Akshay Banswar Email & Phone Number

Dresden, Sn, De

Germany

Netherlands

Germany

As a sustainability data intern at MetrikFlow, a company that provides carbon footprint calculation and reporting solutions for businesses, I performed the following duties:• Actively participated in three projects - Product Environmental Footprint, GHG Emissions, and Tech Development - conducting thorough research and ensuring strict compliance with PEF standards and databases using statistical and scientific methods.• Efficiently automated product lifecycle impact assessment calculations for PEF databases using openLCA IPC Server and Python, and seamlessly generated GHG Emissions reports from Google Sheets to Docs using Google Apps Script.• Cooperatively collaborated with a diverse team to generate and analyze data using project management and task tracking tools such as Jira and Asana.• Scraped, cleaned, and manipulated client’s product data and prepared the data for the calculation of carbon footprint, and performed data cleaning and manipulation for CO2 emissions data tables (69 million+ rows) for passenger cars using SQL and Python.• Contributed to the company’s fabric types dataset by preparing the data and helped the team to efficiently organize data for use in the Carbon calculation tool.• Demonstrated front-end development and UI/UX enhancement skills by building a weather information app using React, TypeScript, and MaterialUI. Additionally, created an ROI calculator using HTML and CSS, which has been successfully incorporated into the company’s website.The purpose of this position was to improve the quality and efficiency of sustainability data analysis and automation for MetrikFlow by applying various technical skills and tools. The results of the work showed that the accuracy and speed of carbon footprint calculation and reporting for MetrikFlow’s clients were improved. It also showcased my ability to develop and implement innovative solutions for sustainability data challenges.

Dresden, Saxony, Germany

Title: "Hydrological Ensemble Modelling for the Wairau River Catchment (New Zealand)"This project involved developing an ensemble modelling framework to simulate the flow and water balance in the Wairau River catchment in New Zealand. The following tasks were completed:• Conducted extensive research and analysis on the hydrological characteristics of the Wairau River catchment, including data collection, processing, and visualization• Utilized advanced statistical methods, such as Bayesian model averaging and Monte Carlo simulation, to account for uncertainty in the hydrological models• Developed and implemented the ensemble modelling framework• Validated the ensemble models using a range of performance metrics and compared their results with other commonly used models• Presented the study's results in a Master's thesis, highlighting the importance of incorporating uncertainty into hydrological models and the potential benefits of using an ensemble modeling approach.The aim of this study was to improve the accuracy of hydrological modelling in the Wairau River catchment by accounting for uncertainty through the use of an ensemble modelling approach.The results of the analysis showed that the ensemble modelling framework improved the accuracy of hydrological models in the Wairau River catchment. The advanced statistical methods used in the ensemble modelling framework reduced uncertainty and produced more accurate results compared to other commonly used models. The study's results highlighted the importance of incorporating uncertainty in hydrological models to improve their accuracy and reliability.

Dresden, Saxony, Germany

Title: "Development of a Global BROOK90 module in R"This project involved developing and integrating a download and processing module with the Global BROOK90 package using R.The following tasks were completed:• Created raster files in QGIS to represent spatial data• Created a downloading script in R using Web Browser Automation for data acquisition of the Global Reanalysis dataset• Created a data processing function to work with netCDF-4 extension files to implement the dataset acquired using Web Browser Automation (WBA) in the Global BROOK90 package in RThe aim of this study was to improve the data acquisition and processing capabilities of the Global BROOK90 package by developing and integrating a download and processing module. The objective was to reduce processing time and streamline the workflow for acquiring and processing meteorological data for use in the Global BROOK90 package.The results of the analysis showed that the download and processing module improved the efficiency of data acquisition and processing in the Global BROOK90 package. The use of Web Browser Automation reduced the processing time by 60%, making it a more efficient and effective tool for acquiring and processing meteorological data. The data processing function worked seamlessly with netCDF-4 extension files, enabling easy integration of acquired data in the Global BROOK90 package.

Greater Noida, Uttar Pradesh, India

• Construction of a High-Rise Residential Building (Tower)• Prepared the strategic planning and controlling of the concrete batching plant• Executed the assessment of the process• Technical inspections at the site• Navigated the laboratory tests of building materials• Supervised the workforce• Failure tests on cement and concrete for process improvement and optimization• Developed instructions for design procedure development, viz. reinforcement, shuttering, casting, and curing

Uttar Pradesh, India

• Construction of a Bituminous Road• Guided the site work, i.e., layering, coating• Support in the testing of each layer• Quality checks at the site

Uttar Pradesh, India

• Construction of a Cement Concrete Road• Regulated the functioning and optimization of the concrete batching plant• Evaluated the quality checks at the transit mixer and bar bending and cutting machine• Created the estimation document for the project

Master Of Science - Ms, Hydro Science And Engineering

Bachelor Of Technology (B.Tech.), Civil Engineering

12Th Standard

10Th Standard