CONTACT INFORMATION:
View contact information...
Condition Monitoring ~ Vibration Analyze ~ Dynamic Balancing
Versatile, accomplished mechanical engineering professional with proven expertise providing condition monitoring tasks in a wide range of industrial settings. Background includes over ten years of international experience at maritime, manufacturing and Oil/Gas facilities. See attached Skills Summary for a complete skills list. Exhibits a strong and firm approach to sustaining and encouraging safe work environments, and a demonstrated ability to streamline operations. Applies continuous improvement principles to increase quality and accuracy efficiency, and company profits. Proven ability to draw, read, and interpret blueprints and schematics. Strong skills in balancing and alignments of rotating equipments. Technical English knowledge. Fluent in Russian.
* Staff Supervision * Training * Marine Systems * Marine Equipment * Root Cause Analysis * Corrective Maintenance
* Preventive Maintenance * Predictive Maintenance * CMS Control Systems
PROFESSIONAL EXPERIENCE
Bureau Veritas
Project Manager (2005-2007)
* Composed periodical plan of Vibration Monitoring, Oil debris Analysis, and Infra-Red Scan survey for Client.
* Evaluated the competence of assisting subcontractor vibration specialists, supervised balancing and alignment set up, and reviewed the machinery technical files.
* Communicated with Client ad conducted the meeting with the plants maintenance management.
* Approved Report for Client with detailed evaluation of actual condition of critical machinery.
* Provided Condition Monitoring Audit on pipe mills.
* Presenting the condition monitoring maintenance plan that included preventive, predictive, and corrective procedures and by using data collection equipment to implement a predictive maintenance and reliability analysis.
* Served as manager for a $145,000 project to set up PdM program for establishment of production integrated maintenance strategies on Client pipe mill.
Gasprom
Diagnostic Engineer (20004-2005)
* Revised vibration signal database from stationary condition monitoring systems.
* Prepared a detailed monthly report which included descriptions of present conditions, future trends, bearing conditions, as well as recommendations based on collected data.
* Made comparisons of trends in parameters such as temperature and pressure of lube oil.
Daldiagnost
Director of Engineering (20002-2004)
* Supervised four technicians, 2 drafters, and 12 plant managers responsible for executing risk management, maintenance plans, and compliance with all state regulations and certifications for over 40 production sites.
* Contributed to the design and selection of oil-gas equipment
* Solved chronic mechanical problems
* Developed and managed PdM programs
* Conducted advanced fault and condition analysis
* Performed non-destructive testing procedures for gas pipelines.
* Performed Industrial Safety Expertise Procedures
Primorsk Shipping Corporation
Fleet Maintenance Planner (1997-2002)
* Led the engineering department, with responsibility for all equipment and personnel.
* Supervised operations of the main propulsion plant, the generation plant, and the steam plant.
* Implemented preventive, predictive, and corrective maintenance to perform scheduled outages.
* Ensured compliance with all international regulations, including emission and water pollution control, and safety.
* Worked with different classification agencies, including the American Bureau of Shipping, Lloyd Register, and Bureau Veritas.
First Officer Engineer (1996 – 1997)
* Supervised overall operation of the ship while on shift, including the power generation plant, gas/steam turbines, reciprocating diesel generators, fans, pumps, and deck equipment.
* Directed main cargo loading and unloading pumping system, and inert gas system.
* Administered personnel workflow, equipment logbooks, and CMM.
Second Officer Engineer (1995– 1996)
* Supervised overall operation of the ship while on shift, including auxiliary equipment and systems such as water generation, boilers, steam plant, HVAC, wastewater and water treatment systems, and emissions and special oil pollution control equipment and systems.
Third Officer Engineer (1994 – 1995)
* Supervised overall operation of the ship while on shift, including propulsion plant, power plant auxiliary equipment, electrical maintenance, power balance and evaluation.
* Managed operation and power generation onboard large tanker vessels.
