Fares Ahmed

Experience

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  Arab Academy for Science, Technology and Maritime Transport

  Sept 2013 - Jul 2018

  Graduation project: “Crude Oil Pipeline Design”:-- By Visiting Enppi & Receive a Case Study about a Pipe-Line between SUMED & MIDOR and finish the “Mechanical Design & Hydraulic Design” using Matlab and Flowserve.- study of Pipelines and Fluids, History of pipelines, Types of the material of Pipelines that are using according to the fluid that flows in Pipeline and system components to connect the fluid to the desired location, Then Survey about the properties of fluid and types of flow.- Study of Valves that using in Pipeline To control the Fluid flow and Pressure Like Relive/Safety Valves. -In This Project, We Worked at All Calculation By Using API (American Petroleum Institute) Standard.- study of Basic Equation of Hydraulic Which Include Bernoulli and Energy Equation, Overall Head Loss For Piping System and Total Energy Of Flow.- study Pumps then choose Centrifugal Pumps, And study components Of Centrifugal Pumps, Pump Curve, system Curve and Loses in Pumping System, Also We Study Cavitation in Pumps And How to Avoid Cavitation, Finally in Chapter Pumps We study Pumps Connection (Series and Parallel).- In Conclusion of the Project, In The Hydraulic Analysis Design, We Calculated The pressure and the Flow rates for 11-inch diameters and chose a suitable pump for them as Discussed Above. Cost is calculated for the diameters by calculating the initial (Weight cost) and running cost (Pumping power), As the Diameter increases the Head loss decreases leading to decreasing the Power-Consumed. The Weight of The Pipes Will Increase but that Hasn’t The Great Effect on The Total Cost and NET PRESENT VALUE (NPV). We Chose the optimum diameter and it was diameter 36 inches which (Has Less NPV) and Suitable For the Existing Profile. if We Increase Diameter Over 36 inch The NPV Will Increase Because of The Running Cost Will Increase and Lead to Increase in Total Cost. Show less Project 1:-- Complete design with EES Software for surface condenser suitable for Steam power plant unit 627 MW capacity constructed in Alexandria - Design include - The cooling water requirement and Tubes specifications - The total number of tubes, tubes length, and number of passes - Condenser hot-well size &The amount of air leaks to the condenser - The capacity of the steam air ejector - The condenser hydrodynamic calculations - The circulating water pump duct assuming the condenser far from water source by 600 m - The circulating water pump selection assuming static head is 10 m. - Machining draw shows the condenser connections with turbine and condensate pump as well as the condenser tube layout_____________________Project 2:-- CFD for Airflow over LADA and AUDI R8______________________Project 3:- - Design and Economic Analysis of a Stand-Alone PV System to Electrify a Remote Area Household in Egypt.- Design Anaerobic digestion System. Show less

  • Fresh Pipeline Engineer

    Sept 2017 - Jul 2018

  • Courses projects

    Sept 2013 - Jul 2018
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  Belayim Petroleum Company (Petrobel)

  Aug 2016 - Aug 2016

  Trainee

  • Introduced to various sections at the company including LNG production ( Pre-treatment, a Liquefaction process, Storage, Transportation and Delivery it to end-user) .• Operation and maintenance lot of equipment "Static & Dynamics".• Training took about “ 80 “ working hours.

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  Masr Motorsport

  Sept 2016 - Jul 2018

  Thermal Engineer / Cooling system Designer

  • A member at “MASR Motorsport Team N. 396” whom Full design of a Formula racing car from scratch and participate in Formula SAE Italy from 11-15 / 7 / 2018.• Achieved 3rd.worldwide rank at FSAE Italy (Formula student ), Class 3• Design of a heat exchanger Air to liquid ( Radiator) from scratch using advanced software like SOLIDWORKS, GT suite, MATLAB

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  Mechanical Diploma in Oil & Gas skills

  Mar 2018 - Apr 2018

  Trainee

  Study these courses with high Experienced Engineers• Pumps operation, Selection, Troubleshooting, and Maintenance.• Gas compressors operation, Selection, Troubleshooting, and Maintenance.• Gas turbine operation, Selection, Troubleshooting, and Maintenance.• Vibration monitoring and Analysis for turbo Machinery protection system.• Machine Alignment & Balancing.

