Operations Engineer — Field Systems & Utility Construction Technology

Infravision•Austin, TX

19h•Onsite

About The Position

Infravision is looking for an Operations Engineer to serve as a key link between engineering, R&D, and field operations. This role will support the design, modification, maintenance, and field integration of the mechanical, hydraulic, and ground-based systems that make drone-enabled powerline stringing possible. This is a hands-on engineering role for someone who enjoys solving real-world technical problems, working closely with field teams, and turning concepts into practical, safe, and reliable equipment solutions. The Operations Engineer will support both product development and field execution, helping ensure Infravision’s technology performs in demanding utility construction environments. The right candidate will bring mechanical engineering capability, strong technical curiosity, practical problem-solving skills, and the ability to work in a fast-moving environment where engineering decisions directly impact field productivity, safety, and customer success.

Requirements

Degree in Mechanical Engineering or a related engineering discipline preferred.
Experience or strong interest in mechanical systems, hydraulic systems, steel fabrication, utility construction equipment, robotics, or field-based engineering.
Proficiency with CAD software and ability to create, read, interpret, and modify technical drawings.
Strong mechanical aptitude and ability to translate engineering concepts into practical field-ready solutions.
Ability to troubleshoot equipment, systems, and design challenges in fast-moving operational environments.
Strong communication skills with the ability to work effectively across engineering, R&D, field operations, safety, suppliers, and non-technical stakeholders.
High level of professionalism, judgment, and ownership in customer-facing or field-adjacent environments.
Strong safety mindset and willingness to follow structured engineering, operational, quality, and documentation procedures.
Ability to work in both office/shop and field environments, including outdoor, non-climate-controlled, active project sites when required.
Ability and willingness to travel to support field operations, testing, troubleshooting, and deployments.
Fast learner mindset with the ability to quickly understand new systems, equipment, standards, and industry requirements.
Flexibility to support a broad range of responsibilities in a growing startup environment.

Responsibilities

Support the concept development, mechanical design, and improvement of robotic products, ground hardware, and field systems used in aerial stringing operations.
Design, modify, and maintain mechanical and hydraulic systems used in drone-enabled utility construction.
Develop maintenance protocols and equipment improvement plans for stringing equipment and related field assets.
Design rope management systems and support stringing methodologies that integrate Infravision’s technology with conventional utility construction methods.
Oversee or support steel fabrication projects, specialist equipment selection, supplier coordination, and hardware quality checks.
Use CAD software and technical documentation to develop, modify, and communicate design solutions.
Work closely with field teams to ensure hardware is functional, durable, safe, and optimized for high-productivity environments.
Troubleshoot field issues, identify root causes, and support practical engineering solutions in real time.
Support safety and quality standards by ensuring equipment, designs, and modifications meet operational requirements.
Communicate clearly with engineering, R&D, operations, field, safety, suppliers, and customer-facing teams.
Travel as required to support field operations, project execution, equipment testing, troubleshooting, and deployment.
Support other engineering, field, operational, safety, documentation, and startup needs as assigned.