Assistant Instrument & Controls Engineer - Power (Charlotte)

Description Nuclear Power is a carbon-free energy source. Our nuclear power generation clients are digitizing their existing power plants and building new nuclear power plants, small modular reactors (SMR). This is expanding work in the Instrumentation and Controls Engineering group. You will work on major process controls engineering projects in the following areas: Develop and market high level, complex programs for nuclear power projects associated with design, operational excellence, safet

Description Nuclear Power is a carbon-free energy source. Our electric power generation clients are digitizing their existing power plants and building new nuclear power plants, small modular reactors (SMR). This is expanding work in the Instrumentation and Controls Engineering group. You will work on major process controls engineering projects in the following areas: Digital Systems - PLC, DCS, Touchscreen displays, network switches and control systemsFunctional Requirement and Procurement Sp

At HDR, our employee-owners are fully engaged in creating a welcoming environment where each of us is valued and respected, a place where everyone is empowered to bring their authentic selves and novel ideas to work every day. As we work to weave diversity, equity, and inclusion into our work and foster a sense of belonging throughout the company and within our communities, we constantly ask ourselves: What is our impact on the world? Watch Our Story:' ' Each and every role throughout our organ

Description The Assistant Electrical Engineer will assist project teams to create world class designs for new projects, alterations and redevelopments on a variety of projects including power, process, corporate, healthcare, airports, institutional, industrial, manufacturing, government and military facilities. The Assistant Electrical Engineer will work with the project team throughout the design and construction process, adapting electrical plans according to budget constraints, design factors