You will be building automation that enables our novel electromechanical equipment to put more carbon underground as effectively as possible! These automation solutions could include better HMIs, new SCADA systems to monitor and control more of our plant from one central location, and making visualizations of our key data.
This position will be hands-on with hardware in addition to writing software using common industrial automation languages. You’ll work closely with our operators to identify opportunities to improve our production capabilities via better automation systems.
The position is a 10- to 12-week on-site role in Fort Lupton, CO
Your Responsibilities
You’ll conceptualize, implement, and validate automation software solutions, which reduce operator burden and accelerate our ability to scale effectively
You’ll own the design of intuitive Human-Machine Interfaces (HMIs) tailored for frontline operators and for test equipment
You’ll design and run test benches to evaluate subsystems for next generation pyrolyzers.You’ll analyze data to determine how well the design met the success criteria.
You’ll work alongside a cross-functional team, where you’ll need additional help to get your work to completion and vice versa. You’re always willing to help out and lend a hand for the betterment of the team.
You Bring
Experience designing working with users/operators to design effective user interfaces
Programming skills in Python, Structured Text (ST), Function Block Diagram (FBD), Ladder Logic (LD), or Codesys
Understanding of protocols such as Modbus, E/IP, RS485 and OPC-UA
Team and growth oriented mindset. You’ll rapidly learn new interdisciplinary concepts and methods and implement them with a multidisciplinary team.
Resourcefulness to problem solving. You’re constantly balancing cost, timeline and impact when making decisions on what to do next.
A self-directed mentality. You can find out where you can add the most value to your team and the organization.
Bonus
Basic knowledge of electrical systems (reading schematics, wire harness fabrication, etc.)
CAD experience, preferably SolidWorks.
Familiarity with mechanical and electrical fabrication techniques
Experience working in high volume production environments
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