Senior Software Engineer II - Manufacturing Software Support

LVT•American Fork, UT

8d•Onsite

About The Position

ABOUT LVT LVT is redefining how businesses operate in the physical world, moving beyond traditional security solutions to deliver AI-driven, actionable intelligence that makes sites smarter, safer, and more secure. Since pioneering our first mobile, solar-powered units, our commitment to scrappy, hands-on innovation has made us an established leader and one of the fastest-growing companies in intelligent site technology. We are building the next generation of solutions—from our physical units in the field to a powerful Agentic AI platform—that allows our customers to gain unprecedented visibility and control over safety, compliance, and operations. This is your chance to join a cutting-edge team that isn't just watching the world change, but actively building the technology that is changing it. We’re a team that’s focused on growth and innovation, and we’re proud that our crew, products, and leadership are being recognized for it. A Top-Tier Growth Company: Named one of the Financial Times’ Fastest Growing Companies 2025 and #10 on the Inc. 5000 Rocky Mountain Regional list for 2025. Innovative Leadership: Our CEO, Ryan Porter, was named an EY Entrepreneur of the Year 2025, and our CTO, Steve Lindsey, was inducted into the Silicon Slopes CTO Hall of Fame in 2024. Product & Software Excellence: We were named one of The Software Report’s Top 100 Software Companies of 2023 and are a winner of the Security Today Govies Award for 2025. ABOUT THIS ROLE As a Senior Software Engineer II focusing on Manufacturing Engineering Support, you will bridge the gap between core software engineering and our production software systems. In this high-impact IC role, you will build the frameworks, internal tooling, and infrastructure that empower our manufacturing software engineering team to deploy reliable, high-performance code. By optimizing the developer experience and ensuring seamless software-to-factory interfaces, your work directly accelerates product delivery and software stability across our manufacturing pipeline. This role is based in-office out of our Headquarters in American Fork, Utah, requiring daily on-site collaboration with our production and engineering environments. Minimal travel may be required.

Requirements

8+ years of professional software engineering experience, with advanced proficiency in Python, C/C++, and Go.
Proven track record of building developer tools, internal infrastructure, frameworks, or APIs that support and scale other engineering teams.
Substantial experience working closely with software systems that interface directly with physical hardware, manufacturing lines, or edge devices.
Strong background in systems architecture, containerization, and establishing robust CI/CD and automated test infrastructure for hardware-dependent software.
Proficient in designing reliable data pipelines, microservices, and local databases to capture and analyze system-level manufacturing software performance.
Excellent root-cause analysis skills with the ability to debug complex, distributed integrations between distinct software and hardware environments.
Strong communication skills with a proven ability to align core software engineering objectives with practical manufacturing realities.
B.S. or M.S. in Computer Science, Computer Engineering, Electrical Engineering, or equivalent practical industry experience.

Responsibilities

Design, develop, and maintain internal tooling, infrastructure, and automation tailored specifically to empower the manufacturing software engineering team.
Build and optimize the critical interfaces, APIs, and middleware connecting core software engineering frameworks with factory-floor execution systems.
Collaborate with software developers and manufacturing teams to establish robust testing environments, simulation tools, and hardware validation frameworks.
Architect scalable data pipelines to stream manufacturing software telemetry and performance metrics back to core engineering platforms.
Troubleshoot and resolve complex, systemic bottlenecks at the intersection of production software and core engineering infrastructure to maximize developer velocity.
Define and enforce high standards for code quality, architectural consistency, and deployment safety across engineering repositories using Python, C/C++, and Go.
Drive long-term technical strategy for the platform systems that support physical hardware assembly, automated calibration, and device provisioning.
Mentor team members on software engineering best practices, effectively bridging the gap between embedded hardware constraints and modern software design patterns.