EDUCATION
FAR EAST STATE MARINE UNIVERSITY (FESMU), Vladivostok, Russia
Third Officer Engineer, Second Officer Engineer, First Officer Engineer
CENTRAL SCIENTIFIC-RESEARCH MARINE INSTITUTE, Saint-Petersburg, Russia
Reliability Engineer, Specialist in non-destructive testing VT, MP and AE (NDT) Category II
OIL GAS STATE UNIVERSITY, Moscow, Russia
Industrial Safety Expert Category III
SKILLS SUMMARY
Mechanical marine equipment and systems:
* Propulsion plants: Gas turbines, steam turbines, and diesel engines up to 51,000 HP
* Power plants: Gas turbines, steam turbines, and diesel engines, up to 5 MW
* Propulsion systems: Direct propeller, pitch propeller, reduction gear box; electric motor (synchronic variable)
* Generators: Brushes and static electronic excitation, gear coupled indirectly to main engines and directly to turbo-plants (3X440 V, 10,000 A, 3-5 MW)
* Fuel injection systems: Fuel injection combustors, fuel injection, heavy fuel (crude), diesel oil injection pumps, kerosene, rotating burners (boilers), crude and diesel oil, steam and air atomization, gas kiln rotating combustors and furnaces
* Boilers: High pressure water tubes up to 500 PSI with 4 burners, low-pressure commercial boilers and burners, steam plant systems and steam-powered mechanical equipment, absorbers, co-generation, recovery boilers, and super-heaters
* Waste management: Sewage recovery systems, incinerators, sewage water treatment
* Auxiliary equipment: Screw and reciprocating air compressors up to 1200 PSI, fuel oil and lube-oil vertical purifiers, HVAC systems (including chillers and absorption), direct and indirect refrigerating plants, Freon 22, 12 and 134 screw compressors, ammonia refrigerating tunnels with reciprocating compressors, and water distillation plants up to 105,680 gallons per day
* Pumps: Centrifugal steam, electric, diesel motor, and hydraulic powered for water, sludge, and fuel oil (horizontal and vertical, simple double and multiple stages), with capacities of up to 2,500 cubic meters per hour (660,500 Gallons); positive displacement pumps, including reciprocating, screw, lobule, spiral, gear, pulse hydrant, and diaphragm, at pressures up to 300 kg/cm2 (4,266 PSI)
* Others: Inert gas systems, crude oil washing systems, gas recirculation systems, regenerative thermal oxidizers, gas liquefaction systems, air compressed systems, turbochargers, and scavenge reciprocating pumps
* Water treatment plants and systems, including boiler feeding water, sewage water disposal, drinking water, industrial processing water, and engine cooling water
CMM and CCS control systems
* Control systems: Electrical, electro-pneumatic, electro-hydraulic, and mechanical control systems, valves, including regulating valves, safety valves, controlling valves, cut off valves, and emergency valves
* Instruments: Pressure meters, flow meters, CEMS (continuous emission monitoring systems), PH indicators, vibration switches, temperature switches (pt, thermo rope, etc.), gas analyzers (O2, NOX, CO2, CO), level indicators, and vibration instruments (Metrix)
Maintenance Programs
* Maintenance special training: RCA (reliability centered maintenance), TPM (Total Productive maintenance), Kaizen (Continuous improvement), performance and efficiency engineering, lean manufacturing, metrics, and troubleshooting techniques
* Preventive: Development and implementation of scheduled maintenance programs and lubrication plans, overhauls, outages, inspections, draft tasks, instruction books, procedures, checklists, and emergency response programs
* Predictive: Development and implementation of data collection systems and programs, fault trees, root cause analysis, temperature and vibration spectrum analysis, lubrication analysis, thermal growth, alignment and bearing management, Infrared monitoring and analysis, report and procedure drafting, and trend analysis and spectrum generation to prevent breakdowns
* Corrective: Development and implementation of corrective actions such as laser alignment, balancing, lubrication plans, maintenance frequency, and training
* Training: Development and implementation of personnel training, checklists, and instruction books
View contact information... |