Create detailed designs including electrical layouts, single-line and three-line diagrams, DC and AC control schematics, wiring connections, cable schedules
Organize raceways such as cable trays, duct banks, trenches
Prepare comprehensive bill of materials
Requirements
Bachelor of Science in Electrical Engineering with power system emphasis
Senior Electrical Engineer providing technical guidance and engineering evaluations for bond-eligible capital improvement projects in the Los Angeles Community College District.
Compensation
Salary Range: $156K to $165K/yearly
Responsibilities
Serve as an electrical engineering SME, providing technical guidance, engineering evaluations, and recommendations to Project Managers and the Sustainability Strike Team across multiple Districtwide initiatives.
Perform technical assessments of existing electrical infrastructure, equipment, and associated building systems to evaluate current conditions, system performance, capacity, deficiencies, and opportunities for upgrades or improvements.
Develop existing conditions assessment reports documenting findings, technical deficiencies, infrastructure limitations, recommended upgrades or improvements, technical alternatives, and prioritization considerations.
Perform and review electrical infrastructure assessments, load studies, capacity evaluations, feasibility studies, and technical analyses supporting project scoping, design, and implementation.
Evaluate technical feasibility and compatibility of proposed upgrades with existing electrical and associated building systems; coordinate with other engineering disciplines and utilities to identify integration needs and constraints.
Lead system architecture design and development for energy generation, storage, and conversion solutions, integrating power electronics, grid connectivity, and renewable technologies.
Responsibilities
Define complete energy system architectures including grid connection and protection schemes (MV/LV).
Architect AC/DC and DC/DC power conversion systems including PFC, LLC, PSFB and bidirectional topologies.
Define Battery Energy Storage Systems (BESS), BMS architectures and microgrid solutions.
Design distributed energy systems integrating solar PV, wind, fuel cells and renewable sources.
Define architectures for distribution automation, substation monitoring, protection systems, power quality and DER integration.
Lead system architecture design for energy generation, storage, and conversion solutions, integrating power electronics, grid connectivity, and renewable sources.
Responsibilities
Define complete energy system architectures including grid connection and protection schemes (MV/LV).
Architect AC/DC and DC/DC power conversion systems including PFC, LLC, PSFB and bidirectional topologies.
Define Battery Energy Storage Systems (BESS), BMS architectures and microgrid solutions.
Design distributed energy systems integrating solar PV, wind, fuel cells and renewable sources.
Define architectures for distribution automation, substation monitoring, protection systems, power quality and DER integration.
Experienced System Architect to define and drive end-to-end architectures for energy generation, storage, power conversion and grid-connected energy systems, bridging energy market requirements with semiconductor technologies.
Responsibilities
Define complete energy system architectures including grid connection and protection schemes (MV/LV).
Architect AC/DC and DC/DC power conversion systems including PFC, LLC, PSFB and bidirectional topologies.
Define Battery Energy Storage Systems (BESS), BMS architectures and microgrid solutions.
Design distributed energy systems integrating solar PV, wind, fuel cells and renewable sources.
Define architectures for distribution automation, substation monitoring, protection systems, power quality and DER integration.
Requirements
Master’s or Ph.D. in Electrical Engineering, Power Electronics, or related field
Nice to have: Energy metering
Nice to have: smart grid communication protocols (Modbus, IEC 61850, OCPP)
Seeking a visionary System Engineer to define and drive end-to-end solutions for energy generation, storage, and power conversion systems, bridging energy market requirements with semiconductor and power electronic capabilities.
Responsibilities
Define complete energy system designs, including grid connection and protection schemes (MV/LV)
Develop AC/DC and DC/DC power conversion topologies (PFC, LLC, PSFB, bidirectional converters)
Design Battery Energy Storage Systems (BESS), including advanced Battery Management Systems (BMS)
Ensure microgrid control, islanding, and black start capabilities for distributed energy systems integrating solar PV, wind turbines, and fuel cells
Design bidirectional energy flows for charging/discharging storage systems and integrating them into local grids
We are seeking an experienced and visionary System Engineer to define and drive end-to-end solutions for energy generation, storage, and power conversion. This role bridges energy market with semiconductor and power electronic capabilities to deliver next-generation infrastructure solutions.
Responsibilities
Define complete energy designs, including grid connection and protection schemes.
Develop AC/DC and DC/DC power conversion topologies (PFC, LLC, PSFB, bidirectional converters).
Design Battery Storage Systems (BESS), including advanced Battery Management Systems (BMS).
Ensure microgrid control, islanding, and black start capabilities for distributed energy systems integrating solar PV, wind turbines, and fuel cells.
Design bidirectional energy flows for charging/discharging storage systems and integrating them into local grids.
Requirements
Master’s or Ph.D. in Electrical Engineering, Power Electronics, or a related technical field