Proposed and established a proof-of-concept Enterprise Resource Planning (ERP) system replacing manual workflows with significantly enhanced and efficient setups.

• The system facilitated a data centric management and overview of the end-to-end workflow including CRM, sales, purchase, manufacturing; with potentially enhanced customer engagement through an online store for the entire product line.

Leveraged hands-on product experience to develop material codification master lists of products and inventory.

Used R for an Extract-Transform-Load (ETL) process on data from an SQL database to the ERP system.

Interfaced with multiple stake holders and played a key role in establishing local technical capability to support sales in critical combustion equipment used in Oil and Gas refineries.

Developed techno-commercial proposals, including optimal product sizing, cost estimation, budgeting and analyses of past sales data to support pricing strategies and negotiations with customers.

Developed a VBA helper app to automate the formulation of multiple quote variations and a GUI based 1-click access to common tasks.

Enhanced process quality and team capabilities by initiating local root cause analyses for troubleshooting equipment issues, including manual data collection and increased involvement in project management.

Designed and optimised the hydraulic components of centrifugal water pumps developing and analyzing distributed numerical simulations of fluid flow, applied Computational Fluid Dynamics (CFD).

• Enabled multi-priority job submission with streamlined project and resource management.
• The system increased software capacity utilisation to 100%, saving 40min (75%) in a critical design step.

Automated the post processing of large simulation results (~4GB) with macros that extracted functional performance snapshots (3% ~ 100MB). The approach eliminated hours of delay between assessing simulation results on remote clusters.

Developed templates automating pipelined simulation setups that eliminated complex, repetitive manual steps.