Are you passionate about being at the forefront of emerging technologies in maritime and offshore industries?
ABS is a leading Classification Society driven by its mission of promoting the security of life and property and preserving the natural environment. In fulfilling this mission, ABS leads research and develops guidance and requirements focused on the safety of implementing new technology in the marine and offshore environment.
As an HV Senior Engineer you will be actively engaged in driving industry-leading technology activities associated with the electrification and hybridization of the marine and offshore industries.
What You Will Do:
Lead research and assess the maturity of new technologies in a wide range of electrical engineering topics with the focus on marine hybridization and electrification. Develop guidance and classification requirements for the marine and offshore industry on the application of new technology. Support ABS technical community on queries regarding marine hybridization and electrification. Maintain and demonstrate thought leadership through technical publications, conference presentations and panel discussions. Participate in industrial committees to development and enhance technical capabilities. What You Will Need:
Education and Experience
Minimum of eight () years relevant engineering experience in a shipyard, design/consulting office, shipping/oil company, vendor, university, or classification society Minimum of bachelor’s degree in electrical engineering or other related discipline; is preferred. Knowledge, Skills, and Abilities
Knowledge of High Voltage (HV) Kv-Kv+ AC/DC systems Knowledge of Offshore Wind HVAC and HVDC power generation and power distribution systems. Knowledge of HV Transmission, HV Substations, HV Cables, and HV AC/DC Converters Knowledge of High Voltage technology application in Offshore Wind Farms Support to Certification, Verification and Classification Proposals and Projects Knowledge of IECRE requirements a plus Knowledge of Marine AC and DC power generation and power distribution systems. Knowledge of System-Level Modeling and Simulation of power generation and power distribution systems Knowledge of high-capacity energy storage systems above MWh directly interfaced to medium voltage AC ( kV or above) or DC (above kV) power systems, by modular approaches. Familiarity of design, installation, and testing of electrical equipment such as electric motors, variable frequency drives, transformers, switchgear, and generator controls. Strong communicator with excellent oral and written communication skills. Excellent command of the English language. Demonstrated ability to work well with others. Reporting Relationships:
Reports, as assigned, to a Managing Principal Engineer, Manager or Director.
