Position Overview:
The Vice President of Technology is responsible for defining and executing the company’s end-to-end technology strategy across hardware, software, applications engineering, process engineering, and product development. This leader ensures technology investments directly support commercial growth, manufacturing scale, product innovation, and operational excellence.
In a small but scaling additive manufacturing organization, this role requires both strategic leadership and hands-on execution, driving alignment between engineering, manufacturing, and business priorities.
Responsibilities
Technology Strategy and Leadership
- Define and execute the company’s technology roadmap aligned with business objectives, product strategy, and customer requirements
- Build and lead a high-performing multidisciplinary engineering organization spanning hardware, software, applications, and process engineering
- Establish technology priorities, resource allocation, and execution plans to support scaling operations
- Partner with executive leadership to translate market opportunities into technical capability development
Product and Platform Development
- Lead end-to-end product development including additive manufacturing systems, materials integration, software platforms, and application solutions
- Ensure new product introduction processes are structured, predictable, and aligned with commercialization timelines
- Drive innovation in machine performance, reliability, throughput, and cost efficiency
- Balance near-term delivery commitments with longer-term platform strategy
Additive Manufacturing Process Excellence
- Oversee development and optimization of additive manufacturing processes including parameter development, qualification, and repeatability
- Ensure process capability supports customer requirements across industries such as aerospace, defense, medical, or industrial applications
- Establish best practices for design for additive manufacturing, validation, and production readiness
- Drive continuous improvement initiatives to improve yield, cycle time, and scalability
Software and Applications Engineering
- Lead development of software systems including machine control, workflow automation, data analytics, and customer-facing applications
- Ensure integration between hardware platforms and software ecosystems
- Build strong applications engineering capability to support customer adoption and technical sales efforts
- Develop technical documentation, training frameworks, and deployment methodologies
Operational and Organizational Leadership
- Implement clear engineering execution frameworks including roadmap governance, prioritization, and performance tracking
- Establish strong cross-functional collaboration with Manufacturing, Supply Chain, Quality, Sales, and back-office functions.
- Develop workforce planning strategy to support company growth and technology maturity
- Manage technology budget, external partners, and vendor relationships
What Success Looks Like
- A clearly defined and communicated technology roadmap aligned to revenue and scale objectives
- Predictable product development execution and successful product launches
- Scalable additive manufacturing processes with improved reliability and throughput
- Strong engineering leadership bench and clear organizational accountability
- Technology investments that materially improve company competitiveness and margin
Requirements
- 12+ years of progressive engineering leadership experience, including executive or senior leadership roles
- Demonstrated experience in additive manufacturing technologies (metal or polymer)
- Proven track record leading multidisciplinary teams across hardware, software, and manufacturing process engineering
- Experience scaling technology organizations in small to mid-size manufacturing or deep-tech environments
- Strong commercial mindset with ability to align technical strategy to business outcomes
Preferred
- Experience developing industrial equipment, production platforms, or advanced manufacturing systems
- Background in aerospace, defense, medical devices, or high-reliability industries
- Familiarity with qualification frameworks, regulatory requirements, or government customers
- Advanced degree in Mechanical Engineering, Materials Science, Electrical Engineering, or related field
Leadership Competencies
- Strategic clarity with operational rigor
- Ability to set direction and drive execution in ambiguous environments
- Strong decision-making and prioritization capability
- Credibility with highly technical teams
- Collaborative executive presence