Casey R. Martinez Email and Phone Number

Clean Incentive works across a network of commodity producers to collect, validate and tokenize data on the blockchain. Pending rigorous audits through independent accounting firms, producers are rewarded and incentivized for responsible environmental, social, and governance (ESG) practices through market-based incentives. Clean Incentive’s proprietary data platform and blockchain technology translate the use of clean energy in any commodity production into tradeable digital certificates. Learn more at cleanincentive.com or via Twitter @clean_incentive

Business strategy and market research to enhance EDPR's profitability.

Directed a team of eight performance analysts across North America and Europe. The team provides insights into performance monitoring and power improvement activities using advanced analytics and Azure tools.

Developed actionable analysis and reporting the latest technology and cloud services. Machine Learning from Development to Production at ScaleEnterprise Azure Architect from DataFactory to Synapse Data WarehousePySpark DataBricks Analytics and Machine Learning using ML Flow Dashboards, Apps, and Paginated Reports using Power BIBig Data Visualizations with Python MatPlotLibMicrosoft Power Platform (Power Automate, Power Apps)Microsoft Office Advance User (SharePoint, Teams, Planner)

• Head of a $3M factory upgrade. Oversaw new equipment design, procurement, and installation. Maintained project budget and schedule for installation and full automation programming of PLCs.• Increased yield 15% in six months, performing data analysis and DOE to identify and correct root cause of defects.• Saved company $40K through self-education of PLC programming to further internal knowledge of automation, working directly with consultants to identify and resolve issues. • Executed acceptance testing to verify improvements, increase efficacy of debugging activities, and ensure industry standards were met or surpassed. • Drove development of innovative factory floor displays to show real-time production and quality metrics utilizing Ignition to replace outdated Excel documentation. Undertaking the project internally saved $30K as well as positively impacting product quality and yield.• Spearheaded a project to modernize data collection process from a manual to an automated system, self-educating on JMP scripting in order to gather data from SQL database and generate real-time data charts. Project directly contributed to a significant increase in yield and improvement in operations. • Developed new grading scheme, streamlined customer documentation, improved employee training, and managed all aspects of modernization for quality control policies and procedures.

• Honored with the R&D 100 Award in 2008 for key contributions in an innovative solar printing project.• Achieved performance goals of 12% efficiency in a ½ square inch solar cell. Successfully scaled technology to full size solar panels and obtained 13-15% efficiency.• Drove projects focused on improving material deposition techniques and rapid CIGS reaction methods, working in conjunction with the National Renewable Energy Laboratory (NREL). Developed initial concept and oversaw manufacturing process for prototype. Managed installation to ensure qualification. • Tool owner of multiple in-line large area X-Ray Fluorescence (XRF) metrology machines measuring film thickness and atomic composition. Successfully doubled machine sensitivity, increasing film deposition process control.• Executed data mining and analysis to pinpoint areas in need of modification and to detect critical performance issues. Utilized Six Sigma and FMEA approaches to develop and implement resolutions. • Developed comprehensive cost reduction plans, including analysis of supply chain. Generated reports on same.

• Examined the electrical properties of SiC and SiCN using various deposition and dry etching techniques of both conductive and dielectric thin films.• Developed and completed multiple experiments, analyzing data and presenting results to key team members on a weekly basis.• Managed maintenance of all fabrication equipment, executing troubleshooting as required. Confirmed laboratory materials were fully stocked.

• Studied unique optical properties of gold nanosphere arrays using atomic force microscopy while exciting samples with numerous laser light wavelengths.• Constructed an optical apparatus utilizing lasers, mirrors, filters, and apertures for operation with an atomic force microscope.• Performed experiments, researched data, and completed analysis, generating and presenting findings at a department-wide conference.