Senior Electrical Engineer I

ICON•Austin, TX

9d•Onsite

About The Position

ICON is looking for a Senior Electrical Engineer I to lead the electrical architecture and hardware integration for the Titan platform - a large-scale robotic construction system delivering ICON's proprietary printing technology to Serial Production. In this role, you will apply advanced, wide-ranging electrical engineering expertise to develop and resolve complex hardware and integration challenges across power distribution, high-precision motion control, and material delivery systems. You will direct the application of established engineering principles, guide the development of new design standards, and serve as a technical mentor to junior engineers and technicians. You will frequently advise cross-functional teams on complex matters and may be accountable, through the team, for delivery of tactical engineering targets. This role is based at ICON's Austin, TX office and reports to the Manager of Titan Electrical Engineering.

Requirements

Bachelor's degree in Electrical Engineering, Mechanical Engineering, or a related discipline, with 8+ years of related experience; or a Master's with 6+ years; or a Ph.D. with 3+ years.
Proven track record of leading engineering development efforts and delivering complex designs on time.
Advanced ability to apply first-principles thinking to resolve complex engineering models and challenges in creative and effective ways.
Deep experience designing industrial equipment with a strong understanding of field requirements and real-time PLC systems.
Expert-level skill in designing cable harnesses and electrical panels for industrial machinery, including long-run, high-flex mobile applications.
Demonstrated ability to take projects from early-stage prototyping through final product delivery and serial production.
Advanced understanding of UL508A standards and industrial electrical design practices.
Proficient in SolidWorks Electrical Schematics and SolidWorks Electrical 3D; experience with Product Data Management (PDM) tools required.
Skilled in reading and creating schematics in accordance with ANSI and ISO standards.
Demonstrated understanding of the interrelationships between electrical, mechanical, controls, and software disciplines.
Effective communicator who can adapt style and use persuasion to deliver messages that relate to broader business outcomes.
Knowledge of AGILE project management methodologies.
Service-oriented mindset when operating in a support capacity.
Ability to prioritize effectively and maintain composure in a fast-paced, start-up environment.
Strong verbal and written communication skills.

Nice To Haves

Prior experience in a start-up environment and/or a demonstrated ability to innovate, optimize processes, and work resourcefully in dynamic settings.
Experience designing electrical systems for robotics, mechatronics, or large-scale automation platforms.
Strong troubleshooting skills across electrical, controls, and mechanical systems.
Familiarity with machine safety standards, including ISO 10218 and ISO 13849.
Working knowledge of Lean Six Sigma methodologies, including Design for Manufacturing (DFM) principles.
Hands-on experience with industrial safety systems.
Ability to clearly convey complex technical concepts to non-technical audiences and senior stakeholders.
A continuous learner with a strong drive for personal and professional growth.

Responsibilities

Lead the electrical hardware design for multi-story robotic systems, integrating long-reach boom arms, gantry-style rails, or mobile tread systems with the central BuildOS control platform.
Own the electrical integration of automated mixing, pumping, and extrusion hardware. Optimize sensor feedback loops for real-time monitoring of material flow, pressure, and environmental variables.
Drive R&D for robotic systems destined for extreme environments, including lunar or Martian applications, selecting radiation-hardened or temperature-resilient components.
Implement safety-rated systems (ISO 10218, ISO 13849) for large, open-workspace robots. Ensure all field hardware meets NEC (NFPA 70) standards for outdoor and temporary construction sites.
Specify and integrate high-torque servo and stepper motors for the precise movement of large robotic structures, ensuring millimeter-level accuracy over 27-foot spans.
Design and advance electrical systems from prototype to commercialization, including panel design and fabrication in compliance with UL508A, NFPA 79, UL2011, NFPA 70 (NEC), and related standards. Produce professional CAD schematics and P&IDs in SolidWorks Electrical, performing critical calculations for breaker sizing, cable selection (particularly long-run, high-flex mobile applications), and enclosure thermal management.
Architect hardware for industrial controllers (PLC/PAC). While programming is not required, deeply understand control logic to troubleshoot Beckhoff/EtherCAT or Rockwell systems and coordinate handshaking with robotic arm controllers.
Lead and review the work of junior engineers and technicians. Develop internal training for site-based electrical troubleshooting and preventative maintenance of ICON fleets. Advise cross-functional partners on complex electrical matters.
Perform root-cause analysis on field-deployed robots, diagnosing complex communication and power quality issues in rugged environments.
Serve as the specifying engineer for Design for Manufacturing (DFM) initiatives, supporting lean and efficient manufacturing practices in a fast-paced AGILE development environment.
Align technical contributions with company-wide Objectives and Key Results (OKRs), driving progress toward strategic goals.