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  AL Hashemiah International Contracting Company (HICC)

  Jan 2020 - Jun 2020

  Mechanical Technical Office Engineer

  Al Hashemiah International Contracting Company HICC, Specializes in pressure, non pressure parts fabrication, through our Qualified workshops as well as exporting this parts to our clients, as we exported to USA, Netherlands, Spain, Australia, Sri Lanka, Venezuela, Qatar, Syria, Turkey, UAE, KSA, and Libya. HICC is already active in the Middle East region through branches in Arab gulf and others.Projects:Our scope includes but not limited to the following :1.Boilers & Boiler Parts.2.Pressure Vessels.3.Piping & Piping systems.4.Heat Exchangers.5.API Tanks.6. Handling systems.7.Condensers.8.Economizers.9.Steel Structure.Projects:1. METITO "8" Sand Filer Pressure vessel2. Complete tube bundle E704A/B For SIDPEC.3. HEAT EXCHANGERS NO. EA 310 – EA 571 – EA 800 – EA 711 – EA 119A – EA 131 and EA 902 Responsible of :1. Review project specifications.2. Piping & mechanical section Dimension check according to Drawing3. Produce project’s shop drawings, Cutting planning and Welding MAP in a timely and accurate manner4. Study and prepare BOM, requests for information (RFIs) for all missing, unclear, conflicting, or other technical matters that may arise during Manufacturing.5. Ensure an effective material management process relating to, submittals approval process, control, storage, and distribution of materials according to the projects’ needs.6. Follow up with the manufacturing team to solve all technical problems that may arise during manufacturing 7. Ensure adherence to technical office policies and procedures through continuous review of the project Constrains.8. Managing all Technical Office and Quantity Surveying works: ( start from Dealing with the design offices, reviewing their design details, issuance shop drawings, and detailed sketches, till reaching the As-Built drawings. )9. Doing cutting for pipes according to Drawing systems. Show less

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  PETROJET

  Jun 2020 - Aug 2022

  - Basic FEED, conceptual, and detail design for several Engineering, Procurement, and Construction Management EPCM Mega projects in Egypt and the Gulf Area.- Prepare GA, ISO, MTO, and Pipe Support Detail Drawings for piping around Tanks, Loading Arm, Buildings, Camps, Pump Room, and foam Pump Skids.- Read P&ID and convert it to 3D Using CADWORX & E3D and Then Extract ISO.- Study Budget/FEED Projects and Prepare Preliminary MTO - Study and prepare tenders/RFQs- Conduct site visits whenever needed to prepare a Site visit Report to make sure everything is according to the project specifications.- Develop technical & commercial proposals in compliance with the appropriate engineering standards, - codes, specifications, design instructions, etc.- Amend the bid/proposal with any required modifications and keep a record of the latest requirements and adjustments Show less Static Equipment Design Engineer with ICE at Petrojet in the field of engineering of refineries, oil and gas, and petrochemical industries. Experienced in Front End Engineering Design (FEED) basic and detailed phases. The Following are highlights for technical experience:- Shell and tube heat exchangers design according to API 660, and TEMA-9 (R, C & B classes).- Creating the 3D Model of Heat Exchanger & Issue detailed drawing using Inventor, Supported by Thermal design by HTRI and Mechanical calculations PV elite - Creating fully detailed General Arrangements, Details drawing, Nameplate, and Bill ofMaterials for the equipment designed.- Worked with multiple companies and projects, such as NPC, SOPC, APRC.- Practical experience in the design and inspection of static equipment. Show less

  • Plant Layout and Piping Engineer

    Sept 2020 - Aug 2022

  • Static Equipment Design Engineer

    Jun 2020 - Sept 2020
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  RTE Robotic Egypt

  Aug 2020 - Aug 2020

  Trainee

  CNC Machines Maintenance (Router, Laser, Plasma machines):-- Intro to the Router, Laser, Plasma machines, and reading the technical specifications of it.- Dismantling the training machine by the trainees as groups- The basic different mechanisms in the Router, Laser, Plasma machines and making a comparison between them- Identify the signs of movement, its types, the theory of its operation, The difference between them, the code description and prices- Know how to choose the right guide, bearing Common brand names, Uses, and How to choose them according to different loads and applications.- Identifying the power vectors (belts - gears - gears - screw hooks).- General introduction to the control unit elements of digital control machines, Learn about stepper and servo motors, work theory, uses and comparison between them- Learn how to choose the appropriate motors for the machine- Learn about AC and DC motors, Stepper motors, Interface circuit, Sensors, Electronic parts built into the machine and how to control them.- Explanation of the plans for the different control units, laser machine, and its practical application, Checking new and used motors, drivers, power supply, Interface, Sensors, and Inverter programming- Identify common router, laser, plasma mechanical, and electrical failures.- Preventive maintenance of various machines Drafting maintenance contracts- Knowing the local spare parts suppliers in different governorates and their prices, and a comparison between them based on more than one factor. Show less

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  Thyssenkrupp

  Aug 2022 - now

  Plant layout & Piping Engineer

  - Responsibilities:Discipline / Area Engineer• Prepare Equipment and Piping 3D modeling.• Prepare piping study drawings from plot plans and P&IDs.• Review supplier’s documents of equipment/packages.• Participates in the piping design of areas of the plant.• Prepare general arrangement drawings.• Prepare isometric drawings.• Prepare nozzle orientation and attachments to equipment.• Prepare above-ground and underground piping systems.• Prepare material take-off (MTO).• Prepare data for PID.• Prepare load data and input to civil data. Show less