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Intralox seeks a Lead Engineer to anchor a cross-functional Advanced Research & Development team, turning ambiguous needs into validated prototypes and overseeing the technical direction from concept to field-ready solutions.
You will mentor engineers, manage the innovation funnel, and drive execution with a strong emphasis on mechanical, controls, and software integration. This role requires travel to customer facilities and collaboration with the Advanced R&D Manager and business partners.
We are seeking a Lead Engineer to serve as the technical anchor of a cross-functional Advanced Research & Development team shaping the future of industrial automation. As the team's system architect and primary technical voice, you will lead the development of solutions from concept through validated prototype and handoff to the business. You will translate ambiguous customer needs and opportunity hypotheses into clear, testable requirements, bring the deep technical context needed to assess ideas and emerging technologies, and provide technical oversight and mentorship to the team's engineers. Working shoulder to shoulder with the Advanced R&D Manager, you will help manage the innovation funnel — assessing feasibility and driving execution against it — so that the most promising opportunities advance quickly and reliably. The ideal candidate is a hands‑on technical leader with genuine breadth across mechanical, controls, and software domains who thrives on turning undefined problems into working prototypes. We prefer this person to be based in our Baltimore, Maryland office. Intralox is a division of Laitram, L.L.C., with an extensive portfolio of innovative conveyance solutions and services that improve lives and optimize businesses worldwide.
Turn early‑stage ambiguity into the technical clarity that makes fast, focused development possible. Convert ambiguous customer needs into actionable specifications and requirements. Partner with the Advanced R&D Manager and Business Development Engineers to ground technical requirements in real customer problems. Frame the technical unknowns and plot a development path that resolves them. Define what "good enough" looks like at each stage, resolving enough ambiguity to accelerate learning.
Assess feasibility and drive execution so the innovation funnel advances the most promising opportunities. Bring the technical context needed to evaluate ideas, emerging technologies, and adjacent‑market capabilities. Assess feasibility and cost, and frame the tradeoffs that guide where the team invests. Test fast and disposition quickly, concentrating resources on the strongest opportunities.
Provide the technical vision and rigor that carry solutions from concept to validated prototype. Serve as Engineer in Charge on projects, driving execution against the technology roadmap. Own the system architecture across mechanical, controls, and software domains. Lead rapid prototyping to advance learning, including fieldable prototypes for customer sites. Mentor the team's engineers, raising technical rigor and growing capability. Align development with EPD tools and the Vee model to mature requirements and concepts in parallel. Engage downstream stakeholders early so handoff feels inevitable, not surprising.