2001-2008, University of Wisconsin-Madison Nuclear Engineering, Doctor
1996-2000, Tsinghua University Nuclear Engineering and Technology, Bachelor

2008-now, Lecturer, School of Nuclear science and engineering, Shanghai Jiao Tong University

- Coupled nutronics/thermal-hydraulics analysis on Nuclear system
- Advanced nuclear power system design
- Passive safety of nuclear power system
- Hydrogen safety

2018-2019 "Condensation flow loss experiment for PCS of CAP1400" sponsored by Ministry of Science and Technology, State key Science and Technology projects, PI
2018 "Sensitivity and experimental study of 3D Hydrogen analysis code", sponsored by Ministry of Science and Technology, State key Science and Technology projects, PI
2017-2018 "Scaling and modeling of Marine reactor" sponsored by GNC, PI
2016 "Preliminary Natural circulation study on core catcher of Sodium fast reactor ", PI
2013-2015 "Criticality wave study in traveling wave reactor", sponsored by National Science foundation, PI
2012-2014 "Fusion reactor safety analysis", sponsored by Ministry of Science and Technology,ITER projects, PI
2012-2016 "Hydrogen mitigation experiment", sponsored by Ministry of Science and Technology, State key Science and Technology projects, PI
2011-2015,"Water film separated test for CAP1400 passive containment cooling system study and experiment",sponsored by Ministry of Science and Technology, State key Science and Technology projects,PI
2010-2012 'The effects from supercritical heat transfer correlations on coupled analysis of supercritical water reactor system', sponsored by the SRF for ROCS,Ministry of Education,PI

Po Hu, Kashuai Du, Shuwei Zhai, Yanhua Yang, Experiment study of water film/air counter-current flow heat transfer on a vertical plate for passive containment cooling system [J]. Nuclear Engineering and Design, 2018, 328 (3) : 73-79
Po Hu, Paul Wilson, "Core Flow Distribution from Coupled Supercritical Water Reactor Analysis,“ Science and Technology of Nuclear Installations, vol. 2014, Article ID 178129, 8 pages, 2014
Po Hu, Paul Wilson, “Code Development in Coupled PARCS/RELAP5 for Supercritical Water Reactor,” Science and Technology of Nuclear Installations, vol. 2014, Article ID 286434, 8 pages, 2014.
Tu Teng,Po Hu, "Test analysis of combustion mechanism for hydrogen-air mixture", Atomic Energy Science and Technology, Vol.49, No.10, Oct. 2015
Po Hu, Paul Wilson, ‘Supercritical Water Reactor steady state，burnup and transient analyses with extended PARCS/RELAP5’ ， Nuclear technology, Nov 2010
Po Hu，Yanhua Yang, 'Development and challenge in system analysis codes for supercritical water reactor', Atomic energy science and technology, Vol.43, No.6, June 2009, Pg.72-75

Two-phase flow and heat transfer, Undergraduates,32 hours, 2 credits,
Curriculum project, Undergraduates, 54 hours, 2 credits,
Multiphase flow and heat transfer, graduates, 54 hours, 3 credits,
Numerical analysis of flow and heat transfer, 54 housrs, 3 credits

1，”一种大平板水膜试验任意点膜厚测量装置”， China Patent No“CN104733062B"
2，”用于测量液压可调倾斜板水膜参数的移动工位” China Patent No“CN104729561B"
3，" 可转动平板外部冷却系统风道“， China Patent No“CN104795114B"
4，”可转动平板表面水膜分布装置及使用方法”， China Patent No“CN104900277B"
5，”热流探头贴敷装置及方法”， China Patent No“CN104795115B"
6，" 应用于水膜覆盖的大平板均匀加热和温控装置", China Patent No“CN104390350B"

Vice chairman of the national reactor thermal-hydraulics committee for young professionals

2018 Second prize of Science and technology aword from China Nuclear Energy Association for " Passive containment cooling system analysis and water film behavior study"