Process Controls Engineer

Motrex•Alpharetta, GA

1d•Hybrid

About The Position

Join Storion Energy and help us power the future of stored energy! Are you a self-motivated individual looking to make a significant impact in a growing industry? Are you interested in the growing technological base of traditional automation with applied higher-level programming languages? Storion Energy is hiring a Process Controls Engineer to pioneer our automation needs as we grow and expand manufacturing capabilities in the US. We are looking for someone who capitalizes on a hands-on approach to learning new control methods, helps develop our automation standards and practices, and guides other engineers as we enable the US-based production and adoption of long-duration energy storage systems in the flow battery space. Reporting through the manufacturing engineering team, you will directly affect the direction and development of our operations base. You will work with other chemical, electrical, and mechanical engineers as we will bring a novel production process from lab scale to full operations and help lead the future expansion of deployed manufacturing sites. We expect a blend of traditional controls technology and hardware with the capabilities of higher-level programming languages. As a small company, there are always opportunities to make a difference and grow. Storion has an engineering career progression ladder that allows engineers to progress in the organization in either an individual contributor or managerial role. Read below for the formal description. Apply to learn more about our new projects for the upcoming year, where you’ll play a key role in our manufacturing plants and other key initiatives.

Requirements

Bachelor of Science degree in Chemical Engineering, Electrical Engineering, Mechanical Engineering, Software Engineer, or related field.
Minimum of 3 years hands-on automation experience in a manufacturing or process development environment.
Experience working with Control System hardware and software is required, DCS or PLC Systems (Siemens is preferred).
Programming skills in ladder logic and structured text programming languages is required.
Knowledge and Experience with HMI & Scada is required (Inductive Automation’s Ignition preferred).
Understanding of network communication protocols such as EthernetIP, Profinet, and Modbus is required.
Capability to work with scripted programming is required (Python is preferred).
Familiarity with instrumentation and devices used in chemical manufacturing is beneficial.
Familiarity with instrumentation and robotic control for discrete assembly processes is beneficial.
Skills PLC Programming, Ladder Logic, Industrial automation, Process engineering, Manufacturing, Human-Machine interface (HMI) systems, Control Panels, Supervisory Control and data acquisition (Scada), Electrical Control System Design, Python, C++, PLC or Distributed control systems.

Nice To Haves

Experience in panel building and field wiring is beneficial, willingness to learn is required.

Responsibilities

Design, integration, commissioning, and ongoing support of control system scale up and new applications.
Take ownership of all automation aspects for equipment: from instrumentation and electrical to automation, HMI, & SCADA.
Work with vendors to support the design and implementation of controls system hardware and software.
Take a hands-on approach to the integration of in-house developed and vendor-created systems.
In-house development of higher-level automation and process controls in PLC systems, including PID controls and sequence automation.
In-house development and implementation of assembly automation/discrete manufacturing processes, including but not limited to integration of robots with dedicated work cells.
Set up and support network communication between PLCs and other systems.
Design, implement, & deploy HMI / SCADA systems for the collection of process data.
Support existing applications that use Python and C++ programming languages as needed.
Foster strong relationships with members of the product engineering team, operations team, and vendors.
Generate and maintain proper documentation, complete communication, and train others.
Long-term focus to improve operating efficiency on manufacturing equipment through control system implementation and automation.
Grow technology expertise in Automation, MES, Industry 4.0, and IIoT.