Seeking a full-time position in the areas of financial/economics analysis for energy market, energy project investment
â– Objective: Seeking a full-time position in the areas of financial/economics analysis for energy market, energy project investment
â– Education:
â— Fall 2005 - now, Ph.D. candidate (focus on renewable energy investment analysis, financial/economic analysis for energy market, energy market and policy model design) of Department of Electrical & Computer Engineering at Iowa State University, USA. GPA: 3.64/4.0. Authored 4 publications as first author. Frequently oral or written presentations by PowerPoint.
â— Fall 2003 - Fall 2005, Technical University of Denmark. Graduated with Master of Science in Fall 2005. GPA: 9.9/13
â— Fall 1991 - Fall 1995, Tianjin Technical University, China. Graduated with Bachelor of Engineering in Fall 1995. GPA: 90/100
â— Designed a supply-demand energy market and investment analysis model (with 130,000 variables and constraints) that supports potential investment analysis for clean power market, clean energy policy & technology, CO2 emission, renewable energy development, fossil power investment, clean power trading of any regions or countries. The model can help decision makers create any minimal-cost investment planning strategies for energy portfolio by monitoring changes in renewable energy policy, carbon trading or other federal/state incentives such as RPS (Renewable Portfolio Standard)
â— Performed quantitative analysis for energy and emissions markets (e.g., deregulated power market, cap-and-trade) with microeconomics (e.g., market organization, demand & supply schedule construction, theory of competitive firms) and finance theory (e.g., financial risk management in electric power markets, risk-hedging contracts, financial derivative instruments, financial transmission rights, portfolio management). Took the course of economic analysis for power system with grade A (ranked 3rd out of 31 students)
â— Investigated and analyzed an ISO-based energy market (for example, ERCOT: Electric Reliability Council of Texas) with deregulated retail competition market model by analyzing market data and informational sources. The report was chosen as an excellent example out of 31 students by an economics/mathematics/electrical-engineering professor in the course of economic analysis for power systems (top 3%).
â— Analyzed and discovered complex relationships between clean power policy and CO2 emission by formulating mathematical programming models. One of the analysis results was that CO2 emission can be reduced by 2,388,700 tons in Nebraska in 2049 if a goal of realizing 30% clean power market share in Nebraska is set up. Analyzed CO2 emission regulations and evaluated the effects on the value of fuel, electricity and emissions contracts.
â— Designed a computer tool that can generate standard mathematical programming models accepted by commercial or open source solvers. This improved design efficiency (at least 10 times) for large-scale models with more than hundreds of variables and constraints.
â— Designed an energy policy and market analysis model, which was chosen for a presentation from 50 universities globally at EngExpo 2010 in San Diego in July 2010. The conference participants meet for cooperation to acquire Government Contracts ($103.5 Billion) and Grants ($2.2 Billion).
â— Currently designing a high-performance computing algorithm for a large-scale (nation level) energy and transportation mathematical programming model (> 230,000 variables) in a $2-million NSF-supported project by cooperating with 12 team members (from 6 countries).
â— Operating system: Linux (multi-computer and daily-use systems) â— Integrated development environment tools: KDE, Kscope, Kdevelop (for large-scale model design) â— Statistics software: R â— Microsoft Office tools (database & spreadsheet maintain)
â– Awards and honors:
â— NSF-EFRI (National Science Foundation - Office of Emerging Frontiers in Research and Innovation) scholarship (August 2008- present)
â— Session chair at the 20th International Symposium on Mathematical Programming Chicago, U.S.A., August 23-28, 2009 (the conference is held once every 3 years). Participants included five future recipients of the Nobel Memorial Prize in economics and six future recipients of the John von Neumann Theory Prize in operations research and management sciences
â— Iowa State University graduate student travel grants ($200) for presenting an academic paper in the above conference
â— The Excellent undergraduate student scholarship (top 10%) at Tianjin Technical University, China, in 1996
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