- Managing an Azure based Cloud Architecture to stream real-time IoT Data from various devices around the country into Azure Data Lake Storage Gen 2 (ADLS2) and Azure Data Explorer (ADX) Clusters- Leveraging Azure Stream Analytics and Azure Synapse Analytics (Serverless) to transform and manipulate real-time and archived datasets for downstream processing- Developing suites of cloud based Analytics and AI Driven features to improve the reliability and availability of multiple Aero-Derivative Gas Turbines (GE LMS100, GE LM6000, etc.)- Designed Grafana Dashboards and custom Kusto Query Language (KQL) queries for near real-time monitoring of Gas Turbines

- Led a Teamcenter Classification initiative by creating a Classification Structure and sets of normalized attributes to capture product data for over 500,000 assemblies, sub-assemblies and components from all OneSubsea Product Groups (Trees, Manifolds, Controls, Connectors, etc.) to enhance the searchability, reusability and configurability of our products- Designed various Extract, Transform, Load (ETL) Pipelines via Azure Data Factory to migrate user data from Sharepoint lists onto a star schema data model in Azure Synapse for use in PowerBI reports- Created Python based ETL Pipelines which are scheduled to manipulate and load large sets of Oracle Project Data, Ecosys Risk data and Financial data onto a secure data pond monthly- Managed an MS SQL Server Data Pond and Azure Synapse Data Warehouse in which I've created multiple SQL queries and stored procedures to load, transform and pivot complex data models for efficient consumption by business analysts

- Developed a Python based Natural Language Processing (NLP) Classifier by pre-processing text-based Failure records, trains a Classifier Machine Learning Model and is capable of assigning Product Lines to new Failure records with an 87% accuracy. Thereby, significantly reducing the time to review new Failure records and reducing the backlog of records- Designed a data model to capture 10 years of un-structured (excel, pdf, word documents, etc.) field event data (maintenance records, failure events, installations, etc.) and product data (serial numbers, part numbers, product classification, etc.) onto a SQL based data pond to enhance our data quality and ability to generate Business Intelligence reports- Created PowerBI reports for project planners and upper management to understand the runtime and worldwide coverage of critical products (Control Modules, Trees, Manifolds, etc.)- Conducted Failure Mode Effect Criticality Analysis (FMECA) and Reliability, Availability and Maintainability (RAM) studies on multiple Subsea Production and Control Systems for various multimillion-dollar projects- Led Technical Risk Categorization (TRC) and Technology Readiness Level (TRL) assessments for subsea product groups to identify uncertainties in designs and develop qualification plans to bring products to a state of high reliability- Redesigned an Online Pipe Body yield rating calculator by implementing Design for User Experience (DfUX) techniques and improved its efficiency by 56% or an annual savings of $125,643

- Led an IT transformation initiative to ensure LH virtual item traceability by writing source code, packaging data and managing data transfer of 10,000+ virtual items to a new business system- Designed and created a Product Configurator which captures user-selected criteria, accesses a database consisting of 200+ Product Assemblies and outputs configured Products and Tooling for use by Field Engineers, Operations and Sales teams- Led the Standard Work Instruction (SWI) initiative to reduce non-productive time by guiding Field Engineers and Technicians in the assembly, disassembly and field operation of LH equipment- Served as a liaison for LH equipment to resolve technical problems encountered during manufacturing, testing and field operation- Validated a Low Pressure High Temperature (LPHT) Long Reach Packer via physical testing and Finite Element Analysis (FEA)

• Designed a sheet metal hood for a mass loss calorimeter to reduce losses due to heat• Running bend tests on dowels which will later be used to test for wood sample degredation.• Designing a patent for a fire nozzle with a geometry which will enhance fire streams.• Created a scaled low density and thermally resistive housing which is used to test and determine a correlation between insulation ignition and the size of orifices in walls.

• Monitored the state of major projects by managing and reformatting project level status reports.• Aided in the development of the AIG Data Governance Council by creating presentations, identifying council candidates, scribing meetings, and identifyin elements for a candidate interview questionnaire.• Contrived and created an interactive calendar in Excel which displays user deliverables and has email functionality.

• Developed a graphical user interface (GUI) which simulates the thermal process during Vacuum Arc Remelting (VAR).• Coated fuel cell membranes with a catalyst material using a controller to reduce membrane defects.• Designed a statistical model which uses a linear relationship between controllable VAR parameters for defect analysis.