Company Profile

Emerson Electric

Emerson focuses on industrial automation and software-enabled process control, helping energy, chemicals, life sciences, and manufacturing operators run safer and more efficient plants.

🇺🇸 St. Louis, MO, United StatesMarket Cap: $65B

What They Build

Industrial Automation, Process Control, and Operations Software

Customer Type

Process industries, discrete manufacturers, and critical-infrastructure operators

Business Model

Product/system sales plus recurring software and service revenue

Key Products & Initiatives

  • Emerson is deeply embedded in process automation environments with long customer lifecycles.
  • DeltaV and Ovation control systems are central to many industrial operations use cases.
  • Plant reliability, safety, and process optimization are recurring customer priorities.
  • Software and analytics adoption are increasing in maintenance and operations workflows.
  • Execution depends on domain expertise, field service strength, and integration capability.
  • Regulated industries require high compliance and documentation rigor in delivery.

Key Products & Brands

DeltaV

Distributed Control System

DeltaV is Emerson's control-system platform for process automation in complex industrial plants. It supports real-time process control, safety integration, and operational consistency at scale. Teams focus on reliability, configuration quality, and plant-level lifecycle management.

DeltaVDCSprocess controlindustrial automation

Ovation

Power and Water Automation

Ovation is used in power and water operations requiring resilient control, monitoring, and lifecycle support. It helps operators maintain continuity and compliance in critical utility processes. Teams balance modernization with uptime and control-system safety constraints.

Ovationutilities automationcritical infrastructuremonitoring

Asset Performance Solutions

Reliability and Maintenance

Asset performance offerings use diagnostics and analytics to improve equipment reliability and maintenance planning. They target reduced unplanned downtime and better maintenance economics. Teams connect OT data with actionable operational workflows.

asset performancepredictive maintenanceOT analyticsdowntime reduction

Industrial Software and Analytics

Digital Operations

Software products support process optimization, operational visibility, and decision support in industrial environments. Programs require integration with legacy OT systems and plant governance. Teams emphasize adoption, measurable gains, and operational safety continuity.

industrial softwareOT integrationanalyticsprocess optimization

Role Families

Industrial Engineering & Automation

Controls EngineerAutomation EngineerSoftware Engineer - Industrial Systems

Expected Skills

Controls FundamentalsPythonC++Industrial Protocols AwarenessSystems IntegrationTesting Discipline

What They Work On

  • Designing and configuring process-control and automation solutions for plant environments.
  • Building software and integration layers that connect OT systems with analytics and enterprise tools.
  • Developing reliability and optimization features for industrial operations workflows.

Portfolio Ideas

  • Build a process-control simulation with alarm and fault scenarios.
  • Create an OT-to-cloud data integration prototype for equipment monitoring.
  • Design a control-room KPI dashboard for throughput and downtime tracking.

Program Management & Operations

Operations AnalystReliability AnalystProject Controls Analyst

Expected Skills

SQLExcelProcess AnalyticsRisk And Controls AwarenessOperations ReportingStakeholder Strategy

What They Work On

  • Analyzing plant performance, maintenance trends, and process variability metrics.
  • Supporting safety, compliance, and risk-management controls in industrial programs.
  • Tracking delivery milestones and operational outcomes for automation deployments.

Portfolio Ideas

  • Build a downtime root-cause and recurrence dashboard.
  • Create a maintenance-priority model using failure probability and production impact.
  • Design a deployment risk tracker for plant automation modernization.

Entry Pathways

internships

Internships are available in automation engineering, software, and operations functions.

entry Level Roles

Entry-level roles are common in controls, software, field engineering, and analytics.

graduate Programs

Early-career pathways and rotational experiences vary by region and business segment.

Culture Signals

  • Operational safety and reliability are strong day-to-day priorities.

  • Industrial domain knowledge is valued alongside technical depth.

  • Customer-facing engineering and field collaboration are common.

  • Digital transformation is framed around measurable plant outcomes.

  • Execution rigor and documentation quality are critical in regulated environments.

Guidance by Audience

Great fit for candidates interested in industrial automation and control systems.
Projects showing OT + software integration can stand out strongly.
Process thinking and reliability analysis are valuable beyond generic coding skills.
Communication skills matter because teams collaborate closely with operations stakeholders.

Sources

High

Updated: February 8, 2026