VICENTE A. BONILLA, P.E, P.M.P

***** ***** ***** ***** *****

Humble, Texas 77346

E-mail: acuh8d@r.postjobfree.com

PROFILE

Mechanical Engineer with field proven experience in the design and application of mechanical equipment in oil/gas, petrochemical, power generation and refinery related projects. Tenacious, pro-active and self- starter with project engineering, execution, management; project documentation, cost estimating, scheduling, fabrication and pre-commissioning background. Competent at problem solving and project execution. Persistent, detail oriented and effective with agreed-on / set procedures and protocols. EXPERIENCE

RDS Engineering 2015-Present

Manager of mechanical engineering respons ible for the mechanical engineering deliverables during the execution of projects. The main activities and deliverables are as follows:

Estimate man-hours based on necessary mechanical activities and deliverables.

Monitor mechanical progress and performance.

Generate weekly progress reports.

Attend project status meeting to report project progress.

Review project schedules when requested and make comments where applicable.

Prepare the necessary data sheets.

Prepare relevant equipment specifications where required.

Obtain quotes from vendors/suppliers.

Evaluate vendor quotes and prepare bid tabs where required.

Perform relevant engineering calculations where required.

Monitor the progress on the pipe stress analysis.

Ensure the mechanical deliverables are within code where applicable. Ventech Engineers International LLC 2012-2015

Lead mechanical engineer responsible for the mechanical engineering project deliverables with significant interfaces with project engineering and project management. Led mechanical work with major interfaces with other disciplines (process, civil, piping, I&E, procurement, expediting) and suppliers/vendors/manufacturers as was required during bid phase, pre-award, post-award and as saw fit during detail design for various projects; two for Corpus Christi final destination, these are the TexStar Fractionator project and the EF90 Refinery project; and the GTL plant project to go for the Oklahoma City in Oklahoma. Among the key activities acted on and progressed were as follows:

Prepared and reviewed mechanical man-hour estimates for upper management approval.

Reviewed baseline schedule as requested and commented on it where required.

Monitored, maintained and acted on the project mechanical equipment tracking sheet to communicate mechanical equipment status and keep up with the project execution phase of the jobs.

Reviewed and approved project mechanical data sheets for other mechanical engineers assigned to the project work.

Prepared and reviewed project data sheets for the equipment and packages handled.

Reviewed and issued project specifications.

Compiled request for quotations and request purchases.

Performed and reviewed bid evaluations.

Discussed with suppliers/vendors/manufacturers over the phone the technical matters, followed up with written communications where required and/or recorded notes from phone conversations due to speed and efficiency.

Attended weekly project interface meetings and any other requested applicable meetings.

Recorded notes of main/big issues on key meetings and published for the team record.

Performed at times applicable, relevant and practical calculations/estimates where deemed required.

Reviewed the relevant technical aspects of vendor data (general arrangemen ts, P&IDs as required, data sheets, cut sheets, code calculation inputs, etc.).

Delivered results in a practical manner with project technical aspects and schedule in mind.

Reviewed in-house outputs from pressure vessel programs (DISASU, COMPRESS), cooling water pipe network output from PipeFlo and heat exchanger output from HTRI. AMEC 2011-2012

Responsible for various equipment packages for the BP Mad Dog Phase 2 Spar topsides facilities including the hypochlorite generator, disposal caisson (open sump tank), chemical/methanol injection system, etc. and topsides mechanical handling study report. Accountable for the accuracy of various inputs to the topsides mechanical equipment list. Responsible for the development of package specifications, data sheets and technical bid evaluation and as well as the material requisition information (scope of supply, inspection requirement, vendor data requirement, quality requirements, etc.) for the assigned packages. Mechanical Engineer

Accountable for the accuracy and development of the preliminary material handling study and for various inputs to the topsides mechanical equipment list. On as needed basis, create package specifications, data sheets and technical bid evaluation and material requisition technical documentation for the assigned packages.

Developed preliminary topsides facilities material handling study report issued for preliminary design.

Coordinated with construction manager and designers to reserve the pull volumes in the PDMS model for the rotors, motors, etc. of the main packages (gas compressors, water injection pumps, seawater lift pumps, etc.) in order to avoid future clashes with piping, cable trays, etc. which would be in the way of installation and maintenance spaces.

Developed data sheets (air blowers, acid pumps, degassers, etc.), package specification, technical bid evaluation and material requisition for the hypochlorite generator package.

Estimated, checked and verified the hypochlorite generator production rate required.

Developed data sheet, package specification and technical bid evaluation for the disposal caisson

(open sump tank).

