Takuya Harada

Background

About Takuya Harada

certification Qualified Person for Energy Management The Chief Electrical Engineer The first Class Electric Electrical Works Specialist 2003 - 2012 Chief Electrical Engineer and Assistant Manager of Machinery & Equipment Section of Saitama plant - 2003 Chief Electrical Engineer of Machinery & Equipment Section of Saitama plant 1989 - 1998 Electrical Engineer of Technical Department 1985 - 1988 Electrical Engineer of Machinery & Equipment Section of Saitama plant 1991-1992 Analog Devices Circuit Design – Nihon Keisoku Kogyo – Japan 1989-1990 Micro Processor Programming and Circuit Design – And/Or System Support – Japan As a glass bottle manufacturing plant electrician, designed and manufactured automated control circuits for use in the plant. Has 3 years experience with maintenance of heavy-duty electrical equipment and 11 years experience with development of plant production equipment using PLCs, DCS, servo motors, inverters, motion controllers etc. Currently responsible for deciding electrical specifications, and construction work for large projects such as furnace repairs and heavy duty replacement. Also in charge of all electrical related matters for high voltage electrical transformer stations, high voltage circuitry, normal duty to heavy duty compressors and blowers, motors and other equipment, such as equipment management, maintenance, deciding electrical specifications for replacements etc. Experienced with plant auditing of, and technical assistance for overseas glass bottle manufacturing plants Performs troubleshooting for all plant systems (from low voltage to high voltage), and planning and execution of energy saving measures. In charge of various electrical works, and as a licensed electrical engineer, has negotiated with Tokyo Electric Power for 13 years. Furthermore, is actively and constantly involved with planning and execution of measures to improve plant productivity through the use of new technologies and equipment (in particular servo technology and energy saving technology such as the use of inverters in heavy duty blowers)