Orion Darley

I am responsible for leading implementations for data science solutions (from scoping to operationalization) on client-facing analytics teams. I am currently serving as lead data scientist advisor for a major Oil & Gas company's Analytics COE.

Predictive Analytics (ML / DL / Time Series)

• Designed and operationalized signal processing (condition monitoring) and dashboard to identify, detect, and classify SCADA time series signals where methane gas is directly released into the atmosphere for 1500 Oil & Gas wells; integrated into enterprise surveillance system, detects an average of 120+ events per hour where previous, manual reporting found ~160 events in 2020 alone.
• Designed and operationalized multivariate survival models and dashboard to create a risk scoring system and dashboard for oil wells to support maintenance prioritization;  Currently monitoring for performance drift, coefficient changes, data leakage, regressions in estimation.
• Serves as an analytics advisor to support high-level data science approaches to business problems and analytics technical architecture for varying size proposals.
• Manages four direct reports (data scientists)

I was responsible for leading implementations for data science solutions (from scoping to operationalization) on client-facing analytics teams.

For ~2 years, I supported a major Oil & Gas company's analytics COE, from startup to operational w/ baseline funding, which includes developing an analytics portfolio (30+ initiatives, no POCs), implemented a machine learning framework, developed project documentation standards, and served as lead data scientist for 7 data scientists. 

• Advisor to an Oil & Gas client's analytics academy for ~2 years (~125-275 engineers). Coached eight engineering teams on applying data analytics and machine learning to domain specific engineering problems and judged by CIO, COO, and SVPs. Our team won corporate global excellence award (finalist #4 of 100), I won the "Top Instructor and Mentor" Award.
• Designed and operationalized signal processing (conditional monitoring) and dashboard to identify, detect, and classify SCADA time series signals to alert potential oil well equipment failures; operationalized this dashboard, integrated into enterprise surveillance system, est. NPV savings of $4.8M.
• Designed and operationalized recursive multistep, ensemble deep learning model and dashboard to predict market pricing; received positive feedback from CEO and C-level.
• Developed propensity models used by sales team to support prioritization of existing target customers based on CRM factors for a client’s customer intelligence organization; received positive feedback from CIO.
• Designed and operationalized production-ready, data-driven models to forecast well production (five resources) to support estimation of the economic value for installing several different types of well pumps; operationalized with dashboard.
• Lead prioritization of 40+ analytics initiatives and design of KPI frameworks for 50+ marketing programs for a technical architecture modernization project
• Serves as an analytics advisor to support high-level data science approaches to business problems and analytics technical architecture for varying size proposals ($250k - $10.5M).

• Supported an initiative focusing on generalizing ML algorithms used to predict engine failures on two Deepwater oil rigs; integrated into Plant Operations Advisor (POA), the largest cloud-based program used to prevent unplanned downtime on large oil rigs. 
• Supported an initiative focusing on predicting equipment failures (ML) used for oil well treatments; Featured at Spark Summit 2020
• Developed an AI Clinical Chart Review Solution, subjects including: text preprocessing for NLP, ML performance evaluation, and ML monitoring
• Developed a Named Entity Recognition (NER) AWS pipeline using AWS Comprehend (NLP), SageMaker, Glue, Athena, and Quicksight for classification and visualization of 10,000's business article entities; AWS now offers this as a similar solution, “AWS Hot Topics”.
• Served as an analytics advisor to support high-level data and analytics technical architecture, and development of an analytics roadmaps

I lead a four person data science and engineering team that developed machine learning-based solutions on operations/supply chain data for enterprise analytics tools. I was also responsible for scoping, developing, and delivering data science use cases for HPE Global Operations.

• Supported the development of the Global Operations Analytics Control Tower responsible for all analytics roadmaps and prioritization in organization. 
• Lead deployment of several forecasting models to predict price movements of high-value commodities for the server memory market, supporting a high volume (M+) purchasing strategy for a enterprise app; one-of-few tools used to power negotiating purchasing price.
• Lead design and operationalization of ML algorithms to predict the expected sales order “Wait Time” and “Delivery to First Commit”-related metrics from order creation to manufacturing, prior to availability of all components.

I provided strategy consulting for all global business units, leadership and support teams within HPE Servers (≈$15B). I provided insights into server-market investment decisions and identified opportunities and risks through the use of strategy roadmaps, analytics enablement, competitive analysis and executive forums such as strategic programs, strategy development workshops, and global business unit-level requested analysis.

I developed predictive models and research for the Net Promoter Score (NPS) System. Analyses and problem-solving work included determining priority drivers of NPS and customer loyalty surveys, researching regional revenue impact of NPS, and evaluating touch point gaps in customer surveys.

DCI is a consulting firm that specializes in leadership training for medium to enterprise-sized O&G businesses. I was responsible for developing analytics for client assets, F2F marketing, and CRM management. Partners include Ensco, Technip, Diamond Offshore, and several others.

I diagnosed and corrected malfunctions for both major and component-level assemblies on the F-15 and F-16 fighter aircraft using schematics and wiring diagrams, integrated test systems or other measurement devices for various equipment including: attack control, instrument, flight control, communications, navigation and others.

(2011-2013) Competed under the World Class Athlete Program (WCAP)