Job Description for Industrial Control Systems Engineer
Company Overview: L.L. Blue Engineering is dedicated to providing innovative systems engineering, ICS cybersecurity, design, and systems integration for industrial facilities and critical infrastructure. Our mission is to "Engineer the World of Tomorrow" by transforming our clients' visions into reality through strategic planning and exceptional program delivery.
Vision and Core Values:
•Bring honor to God in all that we do.
•Attract and develop the most talented teammates who are inventive leaders, lifelong learners, & passionate to bring about positive change while engineering the world of tomorrow.
•Leverage technology for its full advantages in creating the future.
•Develop solutions that improve quality of life, serve communities, & sustain our planet.
Role Summary: We are seeking a motivated Systems Engineer who may not have an extensive background in controls but has demonstrated mechanical aptitude and a keen eagerness to learn. This role involves contributing to the design, development, and implementation of automation projects in industrial settings, while also gaining expertise in cyber securing industrial control networks.
Core Responsibilities:
•Participate in and lead various phases of controls and SCADA project lifecycle, including planning, design, development, and implementation of process control systems.
•Support project teams and independently manage projects, ensuring effective communication with all stakeholders, including operators, technicians, and plant managers.
•Spearheading a range of automation projects, from inception through to startup and tuning. This role requires extensive knowledge of process control concepts and systems, exceptional programming proficiency, and an acute focus on detail. Candidates must exhibit strong technical acumen, the ability to perform sequential and critical analysis, and superior computer skills to manage complex design and development tasks effectively.
•Regular support at multiple industrial customer sites, necessitating availability for emergency responses and potential weekend assignments outside of standard business hours. The engineer is expected to develop specialized skills in cybersecurity for industrial control networks and must adhere to strict safety protocols. Diligence in maintaining safety standards, awareness of potential hazards, and exercising mature, sound judgment are essential qualities for success in this dynamic environment.
•Working as part of a project team, the Systems Engineer must demonstrate excellent communication and collaboration skills, capable of engaging effectively with team members, including project managers, operators, instrument and control (I&C) technicians, and plant engineers. In roles of greater responsibility, such as Project Manager or independent Systems Engineer, direct and clear communication with clients and the ability to manage expectations and project deliverables are critical.
•Involvement in various project phases includes extensive planning, conducting site evaluations, performing feasibility studies, and developing cost estimates and schedules. The Systems Engineer collaborates with a team of engineers, designers, and drafters to produce comprehensive installation packages. Responsibilities also encompass the creation of detailed control system documentation, including network architecture drawings, control system narratives, and specifications. Oversight of the project's technical aspects, such as instrumentation and SCADA technician coordination and contractor management, ensures that projects are executed efficiently and align with client specifications and safety requirements.
Qualifications:
•Mechanical aptitude and a proven ability to apply engineering principles and critical thinking in a practical environment.
•Experience in SCADA systems, network architecture, and cybersecurity measures.
•Expertise with one or more of the following DCS platforms: Inductive Automation, Foxboro DCS, Emerson DeltaV DCS, Emerson Ovation DCS, GE Mark 6e, Siemens PCS-7 DCS (programming, configuration, design)
•Ability to work collaboratively in a dynamic team environment, displaying strong problem-solving skills and adaptability.
Education & Experience:
•A degree in Electrical Engineering, Mechanical Engineering, Computer Science, or a related field is preferred. 5+ years of relevant experience or an associate degree in a technical field may also be considered.
•Demonstrated proficiency with Ignition HMI and Allen-Bradley platforms
•Desire and ability to learn quickly and apply new skills effectively.
What Defines Success:
•Ability to integrate quickly into teams, learn from peers, and contribute to projects effectively.
•Development into a knowledgeable and competent Systems Engineer who contributes to the team's success and client satisfaction.
Compensation:
•We offer a competitive salary, comprehensive benefits, and opportunities for bonuses and professional growth.
•Engage in continuous learning to develop expertise in systems engineering and ICS cybersecurity.
•Contribute to the creation of system documentation and support maintenance and operations as needed.
•Travel regionally (about 25%) to support multiple customer industrial sites, adhering to strict safety protocols.
Job Type: Full-time
Pay: $75,000.00 - $120,000.00 per year
Benefits:
•Professional development assistance
Schedule:
Application Question(s):
•Please describe your hands-on experience with Inductive Automation platforms. What specific projects have you worked on, and which features or functionalities of the platform did you utilize most extensively? Be sure to outline how you leverage the tools and capabilities of Inductive Automation to enhance process control, data visualization, or system integration in industrial environments?
•What other SCADA or DCS systems have you implemented or maintained? Please detail your role in design, configuration, troubleshooting, and integration of these systems. In addition, provide an example of a technical challenge related to control systems or SCADA that you encountered. What steps did you take to diagnose and resolve the issue, and what was the final outcome?
•Cybersecurity is a critical part of managing SCADA networks in industrial settings. Describe your approach to securing SCADA networks against potential threats.
•Describe a situation where you worked in a multidisciplinary team (involving project managers, technicians, operators, etc.) on a complex automation project. How did you ensure clear communication and alignment of project goals?
•With the rapid evolution of control systems and cybersecurity practices, how do you keep your skills and knowledge up-to-date? Can you give an example of how you recently adapted to a new technology or process in your work?
Ability to Commute:
•Atlanta, GA 30331 (Required)
Ability to Relocate:
•Atlanta, GA 30331: Relocate before starting work (Required)
Work Location: In person