Job Description
We are excited to announce a Steam Engineer opening at Cedars-Sinai Marina del Rey Hospital! This full-time role involves variable shifts, providing flexibility and an opportunity to work in a dynamic, fast paced setting. You will be key to ensuring the safe and efficient operation of our facility systems. Your contributions will help maintain consistent hospital service delivery. The role will service the new 9-story hospital, that is scheduled to open May 2027. The new hospital will offer advanced medical technology and thoughtfully composed healing environments to support patient care and community engagement.
Key Responsibilities:
Shift: 8-hour variable shifts
Qualifications
Education:
Experience:
Licenses and Certifications:
Become a part of Cedars-Sinai Marina del Rey Hospital, where your knowledge and dedication will aid us in upholding our exceptional standards of care and efficient operations. This opportunity allows you to join a team that embraces partnership, innovation, and an unwavering drive for excellence. We are excited to have you join our world-class facility!
Cedars Sinai is one of the largest nonprofit academic medical centers in the United States, and it is the largest private academic medical center in the Western United States. The Cedars Sinai main campus, which encompasses nearly 24 acres, is located at the point where the cities of Los Angeles, Beverly Hills, and West Hollywood meet. Cedars Sinai has been recognized annually by U.S. News & World Report’s top 10 best hospitals in the U.S. The institution most recently placed No. 7 among a select group of 20 Honor Roll hospitals and ranked nationally in a dozen specialties. In addition, Cedars Sinai ranked No. 3 in California and No. 2 in the Los Angeles metro area.
Within Cedars Sinai, the Institute for Research on Health Aging conducts multi-disciplinary research that prioritizes the prevention of cardiovascular disease, neurocognitive disease, and cancer. Our focus is on translating new research discoveries into pragmatic interventions aimed at promoting healthy aging across diverse populations. Our approach involves human physiology, cohort, and clinical trial studies and our team includes established experts in population, clinical, translational, basic, and data science.