Principal Digital Factory Engineer IV

RTX (Raytheon); McKinney (TX); On-site; USD 140,000 - 190,000; Full time

Job summary

Raytheon in McKinney, TX, is seeking a Principal Digital Factory Engineer to design, develop, and integrate enterprise IIoT and data-driven manufacturing solutions across multiple sites. The role emphasizes real-time factory insights, scalable software, and collaboration with OT, IT, and operations teams, with security clearance requirements.

The position involves building dashboards, data pipelines, and digital twin initiatives using Ignition, Python, and SQL, plus leading architectural

Qualifications

• Citizenship or eligibility for U.S. government clearance is required.
• Active DoD Secret clearance or the ability to obtain one is required.
• Experience designing and integrating digital factory applications and IIoT systems.

Responsibilities

• Design, develop, and maintain digital factory applications and IIoT systems across Raytheon sites.
• Build operator interfaces, dashboards, backend workflows, and data queries for factory operations.
• Integrate applications with databases, historians, IIoT devices, and central data services.
• Ensure reliable data flows, scalable architectures, and high-quality software.

Skills

Python

SQL

Data analysis

Tools

Ignition

Azure DevOps

MQTT

Modbus/TCP

OPC-UA

Job description

Date Posted: 2026-09-21

Country: United States of America

Location: US-TX-MCKINNEY-513PW ~ 2501 W University Dr ~ PW BLDG

Position Role Type: Onsite

U.S. Citizen, U.S. Person, or Immigration Status Requirements: The ability to obtain and maintain a U.S. government issued security clearance is required. U.S. citizenship is required, as only U.S. citizens are eligible for a security clearance

Security Clearance Type: DoD Clearance: Secret

Security Clearance Status: Active and existing security clearance required after day 1

At Raytheon, we build secure, connected, and data‑driven manufacturing technologies that strengthen mission readiness and global competitiveness. The Connected Factory Intelligence (CFI) organization delivers enterprise digital factory capabilities through modern IIoT infrastructure, unified data architectures, and operator‑centric applications that improve productivity, quality, and factory performance.

We are seeking a Principal Digital Factory Engineer to design, develop, integrate, and support advanced digital factory solutions deployed across multiple Raytheon manufacturing sites. This senior engineering role contributes to scalable software development, reliable IIoT connectivity, and integrated data systems that enable real-time factory insights and continuous operational improvement.

What You Will Do

The Principal Digital Factory Engineer is responsible for building and integrating digital manufacturing applications and IIoT systems across CFI's five functional product domains:

1. Manufacturing Process Monitoring & Equipment Maintenance
2. Shop Floor Management & Optimization
3. Digital Operator Interface & Smart Tools
4. Manufacturing Product Digital Thread & Factory Digital Twin
5. Factory OT Analytics, Metrics & Common API / Data Transfer

This role performs full-cycle software development while partnering closely with cross-functional engineering, operations, OT, IT, and data teams. The engineer ensures reliable data flows, scalable application design, and high-quality software that supports factory operations across multiple locations. Preferred candidates also bring higher-level capabilities in architectural thinking and cross-team technical leadership.

Software Development & Integration

• Design, develop, and maintain digital factory applications using Ignition, Python, SQL, and related technologies.
• Build operator interfaces, dashboards, backend workflows, data queries, and automated logic supporting factory operations.
• Integrate applications with databases, historians, IIoT devices, and central data services using modern communication protocols.
• Implement code aligned with team standards, ensuring maintainability, performance, and usability.
• Document features, technical decisions, and system configurations for clarity and long-term sustainment.

IIoT Connectivity & Equipment Integration

• Connect factory equipment, sensors, PLCs, and gateways using protocols such as Modbus/TCP, OPC-UA, EIP, and MQTT.
• Configure data ingestion pipelines to support real-time monitoring, analytics, and operator-facing tools.
• Ensure reliable connectivity between OT systems, digital factory applications, and enterprise platforms.
• Troubleshoot communication issues, data flow interruptions, or equipment interface problems.

Data Engineering & Factory Insights Enablement

• Build and optimize historian tags, data models, and analytics feeds used for factory metrics and reporting.
• Support digital thread and digital twin initiatives by enabling consistent and accurate data movement across systems.
• Partner with data architects and analytics teams to ensure appropriate data access, quality, and structure.

DevOps & Release Support Use

• Azure DevOps or similar tools to manage source control, pipelines, builds, and release processes.
• Validate deployments, troubleshoot build issues, and support continuous integration and delivery best practices.
• Help maintain reliable multi-site deployment patterns that support enterprise scaling.

Cross-Functional Collaboration

• Work closely with manufacturing engineers, product owners, OT specialists, test engineers, and IT teams to align solutions with factory needs.
• Participate in design reviews, requirements discussions, technical investigations, and roadmap planning sessions.
• Support multi-team integrations, ensuring applications function correctly within broader digital factory workflows.

Root Cause Correction & Sustainment

• Lead technical investigations into application defects, connectivity failures, data inconsistencies, or performance issues.
• Implement corrective actions that improve reliability and prevent recurrence.
• Provide factory support and troubleshooting for critical digital systems.

Leadership & Mentorship

• Mentor and guide junior and mid-level engineers on software best practices, troubleshooting, and system integration.
• Provide technical input to product owners and influence solution design decisions.
• Help evolve development standards, integration patterns,