• Led the development of the Interview Management module for VNDLY (a Workday company), utilizing React for the user interface and Python/Django for server-side logic, enhancing the workforce management platform's functionality and user experience.• Implemented advanced UI components like React Hook Form and Chakra UI, and used testing frameworks like Jest and pytest, thus significantly improving user interaction and system reliability.• Designed and developed robust backend models with the Django Rest Framework and enhanced web application responsiveness with Django templates, ensuring scalable and maintainable code.• Played a crucial role in Agile project management by actively participating in story estimation, sprint retrospectives, and feature demonstrations, contributing to the team's continuous improvement and delivery efficiency. Also mentored an apprentice developer.• Coded new features for Broker Tools like LoadManager Workflow and CarrierQuoting at Total Quality Logistics (TQL) in the role of Senior Developer, following Agile methodology with month-long sprints.• Successfully migrated Business Objects reports from a legacy AS400 system to a modern Facets system linked to an Oracle database at EyeMed, streamlining reporting processes and improving data accessibility.

• LoadSEERNextSupport for LoadSEERNext projects – populating database tables and data analysis. • ScadaScrubber GUI ToolImplemented enhancements to ScadaScrubber – a tool for cleaning feeder/customer loads by identifying outliers and filling in these and missing load data with the modeled loads. Implemented the ability to export key statistics and loadshapes to excel files from the tool. Added a tab to perform short-term forecasting using day-ahead weather forecast information.• Hawaii EV Forecast ProjectContributed to the development of a tool for HECO (Hawaii’s utility company) for computing long-term Electric Vehicle forecasts for the various islands of Hawaii. Built a user interface to display the results of the Bass Curve forecasting methodology and thus enable the user to perform sensitivity analysis of the various parameters used in the model.• LGE-KU/Tetratech Demand Response Analysis ProjectContributed to the analysis of Residential and small-commercial Load-Control program dataset of Louisville Gas and Electric and Kentucky utilities. Used EVIEWS software to perform regression analysis (fixed-effects model) to compute the demand savings for the program.

• IDROP for Load-Reduction and Load-LevelingDevelopment and implementation of IDROP (Integrated Distributed Resources in an Optimal Portfolio) optimization solutions that dynamically control the power consumption of devices with the objective of (a) load balancing at the transformer level and (b) load reduction during peak-power use situations.• LoadSEER platform for Load ForecastingDevelopment of algorithm and processes for analysis of load datasets and populating the database tables, SCADA data analysis and modeling, regression analysis for peak-load forecasting, coding for report generation (pdf and excel templates). Implementation of LoadSEER for PG&E, SCE, SDGE, NY-CentralHudson contracts.• EV HotSpotter ToolDesign and development of EV HotSpotter Tool (EVHS) for identifying number of assets impacted by overloading due to increasing Electric-Vehicle adoption in a zip-code region; Export of results/reports into excel and pdf formats; 3D plots to visualize the number of overloads; Batch-run capability was implemented using a parameters file that specified any changes to the inputs for future years; can also analyze results by zone or asset-type. Implementation of EVHS at Sacramento Utility (SMUD) and Salt River Power (SRP) contracts.• Battery Valuation Tool / GridStoreDevelopment of the Battery Valuation Tool and related optimization algorithms for arbitraging in the Energy market; Design and development of the Engineering worksheet for the analysis of the Battery Valuation results - to bid into the Energy and Regulation markets• WindStoreDevelopment of Windstore Tool to optimally capture additional wind energy in the winter months, in the form of stored heat (using thermal bricks) – this heat stored during the night hours in dissipated throughout a house during the day-hours.

• Interactive Route Builder (IRB)Development and implementation of the Interactive Route Builder (IRB) as a logistics design tool - It is an application designed and implemented in Visual Basic.NET (with an embedded mapping control from Promiles) that facilitates the dynamic design of routes, that picks up the supplier freight on the map and delivers it to designated customer plant(s), while minimizing the total logistics cost. Performed statistical analysis of logistics data and routes.• Crossdock Resource Optimizer (CRO)Tool implemented in Excel and Ampl/CPLEX to assign the optimal unload-door to subroutes at the crossdock; it minimized internal-travel distance of the fork-lifts while penalizing both under-time and over-time at the crossdock doors.• Transfreight Issues-Tracking and Resource Manager for Crossdocks (TIRC) Developed an access based-tool (with SQL Server back-end) to (a) log Issues occurring at the crossdock and (b) record (via barcode scans) and analyze process-times of Team Members.