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<br />PROFESSIONAL RECORD <br /> <br />ARNULF DAHLBERG <br /> <br />EDUCATION <br /> <br />M.S., Civil Engineering, Technical University of Norway, 1954. CDC and <br />IBM Computer Programming Courses, 1962-1964. IBM Course on Project <br />Management, 1970. Post Graduate Course in Project Planning by Network <br />Technique at University of Colorado, 1973. <br /> <br />SPECIALTIES <br /> <br />Water Resource Planning * Hydroelectric Power <br />Design * Water Use and Flood Studies * Economic <br />Studies'~ Computerized Proj ect Simulation Models <br />Processing <br /> <br />Plant <br />Evaluation <br />* Data <br /> <br />EXPERIENCE <br /> <br /> <br />ineer and Director of Co uter A lications, Engineering <br />Consultants, Inc., Denver, Colorado 19 9 to date. Responsible for the <br />operation of the Computer Department, special project assignments and <br />marketing of engineering services in South and Central America. Major <br />projects worked on and responsibilities held are listed in the following: <br /> <br />Chungju Multipurpose Project, Republic of Korea (1975-1977). <br />Responsibility: Project Engineer. Project included review and <br />verification of basinwide study to confirm project priority, prep- <br />aration of feasibility report, project design drawings and con- <br />struction specifications. The project consisted of a 105 meter high <br />concrete gravity dam with a spillway section of six radial gates 15 <br />meters wide by 20 meters high and a total discharge capacity of <br />20,000 cubic meters per second, a conventional power plant with three <br />units and a total capacity of 210 MW and a composite concrete gravity <br />and earthfill reregulating dam. The project benefits consisted of <br />water supply, flood control and electric power generation. ~ased on <br />detailed economic studies, exclusive flood pool of 600 x 10 cubic <br />meters was provided on top of the conservation pool. Provisions were <br />made in the initial design to increase the dam height and power plant <br />capacity at a later time. Project cost for Stage I was estimated to <br />be $250 million. <br /> <br />Kalabagh Project, Pakistan (1975-1976). Project Engineer respon- <br />sible for backwater study for the Indus River upstream of Kalabagh <br />Dam. This study was made to investigate the backwater effect on <br />