Leading the work of a multidisciplinary Agile team in the development of autonomous predictive multiobjective optimization energy control products.- Managed development and launch of alpha, beta and 1.0 releases of novel predictive DSM/VPP hardware/software solution controlling BESS and thermal loads- Key member of company’s strategic leadership, with accountability for tactical implementation of product development- Led a cross-functional team of mathematicians, software engineers, and energy engineers- Facilitated Agile team ceremonies – PI planning/review, sprint planning/review/retro, and daily standup- Technical liaison to commercial/industrial/public sector clients, academia, and technology partners- 2 x Small Business Innovation and Research grant recipient -US Navy, 2022 & 2023- “Best Product for Product Managers” -Products That Count, 2023

Providing engineering, O&M, IT, and project development services for wind, solar, and biofuel projects.- Overseeing 24/7 SCADA operations for multiple distributed generation facilities - Troubleshooting, repair, and field support for all wind turbine subsystems- Specifying, configuring, troubleshooting and administering SCADA servers and network hardware- Controls component specification, configuration, and troubleshooting- Developing custom control devices: flicker shutdown control system, EPU heating system, logic PSUs- Designing and programming custom inventory tracking and field service reporting systems- Developing and implementing QR code-based in-turbine contextual documentation-access system- Managing and directing major maintenance activities, both scheduled and unscheduled- Leading work planning, project performance, and budget reviews with project owner management- Resource, energy, sound, and flicker modeling via LIDAR, SODAR, WAsP, WindFarmer, GlobalMapper- Feasibility assessment of energy storage systems in behind-the-meter and microgrid contexts- Ethical hacking services to reassert owner’s windfarm control during legal dispute- Standing in for company president for 1-2 months/year- “2013 Renewable Energy Business of the Year” – RENEW Wisconsin

Developing and supporting renewable energy projects- RE project planning and permitting activities- Managing data acquisition and wind resource analysis- Field inspection and repair of turbines and related equipment

Founder and sole employee of company providing web-based data acquisition, storage, and analysis software-as-a-service.- Feedback Energy made powerful SCADA data exploration tools accessible to technicians in the field, resulting in better/faster diagnoses and more efficient facility operations.- Specifying, procuring, configuring, and administering all aspects of a datacenter including clustered Linux hypervisors running containerized workloads, IDS and IPS firewall, VLAN-segregated fiber storage network, etc.- In-depth familiarity with cutting-edge file systems, TSDBs, and data messaging protocols- In active use on renewable fleets since 2014 for for predictive diagnostics, plant optimization, and root-cause failure analyses

Managing wind, solar, and resource assessment projects from feasibility analysis, through installation, to operations and maintenance.- Operational oversight of 35 wind turbines distributed across the upper Midwest US- Regular data validation for a fleet of 150+ meteorological towers- Developing and managing renewable energy projects and resource analysis campaigns- Managing and supervising the work of internal field crews and subcontractors- Managing relationships with project stakeholders (clients, utilities, manufacturers, regulators, etc.) - “2012 Installer of the Year” – Small Wind Conference Coordinating Committee

Developing, modeling, implementing, and validating product design improvements in solar water heaters.- Developing experimental plans- Designing, programming, installing, and maintaining instrumentation and control system- Developing TRNSYS simulation of SWH-freezer system in order to model geographic applicability- Developing innovative non-destructive ultrasonic testing methodology