Proconex is the exclusive Emerson Impact Partner for Emerson Automation Solutions in the Mid-Atlantic region. We provide a full portfolio of Process Automation Control Systems, Valves and Control Devices, and related technologies and services to a range of customers—in the Life Sciences, Chemical, Power, Refining, Oil & Gas, Food & Beverage, Paper, Metals, and other industries, as well as commercial enterprises and campus facilities. With three strategically located offices, Proconex maintains a deep dedication to its 200+ employees, a sharp focus on safety and quality, and the drive to deliver.

Senior Systems Engineer I

Position Summary

The Senior Systems Engineer I is an advanced engineering role responsible for independently executing automation and control system projects, leading significant technical scopes of work, and serving as a trusted technical resource for customers and internal teams. This position owns the design, implementation, testing, commissioning, troubleshooting, and ongoing support of industrial automation systems while providing technical leadership, mentorship, and guidance to less experienced engineers.

The Senior Systems Engineer I applies advanced process control and automation expertise to develop and implement solutions, resolve complex technical challenges, optimize system performance, and support project execution from requirements gathering through final delivery. This role regularly interfaces with customer stakeholders, helps shape technical solutions, influences project execution, builds strong customer relationships, and contributes to the development of engineering best practices across the organization.

Key Responsibilities

Design, configure, implement, and support industrial automation systems, including Distributed Control Systems (DCS), Programmable Logic Controllers (PLC), SCADA systems, data historians, and related technologies.
Develop and execute automation solutions for complete system areas, process units, and small projects based on customer requirements and operational objectives.
Create and modify control strategies, automation sequences, graphics, alarm configurations, system architectures, network designs, and related engineering deliverables.
Evaluate customer requirements, P&IDs, design specifications, process descriptions, and technical documentation to develop practical, scalable solutions that align with operational and business objectives.
Lead technical discussions with customers and project teams, provide recommendations, identify risks, and drive resolution of technical challenges.
Lead Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), commissioning, startup, validation, and change control activities while supporting successful project delivery.
Troubleshoot complex automation, integration, process control, networking, and operational issues while performing root cause investigations and implementing corrective actions.
Develop, review, and maintain engineering documentation, including functional specifications, design documentation, testing documentation, and project records in accordance with company and client requirements.
Serve as a primary technical point of contact for customers during project execution, site support, troubleshooting, commissioning, and operational support activities.
Mentor Systems Engineer I and Systems Engineer II team members through technical coaching, project execution support, knowledge sharing, and professional development activities.
Support project planning efforts by providing technical input, risk assessments, scope recommendations, status updates, and execution guidance to project leadership.
Identify opportunities for additional engineering services and collaborate with leadership and account teams to support customer growth initiatives.
Contribute to engineering standards, department initiatives, continuous improvement efforts, and the development of scalable solutions and best practices across the organization.
Utilize emerging technologies and digital tools, including artificial intelligence (AI), to improve engineering productivity, technical documentation, troubleshooting, project execution, and knowledge management activities.