Energy & Sustainability Systems Engineer

CSU Careers; Sacramento (CA); Presencial; USD 93 000 - 109 000; Tempo integral

Resumo da oferta

CSU Careers seeks an Energy, Utilities & Sustainability Systems Developer to serve as the university's technical lead for metering systems, PLCs, and analytics platforms. You will design, develop, program, integrate, and maintain meters, databases, dashboards, and energy analytics to improve reliability and efficiency.

The role involves advanced analytics, automation, AI, and data visualization to support sustainability outcomes across campus utilities, irrigation, and building automation.

Qualificações

• Equivalent to a bachelor’s degree in a related field and four years of relevant experience.
• An advanced degree may substitute for experience.
• Experience with software development life cycle and structured concepts.

Responsabilidades

• Lead development and maintenance of meters, PLCs, databases, dashboards, and analytics platforms for campus utilities and energy management.
• Develop intelligent monitoring and control solutions using analytics, automation, and data visualization.
• Collaborate with stakeholders to improve reliability, energy efficiency, and sustainability performance.

Conhecimentos

SDLC knowledge

Advanced judgment

Project management

Analytical thinking

Mentoring

New languages research

Excellent communication

Driver's license

Diversity commitment

Formação académica

Bachelor's degree in a related field

Ferramentas

BACnet

Modbus

PLC

Skyspark

Power BI

SQL databases

Haystack

Tridium

Scripting

Descrição da oferta de emprego

CSU Careers seeks an Energy, Utilities & Sustainability Systems Developer to serve as the university's technical lead for metering systems, PLCs, and analytics platforms. You will design, develop, program, integrate, and maintain meters, databases, dashboards, and energy analytics to improve reliability and efficiency.

The role involves advanced analytics, automation, AI, and data visualization to support sustainability outcomes across campus utilities, irrigation, and building automation.