VP, Engineering

What we're building The marine industry supports recreation, global commerce, and national defense. And yet it runs on technology that hasn't meaningfully changed in fifty years. Until now. Arc is on a mission to electrify the marine industry. We’re rethinking powertrains, software, and vessel designs from first principles. And we’re already executing. We started with consumers to develop and harden our core technology. We’re now scaling production of our flagship model with new models and sectors on the horizon. Now we’re extending our platform to commercial applications, starting with tugs, ferries, and defense, with years worth of signed contracts and a pipeline that spans every vessel type on the water. The technology is proven, the momentum is building, and the opportunity is enormous. The marine industry is going electric and Arc is building the platform that powers it. Who we're looking for As Arc's VP of Engineering you will define and build the core technology platforms that will power the future of electric boating. Working alongside the CTO, you’ll lead the engineering vision, roadmap, and execution of the battery, electrical architecture, powertrain, electromechanical, structural, and integrated vehicle platforms that underpin every Arc product. These common technology platforms-tightly integrated with software at their core-will enable an entirely new generation of consumer and commercial electric vessels. This role is responsible for building the engineering organization that will solve those challenges. You’ll lead advanced R&D, new product development, sustaining engineering, and responsible engineering while creating scalable technology platforms that unlock entirely new classes of electric marine products. If successful, your work won’t just define Arc-it will help define the future of electric boating. What You’ll Do Building and leading Arc’s Hardware Engineering organization, owning advanced R&D, new product development, sustaining engineering, and responsible engineering across the complete lifecycle of our consumer and commercial technology platforms. Defining the vision, architecture, and roadmap for Arc’s battery, electrical, powertrain, electromechanical, structural, and integrated vehicle platforms, creating a common technology stack that powers future products across multiple markets. Building one of the world’s best hardware engineering teams by recruiting exceptional leaders, developing technical talent, establishing high engineering standards, and creating a culture of ownership, first-principles thinking, and relentless execution. Partnering with executive leadership to identify new product opportunities, make foundational technical and organizational decisions, and deliver industry-defining products that balance customer experience, performance, manufacturability, reliability, cost, and speed. Continuously simplifying products, architectures, and engineering processes to reduce complexity, improve quality, accelerate development, and create durable competitive advantages. Partnering closely with Operations, Supply Chain, Software, Manufacturing, and Sales & Service to ensure every platform is designed, launched, manufactured, supported, and continuously improved throughout its lifecycle. Minimum Qualifications Demonstrated success leading multidisciplinary hardware engineering organizations responsible for developing complex electromechanical products from early architecture through high-volume production. Strong systems-level understanding of battery systems, electrical architecture, powertrain, electromechanical systems, structures, and hardware-software integration, with the ability to make thoughtful technical and organizational tradeoffs. Proven track record of building and developing exceptional engineering organizations by recruiting top talent, coaching engineering leaders, and fostering a culture of ownership, technical excellence, and continuous improvement. Experience defining long-term technology roadmaps and platform strategies that enable multiple products, customer segments, or vehicle applications to leverage common architectures. Demonstrated ability to balance customer experience, engineering rigor, manufacturability, reliability, cost, schedule, and business objectives while making high-impact product decisions. Exceptional communication and leadership skills, with experience aligning cross-functional organizations and influencing executive stakeholders through periods of rapid growth and organizational change. Bonus Qualifications Experience leading hardware engineering organizations within automotive, aerospace, robotics, consumer electronics, marine, or other complex hardware industries. Experience developing electric vehicles, battery systems, power electronics, high-voltage architectures, or other advanced electromechanical platforms. Experience leading multiple successful new product introductions while simultaneously supportin #J-18808-Ljbffr PVH (Tommy Hilfiger/Calvin Klein)