This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.   This lead engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.   This lead engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This lead engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This senior engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This senior engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This senior engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

WORK LOCATION: This position allows for a hybrid / flexible work schedule with a mix of work spent on site at the Sargent & Lundy office in the Atlanta-metro area of Peachtree Corners, Georgia and working remote from home.  This engineering consultant position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

WORK LOCATION: This position allows for a hybrid / flexible work schedule with a mix of work spent on site at the Sargent & Lundy office in the Atlanta-metro area of Peachtree Corners, Georgia and working remote from home.  This lead engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This senior engineering position is within Sargent & Lundy's Electrical Analytical Division and will be responsible for the following:- Performing protection system calculations and analysis to support a wide variety of clients- Develop relay settings associated with HV/EHV Substation and Transmission Lines- Develop relay settings for Power Station Generators, Transformers, Motors and Medium Voltage and Low Voltage protection devices- Aiding clients to comply with NERC PRC standards- Relaying Event Report analysis

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...

This position allows for a hybrid work schedule with a mix of work spent in office and working remote from home.  This position will offer you the opportunity to utilize and expand your academic background in Power Systems to provide power system modeling and analytical support interdisciplinary project teams. You will be involved in supporting the interconnection of new power generation resources – including onshore and offshore wind, solar PV, battery energy storage, and traditional thermal generation, transmission and distribution planning, design of new power plants – including thermal and renewable resources, modifications to existing power generation facilities, power system protection, and integration of new technologies such as electric vehicles, microgrids, and green hydrogen...