Patrick Curran is an accomplished engineering executive and mechanical engineer with more than two decades of experience transforming complex technical concepts into production-ready products. His career spans advanced research, powertrain engineering, hybrid technology, battery systems, electric propulsion, vehicle validation, and organizational leadership. From early work investigating carbon emissions and alternative propulsion technologies to leading the development of next-generation electric and off-road powertrains, Patrick has built his career at the intersection of engineering innovation and disciplined product execution. His leadership philosophy combines strategic thinking with active listening, decisive action, and a commitment to developing the people around him.
Patrick began his professional journey in research engineering after earning his Bachelor of Science in Mechanical Engineering from Ohio University. At the Ohio Coal Research Center, he designed, developed, and operated prototype research projects and equipment focused on carbon-emission remediation. In addition to solving technical problems, he supervised a part-time staff of approximately 12 to 15 people and guided graduate researchers through their individual projects. The experience gave Patrick an early appreciation for the connection between experimentation, engineering rigor, leadership, and the practical implementation of new technologies.
His career soon moved into automotive engineering at General Motors, where he became a Lead Development and Validation Engineer for front-wheel-drive hybrid applications. Patrick served as a central point of contact for powertrain concerns extending from early development through vehicle-build issues, while coordinating testing and supporting a team of development engineers. This period established the foundation for what would become one of the defining themes of his career: helping emerging propulsion technologies move successfully from engineering development into real-world vehicles.
Patrick further broadened his perspective as a Research Engineer with the National Renewable Energy Laboratory. There, he created data-collection and testing plans for a fleet of hybrid Coca-Cola delivery trucks, evaluating how hybrid technology could be optimized for specific operating routes. He coordinated on-road and chassis dynamometer testing, analyzed vehicle data, and presented findings to NREL colleagues, project partners, the U.S. Department of Energy, and industry audiences. The role strengthened his ability to translate detailed engineering findings into practical recommendations for technical and nontechnical stakeholders.
Returning to General Motors, Patrick became deeply involved in the company’s emerging electrification programs. As a calibration engineer supporting the first-generation Chevrolet Volt, he served as a subject matter expert for advanced hybrid programs and supported the vehicle’s West Coast launch. His work included developing and calibrating an algorithm that enabled the removal of two thermistors per vehicle, producing meaningful component cost savings. Working closely with product teams and customers also gave him firsthand experience with the realities of launching innovative technology into the marketplace and reinforced his focus on designing products around both engineering performance and customer needs.
Patrick subsequently took on increasingly significant responsibilities across the second-generation Chevrolet Volt program. As a Design and Release Engineer, he led the development of structural components for the high-voltage battery pack while coordinating engineering analysis, suppliers, and purchasing to achieve robust solutions below established cost and mass targets. He then advanced to Battery Pack Lead Engineer, assuming responsibility for execution of the Gen2 Volt battery pack across design, analysis, testing, release, integration, and validation. These assignments expanded his expertise beyond individual components and into complete-system execution, cross-functional coordination, and the complex tradeoffs required to bring sophisticated technologies to market.
His progression continued as Total Validation Engineer for General Motors’ Small Block engine portfolio, where Patrick created and managed validation plans for 12 distinct engine variants and held responsibility for confirming performance and reliability requirements before ship-to-commerce. That combination of internal-combustion, hybrid, battery, and electrification experience gave him an unusually broad understanding of the evolution of automotive propulsion. Rather than viewing engineering disciplines in isolation, Patrick developed an ability to understand how architecture, validation, cost, manufacturability, performance, and customer expectations must converge for a successful product.
One of Patrick’s most consequential leadership chapters came as Assistant Chief Engineer for Electric Drive Units at General Motors. He strategically assembled and led the team responsible for designing and executing GM’s first Ultium drive units for the GMC Hummer EV, accomplishing the work in significantly less time than a conventional development program. He managed multimillion-dollar engineering budgets, negotiated with global stakeholders and suppliers, and provided architectural direction during the initial Ultium design phase that enabled future variants to reach the market with minimal new content. His responsibilities extended across electric drive unit programs associated with vehicles including the Hummer EV, Chevrolet Corvette E-Ray, and Cadillac LYRIQ, positioning him at the center of one of the automotive industry’s most significant transitions toward electrification.
