Employment |
| 04-10 20:48:30 来源： 作者： |
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Employment Inquiry (采购产品): Employment Dear Sir/Madam, I am a foundry engineer with a good engineering design experience and good AUTOCAD, SOLIDWORKS and PRODESKTOP skills. I have the Canadian permanent resident status and I am located in Toronto, Ontario. My last job was with Steeltech Ltd. in Grand Rapids, Michigan, as a foundry engineer. I also worked for about one year and half, as a foundry engineer in the technical department of VDP Fonderia Spa (www.vdp.it), a foundry in Northern Italy considered one of the best European foundries for power generation engine block castings . I speak also French, and pretty good Italian. Please find hereattached some information about my background and in case you consider that you could use my skills feel free to ask any question that could bring further clarifications. Best regards, Gheorghe Cocioaba PERSONAL INFORMATION PHONE: (416) 830-5848 EMAIL: gcocioaba@yahoo.com ADDRESS: 30 Godstone, Apt. 1108 CITY: Toronto (North York) PROVINCE: Ontario COUNTRY: CANADA WORK AUTHORIZATION : I can work for any employer in Canada RESUME PROFESSIONAL EXPERIENCE December 2005 to March 2006 FOUNDRY ENGINEER STEELTECH LTD. (www.steeltechltd.com) GRAND RAPIDS, Michigan, USA STEELTECH LTD is a manufacturer of castings and equipment used in the heat treatment industry. They cast stainless steel especially the Heat Series and the Corrosion Series. Tasks: Design of castings and foundry patterns as well as welded assemblies; Gating and risering; Supervision of the technological process and efficiency improvement by modifying the existing technical solutions and saving materials. June 2004 to July 2005 Product/Tool designer - Research & Development Dept. ASSA ABLOY Romania SRL Dear (www.assaabloy.ro) Bucharest Romania Assa Abloy Romania SRL is part of ASSA ABLOY one of the world’s leading manufacturer and supplier of locking solutions. Tasks: Design of new cast components and dies; Reengineering of existing products; Technical support and supervision of the manufacturing process; Cost saving , structural improvement and waste minimization analyses for aluminum, brass, and zinc alloys castings. September 2002 to January 2004 Foundry Engineer VDP FONDERIA SPA , (www.vdp.it) SCHIO, VICENZA ITALY This foundry had 5 induction crucible melting furnaces ( 2 x 28 tons, 2 x 16 tons, 1 x 6 tons), an automatic green sand moulding line for castings of maximum 150 Kg, a boxless moulding line for castings of maximum 1000 Kg, and a hand moulding department for castings up to 60 tons. It was built and owned initially by the international industrial group Schultzer. Tasks: Design of castings and foundry patterns; Identification of the most efficient solutions that lead to low manufacturing costs and shortened the delivery time; Gating and risering; Contacts with the pattern shops;Implementation of new products and manufacturing techniques for Grey, Nodular, Vermicular, Ni-Hard and Ni.Resist cast iron castings February 1992 to June 2002 Freelance Designer Bucharest, Romania I worked for several small and medium companies for which I designed part models, foundry patterns, core-boxes, moulds, dies, fixtures etc. During that period I became familiar with AUTOCAD and SOLIDWORKS. October 1986 to January 1992 Foundry Engineer AROMET S.A. BUZAU Romania AROMET S.A. - was specialized in the manufacturing of equipment and assemblies used in the automotive industry and agriculture. There were 2 foundries (one mainly for unit casting, while the second one was mechanized) supplying traditionally the Romanian tractors manufacturer - TRACTORUL Brasov, which was an important exporter throughout the world. I worked as a foundry engineer in the iron unit casting foundry endowed with 4 blast cupola furnaces used by turns (mainly for the casting of inoculated grey iron parts for agricultural machinery), and an electric induction furnace used for the making of steel parts and alloy iron parts for maintenance purposes. They used hand-moulded sand mixtures bound with bentonite (for iron parts) and dextrose (for steel parts). Tin-bronze parts were cast too after smelting in graphite crucibles and aluminium patterns were cast in open pits or moulds. In addition to the above-mentioned technology the iron unit casting foundry was endowed with a battery of vacuum moulding installations. The second foundry was bigger and endowed with 6 electric induction furnaces (6.3 tons each - acid lining) made in Romania under Swedish license and 3 moulding and casting conveyer lines. Each of the 3 casting lines (for small, medium and large size parts) had 2 sets of moulding machines. These machines were made in East Germany (for the small size parts), Romania (for the medium size parts) and Italy (for the large size parts). The bonds used were bentonite, dextrose, soda water glass, as well as flake resins used for the coating of sand grains. The cores were either hand-made or made on core-making machines (shell cores). From time to time they had orders for the casting of Spherical Graphite Iron parts. The patterns were generally made of aluminium or resins, in the company pattern shop. The quality control consisted of chemical analyses, physical testing, spectrometric investigation and oil - chalk tests. Tasks: Supervision of the technologies applied; Gating and risering of patterns; Monitoring of the cast parts during the quality control and machining. I also worked as a design engineer in the engineering design department of the same works. My main task was to design patterns for the manufacturing of cast parts. I was also responsible with the monitoring of the parts made in accordance with the design, as well as the methodological supervision of the process at the conveyer line for medium size parts (with high degree of complexity). Supervision of the technologies applied and the monitoring of the cast parts during the quality control and machining. Tasks: Monitoring of the parts made in accordance with the design; Design of patterns for the manufacturing of cast parts; Gating and risering of complex patterns. Methodological supervision of the process at the conveyer line for medium size castings (of high complexity). EDUCATION October 1999 to July 2000 Special procedures for castings manufacturing Post Graduate Degree Polytechnic University Bucharest, Romania September 1981 to July 1986 Metallurgical engineering (Foundry department) Bachelors (Including Honours) Polytechnic Institute Bucharest, Romania MAJOR SUBJECTS IN THE UNIVERSITY Advanced Mathematics – Physics – General chemistry and technical analyses – Physical Chemistry - Smelting and casting of ferrous alloys - Smelting and casting of non-ferrous alloys - Heat processing and treatments - Special procedures of molding and casting - Specific metallurgic equipment - Metallurgic equipment - Quality control - Crystallography and mineralogy - Physical chemistry - Strength of materials – Electro-technical and electric equipment in metallurgy - - Machine parts, theory of mechanisms and cutting processing - Molding theory and practice - Theory of metallurgic processes - Thermotechnics - Physical metallurgy - Structural theory of metal properties - Extractive metallurgy - Theoretic bases of casting - Cast parts design and building - Mechanic processing of cast parts - Bases of foundries' design September 1976 to July 1980 Mathematics and Physics High School Diploma Alexandru Ioan Cuza High school Alexandria, Romania LANGUAGE SKILLS English – Very Good French – Very Good Italian - Good Romanian - Mother Tongue COMPUTER SKILLS: Microsoft Office, Solidworks, Autocad, ProDesktop **** Hidden Message ***** Gheorghe Cocioaba 30 Godstone #1108 North York, ON M2J 3C6 CAN Company: I am looking for a job Title: Engineer Phone: (416)830-5848 E-mail: gcocioaba@yahoo.com **** Hidden Message ***** gcocioaba@yahoo.com |
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