Физик ищет работу в бизнесе

Такое сверхполное резюме обычно готовится для распро­странения без сопроводительного письма и вручается предста­вителям компаний на встречах, Днях карьеры, Днях Откры­тых дверей, презентациях и т.д.. В данном случае информа­ция, которая должна быть в сопроводительном письме, вклю­чается в резюме.

Stepan Egorov

11 Transit Street Providence, RI 09876 Tel.: (123) 456 789 098

Summary: Seven years of research experience in particle physics theory. Course work experience in empirical and theoretical finance. Strong analytical and quantitative skills, proven interpersonal and leadership skills, biased for action and success personality.

Why business/ Why McCartney? Although I enjoy solving theoretical physics problems, I do not feel entire satisfied. I sense that although technically very complex, work as theoretical physicist does not challenge me enough in other areas in which my skills may be of use. My experience in business although limited in scope, has given me a flavor of the complexities of the problem which business world encounters. As a problem-solver by education and vocation, I strongly believe that your company is one of the best places to learn how to solve these complex both practical and rewarding problems. There is also a very personal note for my interest in your company. From a friend of mine, who was interviewed with Mc Cartney last year, I have learned about the creative approach to interviewing your company practice. I feel that is something I would very much like to experience first hand.

Geographic Preferences I would like to work in any of the American offices of McCartney Company. However, I have slight preference for the New York City or Chicago areas because I enjoy very much their dynamic atmosphere and the feeling of life. Although, my interest in finance makes these two cities even more attractive to me.

Education:

1991-1995 Ph.D in Physics, Brown University, Providence, RI. GPA: 4.0/4.0

1990-1991 M.Sc. in Physics, Brown University, Providence, RI

1983-1989 B.Sc. in Physics (with honors), Moscow State University, Russia. GPA: 4.0/4.0

Awards:

1993-present Sigma Phi Sigma, Physics Honor Society

1990-1991 University Fellowship, Brown University

1985-1986 The Best Student Award, Moscow State University

Quantitative Skills:

Finance: The market model, index model, Black-Sholes option model, arbitrage pricing model, portfolio selection models, stochastic optimization methods.

Mathematics: Matrix analysis, optimization/ control theory, differential equations, partial differential equations, initial value problems, boundary value problems, wave equations.

Statistics/Econometrics: Time series analysis, linear and nonlinear statistical models, regression analysis, point estimation, interval estimation, estimation theory, hypothesis testing, numerical methods and algorithms for statistics.

Applied probability: Ito/Stratonovich calculus, martingales, Langevin equations, Fokker-Plank equation, Feynman-Kac formula, Monte Carlo methods, dynamical programming.

Physics: Application of stochastic differential equations in quantum field theory.

Computer skills:

Platforms: SUN Stations, Next Stations, IBM/RS6000, PC's.

System software: Unix (BSD, System V, Ultrix, AIX), MS DOS, Windows.

Languages: C, Mathlab, Mathematica, Macsyma, BASIC, FORTRAN. Reduce.

Application Software: Excel, Lotus 123, Dbase, MS Office, Word Perfect.

Relevant experience:

1994-present

Brown University, Providence, RI Finance related course work: *empirical analysis of financial markets: Analysis stock market volatility, normality of the rates of return, single and multi index model, optimal portfolios, hedging, Black- Sholes options pricing model, market inefficiencies and arbitrage pricing model. *Theories of investment and corporate finance: Analysis portfolio selections models, contingent claims, stock market models, arbitrage conditions, financial innovations, corporate investment and shareholders wealth, capital structure and applications of stochastic control method.

1990- present

Brown University, Providence, RI Research Assistant, Applied Physics Department, High Energy Theory Group. Found a new class of the exactly solvable Fokker-Planck Hamiltonians. Developed a non-critical string field perturbation theory. Proposed and analyzed a generalization of the Planck's Radiation Law.

Team Work:

July 1994

New Staffordshire College, Vermont, VT Coordinator, Coalition for Essential School Program The idea behind the program was to enable high school teachers to work in groups without a formal person in charge. I have coordinated the work of a group of 12 teachers, investigated the group dynamics and conflict resolution methods, suggested possible directions of research, helped integrate several small projects into one final exhibition.

1989-1990

Lexis Ltd., Moscow, Russia As a part of the team of 7 which made up Lexis Ltd., I worked with four different client (a power plant, a glass factory and two steel mills) in Russian Federation on improving their Quality Control procedures and technology. Lexis Ltd. favours a complete problem solution method: a team of expert would visit the prospective client, inspect the facilities, suggest a solution, deliver the appropriate equipment and provide the necessary training for the technical personnel. My responsibilities included finding the prospective clients, meeting with the top management of the prospective client companies and developing the marketing strategy of Lexis Ltd.

Initiative/Leadership:

In fall of 1989 together with a group of colleagues of mine I established Lexis Ltd. While in Moscow as a undergraduate I have learned from business people and engineers about the urgent needs, especially in steel and glass industry for highly precise pyrometers and other measurement equipment. The old western equipment, imported in seventies, was outdated and very expensive to be replaced. I knew that one my old classmate, a foremost expert in the field of metrology, could deliver less expensive equipment than their western counterparts. Also, at the time, the federal government eased the regulations on forming private companies. So, I suggested to colleagues of mine to establish our own company to solve the measurement problems in industry using the complete problem solution approach described above. To persuade them I put forward the following risk-averse proposal: we keep our secure University's positions while working part-time for Lexis and invest the intellectual property only (10 patents ad know-how). During one year of my vice-presidency, Lexis became established a solid business reputation as a company with its innovative approach to measurement problems solving.

Other interpersonal/Leadership Experience: