• Worked as a Full Stack Software Engineer mostly on Front-End (React, Redux, NodeJS).
• https://rishi-portfolio-13ecf.web.app/
• Below are the lists that I have worked upon so far:
• a. Worked on Agile environment to ensure the delivery should be on time, without compromising the quality. I lead the team known as Bridge Solution, right from the conducting daily stand-up call and liaising with all the stack-holders of the projects like PO, BA's, Testers, and all the developers, including both my team as well as other teams. More than 5,000 clients migrated from the classic webpage to the NextGen SCB web page under this project.
• b. I won the hackathon, which is being conducted by aXcess academy, an internal academy under SCB. I built a mobile app by considering the business requirement of Ghana, a country in South Africa. These people lack extensive knowledge, information, and skill in the financial markets and financial products. So I built an android financial gaming app that is very lightweight and capable of loading even on 2G network speed.
• c. I migrated the whole website of SCB corporate clients from Ember to React technology. All the SCB corporate clients were migrated into the react single webpage; the number is more than 10,000 users.
• d. Build various reusable components using JavaScript and react, which is being used across the website. The components are Rich Text Editor, Predictive Text Fields, and various widgets, also known as cards, to quickly access certain pages' major functionality.
• e. Wrote the unit test cases using jest enzyme for various repositories and brought up the test coverage from 0 to 90+ percentage. Roughly, more than 25,000 lines of codes are being covered under the test coverage. This test coverage helps to protect the existing functionality and increase the quality of the repository.

Dec 2018 – Jul 2019 · 7 mos · New Delhi, Delhi, India

• Impact of Stubble Burning on Air Pollution in Delhi/NCR: Characterizing Primary emissions & Secondary Aerosol Formation (Prof. Mayank Kumar):
• Air pollution and global climate change are important environmental issues that affect our society. It is commonplace knowledge now that the air quality in northern India begins to deteriorate in winter. Stubble burning by farmers in Punjab and Haryana is often cited as a major contributing factor for the poor winter air quality in Delhi/NCR.
• The objective of my current research is to study the extent and chemical constituents of pollutants that are emitted during the stubble burning process.
• I have designed a lab-based experimental setup for studying the stubble burning emissions.
• The setup is designed to replicate the environmental and burning conditions in the open field stubble burning process.
• The primary pollutants, including gas-phase pollutants and particulates, as well as the formation of secondary organic aerosol, will be characterized using in-house lab equipment.
• The equipment includes real-time gas analyzers for CO, CO2, NOx, SO2, O3, etc. and various real-time Particulate Matter (PM) composition monitors as well as size & mass distribution analyzers.

Sep 2017 – Jun 2019 · 1 yr 9 mos · New Delhi, Delhi, India

• Eco-friendly disposal of unserviceable TNT filled Gun Ammunition (Prof. Mayank Kumar)
• The project aimed to develop a mathematical model for sizes of slices (cut shells) of high explosive shells to eliminate the probability of deflagration to detonation transition (DDT).
• I developed a mathematical model and even corrected the existing one, for understanding and predicting the complex behavior of deflagration (combustion) to detonation transition in cast explosives.
• I developed a novel mathematical model for predicting the level of confinement is needed to store an amount of energetic material in a room such that the explosive will not transition to an explosion even when it gets ignited accidentally

Aug 2017 – Jul 2019 · 1 yr 11 mos · New Delhi Area, India

• Deflagration to Detonation Transition (DDT) in Cast High Explosives and Gaseous Fuels (Prof Mayank Kumar):
• Understanding the deflagration to detonation transition (DDT) in explosives is important from the viewpoint of safety, especially under conditions where the explosive is not meant to detonate. Relevant examples include the storage or safe disposal of expired explosives and ammunition.
• I developed an alternative method for the safe disposal of the expired solid ammunition (explosives)
• I formulated a numerical model to avert the explosion in solid cast ammunition.
• I developed a novel mathematical model for calculating the pressure rise behind the deflagration flame front for different sets of solid cast explosives under various levels of confinement and validated against published data, MATLAB and ANSYS tools are employed
• I designed and performed the experiments to study the DDT phenomena on the premixed gaseous fuels (Propane and Hydrogen with oxidizer) when ignited at under the various level of confinements
• Application/Impact: - Avoid the chances of the explosion, increases the safety during transportation of the solid and gaseous fuels, storage safety and safe disposal of expired explosives and ammunition.

Aug 2017 – Jul 2019 · 1 yr 11 mos · New Delhi Area, India

• Advanced Fluid Dynamics, Advanced Fluid Dynamics, Gas Dynamics, Experimental Methods, Combustion, Furnace, Design for Manufacture and Assembly, Engineering Drawing
• Organized tutorial discussions on topics in Compressible flows, Uncertainty Analysis
• Prepared term paper and assignments
• Conducted experiments in Thermo-couples, Radiation Thermometer, and Closed Bomb Calorimeter
• Counselled students experiencing difficulties in the course
• Graded assignments, and student tutorial participation