Engineer Engineering

Mazin M. Makki

*** ******** **, *** ****, Houston TX 77042 – 404-***-**** – *****.*.*****@*****.***

PROFESSIONAL SUMMARY

Versatile and highly talented professional Mechanical/Piping Engineer offering 6+ years of experience in the oil and gas (Upstream, Downstream, LNG) and power generation industry in EPC firms.

Demonstrated experience and competency in the areas of P&IDs, Piping, Stress Analysis (CAEASAR II), Project Engineering, Calculations and Design Packages, Mechanical Equipment Datasheets, Piping Model Reviews, Engineering Design and Technical Support.

Thorough knowledge of industry international related codes and standards such as ASME BPVC, B31.1, B31.3, API 610, API 620, API 650 etc.

Skilled at capitalizing on opportunities and working around obstacles and multi-tasking assignments with the aim to accomplish the project objectives.

A qualified and result-oriented individual with a proven track record in demonstrating exemplary performance in high-pressure dynamic environments.

Fluent in Arabic & English, with the ability to interact effectively with people of diverse nationalities and comfortable working in a multi-cultural set-up.

EDUCATION AND QUALIFICATIONS

Professional Certificate in Fundamentals of Process Plant Layout and Piping Design May 2016

Engineering Institute of Technology - Australia

B.S. in Mechanical Engineering December 2007

Georgia Institute of Technology – Atlanta, GA

EIT - Engineering In Training Certificate – State of Tennessee May 2012

WORK EXPERIENCE

Piping Engineer Sept. 2015 – Present

Cameron LNG Houston, TX

Attend and participate in 3D Model Review sessions with EPC contractor for the Cameron LNG project.

Attend and participate in the Tags-Closeout Meetings with EPC contractor.

Audit and review detailed EPC designs for piping engineering.

Interface with EPC contractor and vendor on a regular basis.

Interface with EPC counterparts and other EPC and client disciplines on a project task force.

Ensure that the piping engineering design and implementation are safe, perform the requirements of the design, and meet the project specifications.

Mechanical Facilities Engineer Oct. 2013 – April 2015

Foster Wheeler Houston, TX

Using CAESAR II, perform piping stress analysis for the offshore piping for new and/or existing piping system and evaluate support locations/types and loads as well.

Develop and assist in developing Piping and Instrumentation Drawings (P&IDs) and mechanical flow sheets.

Prepare line list based on issued P&IDs, Design Pressure Design Temperature Diagrams (DPDTs) and Material Construction Diagrams (MOCs).

Prepare Equipment List based on issued Mechanical Data Sheets and other project information.

Participate in 10%, 30%, 60% and 90% client piping model reviews against P&IDs.

Perform hydraulic studies, and piping flexibility analyses.

Develop and assist in developing equipment arrangement and plant layout.

Prepare processing equipment specifications, data sheets and bid drawings.

Prepare vessel, pipe, valve and specialty items specifications.

Mechanical/Piping Engineer Nov. 2012- Oct. 2013

URS Corporation New Orleans, LA

Perform pipe stress analysis utilizing CAESAR II software in the oil and gas industry.

Assess pipe support loads in order to qualify the piping system.

Analyze equipment loads, such as pumps and tanks, in accordance with the applicable standards such as API 610 and API 650.

Perform hand piping calculations as necessary, such as pipe flow calculation and pipe thickness calculations.

Develop and assist in developing P&IDs and plot plans drawings.

Perform hydraulic calculations for the piping system using PIPE-FLO to calculate TDH and NPSH for the pumps.

Writing equipment specifications and datasheets.

Interface with vendors to obtain the proper information in the process of specifying equipment for purchase and/or obtain budgetary quotes.

Coordinate with designers to assist them in necessary mechanical information such as various valves cut sheets.

Mechanical Engineer Jan. 2012 – Aug. 2012

AMEC Atlanta, GA

Perform pipe stress analysis utilizing CAESAR II software in nuclear and other non-nuclear power piping in accordance with ASME B31.1 and B31.3 respectively.

Assess pipe support loads in order to qualify the piping system.

Analyze equipment loads, such as pumps, in accordance with standards such as API 610.

Perform hand piping calculations as necessary, such as pipe flow calculation and pipe thickness calculations.

Perform site walkdown as necessary for field support as well as gathering data and information to perform the design work.

Maintain project requirements and milestones, and provide support for technical, design, budget, and schedule of projects.

Interface with client’s stakeholders and management to ensure effective project execution.

Piping Engineer (Pipe Stress) July 2008 – Nov. 2010

Bechtel Corporation Knoxville, TN

Perform stress analysis of ASME Class 1, Class 2 and Class 3 piping systems subjected to static and dynamic loadings such as dead weight, thermal, OBE/SSE seismic, water/steam hammer etc.

Perform equipment qualification and piping modeling and supports modifications.

Develop engineering drawings in compliance with the design criteria, applicable industry codes and project & company objectives.

Occasionally perform field walkdowns to gather requirements at clients’ facilities and determine tie-in locations & field routings.

Review, prepare and issue ASME pipe stress calculations of nuclear power plant systems in accordance with the codes, design standards, design criteria and project technical specifications.

Evaluation and reanalysis of as built piping to qualify piping systems and their associated loads.

Review, verify and issue piping Isometrics against P&IDs, walkdown packages, and other related project design and construction documents to ensure that the issued drawings accurately reflect the as-built.

Coordinate with the pipe support group to accommodate the changes in the pipe support locations and perform calculations for field modification during construction.

Liaise, plan and coordinate engineering work with other disciplines to receive design inputs to perform stress analysis.

COMPUTER SKILLS

CAESAR II

Smart Plant Review (SPR)

Naviswork

PIPE-FLO

Bluebeam

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