Estimated, checked and verified the preliminary weight of the disposal caisson (open drain tank).

Calculated, checked and verified the disposal caisson sizing.

Assisted mechanical engineering lead with P&ID's reviews and other technical documents.

Developed data sheets (reciprocating pumps, tanks and filters, etc.), package specification, and technical bid evaluation for the chemical/methanol injection package.

Attended weekly project mechanical status meetings and reported progress. MODEC International 2008-2011

Responsible for the practical application of mechanical systems on FPSO topsides facilities including but not limited to compressors, pumps, motors, vessels, heat exchangers, flare systems, lubrication systems, piping, structural, instrumentation and electrical components. Accountable for the accuracy of specifications and data sheets as well as the correct evaluation of supplier quotes and supplier data; fabrication and construction process including component installation, assembly, plant integration and pre- commissioning processes.

Mechanical Engineer

Develop request for quote and request for purchase of various packages including compressor packages, pump packages, vessel packages, flare system packages, etc.; accountable for effective project execution of these packages, which include the project and technical management including detail technical review of change order requests and package system review and approval of data: P&ID’s, foundation layout, piping layout, equipment layout, cable tray routing, wiring diagrams, MTO’s, etc.; responsible for coordination with other disciplines during the execution of the packages and including the integration of these packages as systems onto the topsides facilities. Consequently, responsible for fabrication accuracy of the packages. Coordinate the fabrication and mechanical completion of modules at fabrication yard and shipyard.

Assisted and guided fabricator with the daily activities and ensure things required were made available.

Managed fabricator and monitor delivery of main equipment and bulk materials for the timely fabrication of modules.

Reported to upper management the fabrication activities daily and weekly as necessary.

Monitored key performance indicators, identify open gaps and take action for improvements.

Reviewed and approved sign of sheets (bulk materials for procurement.)

Made manpower and material available during the pre-commissioning phase of projects. Coordinate the necessary testing.

Worked closely with purchasing discipline during the packages quote, purchase and project execution phases in order to control the project technical aspects and costings.

Coordinated the review of supplier data with other disciplines.

Worked with engineering contractor during the detail engineering project phase to help complete the topsides modeling.

Worked with suppliers during the execution of the packages. Followed up all the way to construction and delivery of the packages; assisted during the integration of these packages to other systems.

Produced utility consumption list for the rotating equipment on the topsides facilities.

Followed up with suppliers on technical clarifications.

Followed up with other disciplines to close technical queries and closed open issues.

Reported project engineering progress to colleagues and superiors throughout the project.

Controlled project cost during the execution of the packages by closely reviewing the project specifications, the need for the change and the reason for the change.

Assisted and supervised supplier technically by reviewing their data in detail and ensure it meets the design, operation and maintenance needs of the project.

Assisted project team with on-going solutions to small details such as defining fire hydrant assemblies, material handling devices, etc.

Assisted project team in reviewing topsides facilities P&ID’s in relation to the packages and systems being handled.

Ensured the mechanical completion of the equipment packages. NEUMAN AND ESSER USA 2006-2008

Responsible for the design, procurement and construction of reciprocating compressor packages/systems built to client’s specifications and/or API 618 for end users in the refinery, petrochemical and industrial plants.

Project Engineer

Developed P&ID’s, general arrangement, foundation and isometric drawings; control system operating philosophy and bills of materials. Develop project schedules; interface with customers during the execution of projects.

Developed schematic diagrams for the drive train packages and auxiliary systems and clarify scope of supply with customers.

Developed general arrangement drawings for the drive train packages and auxiliary sys tems.

Defined bills of material including reciprocating compressor, main motor, compressor valves, pressure vessels, heat exchangers, auxiliary pumps and motors, cylinder lubricators, purge/seal systems, pneumatic barring devices, valves, line sizes, restriction orifices (RO’s), etc.

Matched bills of material to P&ID’s and General arrangement drawings.

Checked all project drawings for accuracy. These drawings included the drive train and auxiliary systems P&ID, general arrangement, foundation, fabrication, isometric and vendor drawings as necessary.

Wrote packaging specifications for skidding and assembling the compressors, main motors and auxiliary components.

Coordinated with various shops the fabrication of the drive train packages, lube oil consoles, cylinder jacket/packing cooling water consoles, cylinder/packing lubricator and nitrogen purge panels.

Took field trips to the selected fabrication shops to verify the installation and assembly of the various components for consistency with the P&IDs, general arrangement, fabrication and isometric drawings. Make corrections as necessary using good engineering judgment.