Patrick later became Engineering Group Manager for e-drive gears and shafts, where his leadership influence expanded from programs to people and organizational design. He supported and mentored a team of approximately 15 engineers responsible for electric drive unit and transmission components while providing technical and process guidance on challenges ranging from prototype failures to post-warranty customer concerns. Notably, he also helped execute a major restructuring of a propulsion hardware release organization encompassing more than 750 individuals across approximately 50 teams, bringing previously separated internal-combustion and electrification functions into a more unified structure. The experience demonstrated his ability to operate not only as a technical leader, but also as an organizational change agent.
Today, Patrick serves as Director of Powertrain Engineering at Scout Motors, where he has built the powertrain organization from the ground up. He leads the technical design, development, and execution of advanced off-road powertrain solutions spanning drive units, engines, generators, fuel systems, air-intake systems, and exhaust systems. In addition to managing a multimillion-dollar annual budget, Patrick defines and drives powertrain strategy around performance, efficiency, cost, execution, and long-term business objectives. His current role brings together the breadth of his career—from traditional mechanical systems and research engineering to electrification and organizational leadership—while giving him the opportunity to shape both products and engineering culture.
Across his career, Patrick has developed a reputation for taking products from design through development, validation, launch, and market execution. His expertise includes product development, powertrain strategy, electric and hybrid propulsion, engineering validation, root-cause analysis, DFMEA/FMEA, technical architecture, organizational development, supplier collaboration, budget management, and go-to-market execution. His perspective on electric propulsion has also reached broader industry audiences through an interview discussing General Motors’ Ultium drive motors and the evolving role of electric propulsion technology.
Patrick’s leadership style is grounded in balance. He considers active listening, strategic thinking, decision-making, coaching, mentoring, and motivation essential complements to technical expertise. Having spent more than two decades solving engineering problems and bringing sophisticated products to market, he understands that breakthrough technology alone does not create successful products; strong teams, clear priorities, thoughtful decisions, and disciplined execution are equally important.
As Patrick looks toward board and advisory service, he is motivated by the opportunity to stretch his leadership capabilities while sharing the lessons accumulated throughout his career with organizations beyond his own. He offers boards a practitioner’s understanding of how ambitious ideas become commercially viable products, how technical organizations scale, and how leaders navigate the competing demands of speed, quality, cost, performance, and innovation. Particularly for organizations operating in technology, mobility, aerospace, engineering, electrification, and other technically complex markets, Patrick can bring an informed and pragmatic voice to discussions surrounding product strategy, engineering execution, organizational capability, and commercialization.
Character:
Patrick leads with accountability, curiosity, and a genuine commitment to helping others succeed, balancing decisive leadership with the willingness to listen before acting. His career demonstrates a consistent readiness to accept difficult technical and organizational challenges while remaining focused on the teams responsible for delivering results.
Knowledge:
He brings more than two decades of experience across mechanical engineering, research, hybrid propulsion, batteries, internal-combustion engines, electric drive systems, validation, and advanced powertrain development. His breadth allows him to connect detailed engineering decisions with broader considerations involving cost, performance, customer requirements, organizational capability, and commercialization.
Strategic:
Patrick understands how to translate long-range product objectives into engineering architectures, organizational structures, budgets, and executable development programs. His leadership of Ultium drive-unit development, large-scale organizational restructuring, and the creation of a powertrain engineering organization demonstrates an ability to think beyond immediate technical problems toward scalable, sustainable solutions.
Communication:
Experienced in communicating across engineering teams, executives, suppliers, global stakeholders, government and research partners, and broader industry audiences. As an active listener and mentor, he combines technical credibility with an ability to make complex challenges understandable, align diverse contributors, and move teams toward a shared objective.
