Automation Junior Engineer

Hitachi•Raleigh, NC

1d•Onsite

About The Position

The Automation Junior Engineer supports the design, configuration, testing, and implementation of substation automation systems using Hitachi Energy MicroSCADA and related technologies. This entry-level role focuses on developing technical expertise through structured training, mentorship, and hands-on project experience. At Hitachi Energy, we are looking for a motivated, early-career engineer who is eager to build a career in substation automation and digital power systems. This role is designed for individuals with strong technical foundations, curiosity, and a passion for learning. Prior hands-on experience with automation systems is not required. Through structured training and mentorship, you will gain experience designing, configuring, testing, and supporting automation systems that play a critical role in modern electrical grids. You will work alongside experienced engineers and technical specialists while gaining exposure to SCADA systems, MicroSCADA applications, communication networks, substation automation technologies, and industry-leading engineering practices. This is an opportunity to contribute to innovative solutions that support grid reliability, renewable energy integration, and the ongoing digitalization of utility infrastructure.

Requirements

Bachelor's Degree in Electrical Engineering, Automation Engineering, or a related field.
0-2 years (internships and co-op experience considered).
Basic understanding of electrical power systems, automation systems, or industrial controls.
Interest in substation automation, SCADA systems, and power system technologies.
Familiarity with programming, networking, or industrial communication concepts is considered an asset.
Strong analytical and problem-solving skills.
Strong verbal and written communication skills.
Ability to work effectively within multidisciplinary teams.
Willingness to travel up to 20% of the time.
Work authorization that permits employment in the United States.

Responsibilities

Support the design and implementation of substation automation systems.
Assist in configuring MicroSCADA applications, HMI displays, alarms, and data acquisition functions.
Learn and support communication protocol implementation, including IEC 61850, Modbus, DNP3, and GOOSE.
Assist with preparation of engineering documentation and network diagrams.
Participate in engineering reviews and design validation activities.
Support project activities to ensure quality, schedule, and customer requirements are met.
Participate in FAT, SAT and commissioning support activities.
Assist with system verification, validation and troubleshooting.
Contribute to project documentation and engineering deliverables.
Support integration of automation systems with protection and control equipment.
Assist with configuration and testing of MicroSCADA systems and communication gateways.
Support installation and startup activities both remotely and on-site when required.
Assist in preparing engineering reports and technical documentation.
Maintain accurate records of configurations, testing activities, and project changes.
Support the preparation of customer documentation and project close-out packages.
Collaborate with engineering, project management, field service, and sales teams.
Participate in customer meetings and technical discussions as required.
Support customer issue resolution under the guidance of senior engineers.
Build effective professional relationships with internal and external stakeholders.
Follow all Hitachi Energy health, safety, environmental, and cybersecurity procedures.
Support safe working practices during office, laboratory, factory, and on-site activities.
Learn and contribute to a culture of safety, integrity, quality, and accountability.
Ensure compliance with company procedures and industry standards.
You will receive structured, on-the-job training to develop expertise in: Substation automation systems and power system applications, Hitachi Energy MicroSCADA platforms, SCADA architecture and HMI development, IEC 61850 communication standards and engineering practices, Industrial communication protocols including Modbus, DNP3, and GOOSE, Network and cybersecurity fundamentals for automation systems, System integration, testing, and troubleshooting methodologies.