Performed P&ID walk-through of the skidded systems before hydro test and after painting. Walked the flow lines and verify the position and accessibility of the valves and space needed for servicing the main components. P&ID field check included checking for the mounting of the compressor and motor on a skid, the location of the vessels and valves, heat exchangers, piping, valves and instrument/electrical components.

Assisted and advised client with technical answers to the client questions during the commissioning and start up field activities.

Assisted and coordinated with fabricators the mechanical run tests of the compressors, lube oil and cylinder/packing cooling water consoles.

Traveled to customer offices for technical review meetings. Helped clarify the scope the supply.

Reviewed and distilled the relevant technical information from the compressor performance runs

(KO3 company compressor program output) in order to size the equipment properly.

Generated the bill of material, including the packaging/fabrication services, to create engineering request for quote and request for purchase using Excel based program (Project Manager.) Technically approve and recommend vendors and fabricators. VENTECH ENGINEERS INT’L CORP., Pasadena, Texas 2005-2006 Small to medium refinery design and construction using new or surplus equipment; modu lar refineries and process skids (diesel production units, gas treatment skids, etc.) design, refurbish, material/services/equipment procurement and construction. Mechanical Engineer

Responsible for the technical review, fit for use assessment, requisition and selection of mechanical equipment for small to medium size refineries; equipment integrity review and assessment for revamp, process equipment and service specification, procurement and construction.

Assisted technically with the selection of pumps, and heat exchangers during the execution of the design and fabrication of the Diesel Production Units (DPU).

Developed request for quote and request for purchase of multitube (hairpin), shell and tube, fire heaters and air coolers. Evaluate vendor bids and select successful vendor.

Specified the technical requirements for purchasing centrifugal pumps and compressors. Evaluate vendor bids and select successful vendor.

Work with purchasing, project management and shop foreman in the execution of projects.

Produced shipping dimensions and weights for refinery equipment including fire heater, air coolers, shell & tube heat exchangers, columns, drums, reactors.

Produced a compressor dismantlement specification for both centrifugal and reciprocating machines.

Assessed static equipment integrity based on routine maintenance and inspection reports.

Analyzed inspection data for generating recommendation to repair, re-engineer and refurbish refinery equipment including air coolers, pumps, furnaces and compressors.

Participated with technical reviews in the re-rating of centrifugal and reciprocating compressors for new applications.

SOLAR TURBINES INC, Houston, Texas 2001-2005

Construction Services (BOP Division) to assist Turbo machinery with mid-range generator, compressor and pump sets plant equipment engineering, procurement and construction. Design Engineer

Responsible for proposal and project execution scope including material and man-hour costings, design, procurement and construction supervision for vessels, heat exchangers, manual valves, air compressor skids, fuel gas compressor skids, pipe/valve skids, process skids, waste heat recovery units (WHRU’s) and specialty items (strainers, restriction orifices, flame arrestors, bleed rings, chemical injection spray quills, etc.)

Developed proposals and executed projects based on customer and/or company specifications for balance of plant equipment including vessels, gas coolers, gas heaters, valves, fuel gas boosters, waste heat equipment (boilers, WHRU’s, etc.) to assist turbo-machinery sales.

Developed request for quotes and request for purchase of reciprocating compressors for fuel gas boosting applications. Performed technical evaluation of vendors’ quotes and made recommendations for vendor selection.

Produced P&IDs for pump, compressor and power plants or stations mainly for oil/gas and power generation, by sizing lines, placing instrumentation and major equipment.

Designed and/or worked with suppliers to specify design conditions of the major equipment.

Evaluated competitive bids in order to select qualified suppliers.

Performed stress analysis (Autopipe) and process simulation (HYSIS) reviews for design suitability.

Interpreted compressor, pump and generator sets’ performance data in order to distill relevant, accurate and timely design information for project scope definition of major equipment.

Sized compressor and pump lines as well as associated lines for venting, blowdown, recycle and drain services.

Worked with company contractors or customers’ third party engineering firm and/or contractor in the construction and the installation of equipment at site.

Participated in company process improvement programs where I used six-sigma methodology. Assisted in preparing and delivering presentations.

Assisted project management with field issues.

Generated operating procedures on occasional basis for the supplied equipment.

Wrote a piping spec for industrial power generation. Wrote an Excel program to size air, gas, steam and liquid lines.

G.E. AERO ENERGY PRODUCTS, Houston, Texas 1999-2001 Jacintoport Manufacturing and Packaging Complex of Gas Turbine/Generator sets. Mechanical Production Engineer

Led project execution of engineering design changes and manufacturing of Aero -derivative gas turbine generator packages. Included producing fabrication drawings, Piping and Instrumentation Drawings

(P&ID’s), material requisitions and specifications; provided technical assistance for Project Management, Assembly Shops, Sales and Field Service.

