Unbox Robotics builds the world's most compact, AI-powered mobile robotic sorting systems for warehouses and distribution centers - installing 10X faster, saving 50%+ space, and delivering 3X productivity gains. Backed by marquee investors, we're scaling our Solutioning team with strong software talent.The RoleYou will architect end-to-end technical solutions for robotic deployments - designing electrical and electronics plans, planning the network infrastructure, and ensuring solutions are secure, scalable, and deployment-ready. Works independently on defined deliverables, owns end-to-end design tasks, mentors L1 engineers, and drives customer-facing technical outcomes with minimal supervision.Key ResponsibilitiesLead technical discovery to produce Site Requirement Specifications (SRS) and Basis of Design (BOD) documentsSupport pre-sales RFP/RFQ responses with BOMs, engineering estimates, and risk assessmentsEvaluate site surveys and facility drawings to validate infrastructure feasibility and cable routing strategiesAct as technical SPOC throughout design, deployment, and commissioning phasesDesign Power Supply Distribution systems: load calculations, circuit sizing, and grounding (NEC / IEC 60364)Produce complete electrical schematic packages: SLDs, wiring diagrams, panel schedules, and terminal drawings in ECADAuthor cable tray and conduit routing plans per NEC Art. 392 / IEC 61537 with EMI segregationGenerate production-ready BOMs with AVL and version control; create harness drawings with connector pinout and torque specsMaintain Deployment Assembly Instructions and Field Service ManualsDesign Ethernet topologies: VLAN planning, PoE budgeting, switch hierarchy per TIA-568 / ISO 11801Specify server, UPS, rack, and edge compute requirements; prepare IT scope-of-work and coordinate with customer IT teamsValidate latency, bandwidth, and QoS requirements for real-time robot fleet communicationConduct Design Reviews (PDR/CDR); provide structured peer review feedback to L1 engineersMaintain requirements traceability and participate in root-cause analysis for field incidentsPropose standardized templates and reference designs to reduce engineering cycle timeSupport field commissioning; capture and integrate lessons learned into future designsRequirements3-5 years in electrical system design for industrial automation, robotics, or capital equipmentProven experience with SLDs, panel schedules, and schematics at 120-480 V AC / 24-48 V DCKnowledge of power quality: voltage drop, short-circuit analysis, power factor, harmonic distortionProficiency in ECAD: EPLAN Electric P8, AutoCAD Electrical, or equivalentNEC (NFPA 70), CEC, BS 7671, IEC 60364, AS/NZS 3000 - working levelIEEE 802.3, NEMA enclosure ratings, IEC 60529 (IP ratings), UL 508A awarenessFunctional safety awareness: IEC 62061 / ISO 13849 (preferred)OSI Layer 1-3: Ethernet media, managed switches (VLAN, RSTP, LACP), IP subnettingStructured cabling specification per TIA-568-C; PoE switch and UPS sizingAwareness of OT/IT segmentation and IEC 62443 cybersecurity principlesPLM/ERP for BOM management; Jira/Confluence or equivalent for project trackingAutoCAD / 2D CAD for site layout review and routing overlaysStructured communicator: technical docs for engineers and executive audiencesGood to HaveSiemens Capital Essentials Harness - formboard and connector library managementSolid Edge or equivalent MCAD for 3D mechanical/electrical integrationAMR/AGV deployment: charging infra, fleet management, traffic controlSCADA, PLC, or industrial HMI integration / commissioning experienceWe ValueSystems-thinking mindset - big picture vision with attention to detail.Ownership mentality and drive to become a subject matter expert.Thriving in fast-paced start-up environments with tight timelines.Strong cross-functional collaboration with engineering, sales, and customer teams.
