Associate Research Professor in the Department of Mechanical Engineering
About The Position
The Department of Mechanical Engineering at Penn State is seeking a highly motivated Associate Research Professor. The position conducts externally funded research on high-temperature, high-pressure, transient two-phase flow and heat transfer involving liquid-vapor phase change across different two-phase flow regimes, including dryout at the critical heat flux (CHF) point. The work investigates pre-dryout and post-dryout heat transfer and explores the effect of droplet dynamics on heat transfer. The role also designs a new test facility to quantify specific features, trains graduate students in relevant research areas, and teaches classes in thermal sciences. This is a term position. The term length will be discussed during the interview process; continuation beyond the discussed term depends on university need, performance, and/or funding availability. Approval of remote or hybrid work is not guaranteed. Employment requires successful completion of background checks in accordance with University policies. Candidates should submit a letter of interest, a CV or resume, and contact information for three references.
Requirements
- Must hold an active security clearance.
- PhD in Mechanical, Nuclear, or Chemical Engineering, or equivalent, by the appointment start date.
- Experience performing high-temperature rod bundle experiments under a variety of reflood conditions.
- Clear understanding of fundamental two-phase heat transfer under DFFB and IAFB conditions.
- Familiarity with measurement of liquid droplets under high-pressure, high-temperature conditions.
- Ten or more years of experience in experimental studies.
Responsibilities
- Conduct externally funded research projects involving high-temperature, high-pressure, transient two-phase flow and heat transfer with liquid-vapor phase change across different two-phase flow regimes, including dryout at the CHF point.
- Investigate pre-dryout and post-dryout heat transfer.
- Explore the impact of droplet dynamics on heat transfer.
- Design a new test facility to quantify specific features.
- Train graduate students in relevant research areas.
- Teach classes in thermal sciences.
Benefits
- Competitive benefits package for full-time employees.
- Comprehensive medical coverage.
- Dental coverage.
- Vision coverage.
- Robust retirement plans.
- 75% tuition discount for employees and eligible spouses and children.
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What This Job Offers
Job Type
Full-time
Career Level
Senior
Education Level
Ph.D. or professional degree