Utilized Six-Sigma tools to improve engineering and manufacturing processes focus on cost and cycle time reduction.

Integrated ideas to improve product, maximize productivity and customer service using cross - functional discipline input.

Produced low cost solution for winterizing fin/fan heat exchanger to gas turbine package (LM6000.)

Utilized Master Bill of Materials list (LM6000 Features and Options list) to generate project specific Engineering Bill of Materials for 11 projects, for a total $587,825,800 in sales.

Designed and developed PGT5 test underbase and LM6000 SPRINT (Spray Inter-cooling) standard skid enclosure.

Generated fabrication drawings for PGT5 test underbase and LM6000 SPRINT (Spray Inter-cooling) standard skid enclosure.

Executed LM6000 SPRINT skid enclosure and winterization options as a Six-Sigma project that led to a cost avoidance of $9,000.

Interfaced as member of “Mechanical White Board” group and worked well with personal of various backgrounds to ensure LM6000 product line had no open engineering issues.

Designed and developed fin/fan heat exchanger for ethylene glycol-water service with temperature controlling features. Created Flow and Instrument Diagram (F&ID) for Balance of Plant (BOP).

Modified standard customer drawings per Production Data Sheet (PDS) for 11 projects, for a total

$587,825,800 in sales.

Gathered technical information and distilled it to address customer questions in the various project assignments.

Performed Pre-Startup Operational Review (PSOR) for Project Management, identifying punch list items.

Participated in Source Inspection Program (SIP) to assist Quality and Sourcing entities. Audited air filter prototype and generated a Source Inspection Report (SIR). Performed an interface dimensional check between air filter prototype and LM6000 package.

Coordinated the specification of lifting hardware suited to lift air filter prototype units for specific LM6000 projects.

Tenaciously assisted LM6000 Product Group to design and develop a high-pressure water injection system (fogger system).

Performed an extensive design data search to generate a technical report benefiting the company with

$500,000 of cash flow withheld.

SHELL CHEMICAL COMPANY, Houston, Texas 1996-1999

Deer Park Manufacturing Complex (DPMC)

Engineer, Houston, Texas 1998-1999

Led the execution of plant changes reviewed and approved by a business screening team (BST).

Offered alternative project solution, that after expenditure analysis and feasibility study, reduced total cost by 82%.

Implemented hardware revisions to improve safety and environmental soundness for unit operation.

Analyzed project cycle time data to identify opportunities for cycle time reduction.

Managed project work execution, scheduling, procurement and cost estimating optimally, which resulted in cycle time reduction.

Designed a sample station for sampling an MIBK (Methyl-Isobutel-Ketone) reactor. Summer Intern, Houston, Texas 1998

Generated contributions for the Deer Park Make Change Organization.

Provided an extensive data search of a project database to assemble historical data on project prioritization, funding and cycle time needed for organizational health asses sment.

Assumed cycle time starpoint role to continue identifying project execution time reduction opportunities.

Worked closely with financial lookback starpoint to ensure that project data base (SPECC’s) program was functional.

Summer Intern, Akron, Ohio 1997

Continued overhead liquid entrainment analysis to identify feasible solutions to clean overhead reactor vapors.

Sized a spray quill using technical support from spray injection experts.

Identified liquid entrainment in overhead reactor vapors and was able to provide potential hardware design recommendations to control the problem.

Summer Intern, Houston, Texas 1996

Wrote a standard set of specifications for heavy-duty centrifugal pumps to reduce engineering cost.

Witnessed the testing of a turbo-expander and was able to assist in writing operating procedures using vendor’s operating manual.

SOFTWARE & CODES WORKING KNOWLEDGE

Excel

Word

Power Point

Mathcad

COMPRESS

API relevant codes

ASME relevant codes

EDUCATION AND PROFESSIONAL CERTIFICATES

University of Houston, Houston, Texas

Bachelors of Science, Major in Mechanical Engineering, 1998 Overall GPA: 3.4; Major GPA: 3.6

University of Houston, Clear Lake, Texas

Masters in Business Administration, Concentration in Management of Technology, 2005 GPA: 3.74

PROFESSIONAL CERTIFICATES

PE Certificate, PE License # 115510

PMP Certificate, PMP # 1803196

PROFESSIONAL AFFILIATIONS

American Society of Mechanical Engineers (ASME)

Tau Beta Pi (Engineering Honor Society)

Pi Tau Sigma (Engineering Honor Society)

REFERENCES

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