About Eng.Rami Khalil:
Eng. Rami Khalil
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Summary:A results-driven and objective-focused mechanical design engineer with extensive international experience, currently serving as an Engineering Director and subject matter expert (SME). Specializes in oil & gas downhole tools, complex mechanical systems and automation, additive and subtractive manufacturing, deep hole drilling technologies, CNC machining, and robotics. Possesses robust theoretical and practical knowledge that supports effective leadership and project management across diverse mechanical systems and mechanisms, contributing to a well-rounded skill set as a professional engineering leader.
Key responsibilities include overseeing engineering and production processes to deliver high-reliability solutions for oil & gas applications and machinery. Ensures compliance with industry standards, including API, DS-1, ASME ISO, etc., to address extreme conditions such as shock, vibration, and temperature. Expert in managing the complete project lifecycle, from identifying technological advancements and conducting market research to conceptual design, prototype development, assembly, testing, and evaluation. Skilled in leading cross-functional teams, setting strategic engineering goals, and sourcing complex systems that meet stringent requirements for harsh environments. SPECIALIZATIONS:
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Education:
University of Damascus:
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- Studied the first year of the Master of Science in Industrial Engineering at Faculty of Mechanical & Electrical Engineering, University of Damascus, Syria.
Subjects: CAD/CAM advanced application, quality systems, QHSE, facility planning and organizing, operation research, human resources, financial management. - Obtained the Bachelor of Science in Mechanical Design Engineering, Production Engineering specialization, at Faculty of Mechanical & Electrical Engineering, University of Damascus, Syria. GPA 72.21% with “Very Good” rating.
- Graduation Project: about Stewart’s platform under title of: Design & Executing Study of a Special Kind of Parallel Robots -Stewart Platform. The project got 95% as a final mark.
Subjects: Machine Design, machine theory, statics, kinetics, dynamics, material science, metal science, material mechanics, hydraulics and pneumatics, automation and control, fluid mechanics, CAD, CAM, finite element analysis, computational fluid dynamics, CNC, theory of cutting, thermodynamics.
Kennesaw State University |
London School of Business Administration |
UniAthena
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Simplilearn | SkillUp |
Next Level Quality Consulting |
Pyramid for Management Consulting: |
Alison: |
Swinburne University of Technology: |
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Syrian Society for Scientific Research: |
Energy University - Schneider Electric: |
Linkedin: |
PMI - Project Management Institute: |
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Work Experience:
Company:
MIT Innovations Sdn. Bhd.
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Period:June 2016 - Present
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CONTACT INFORMATION: |
Duties:
Progressed through several roles starting as a Senior Mechanical Engineer in August 2016, advancing to R&D Mechanical Manager in December 2019, and currently serving as R&D Subject Matter Expert in Mechanical Engineering since January 2021.
Achievements:
Progressed through several roles starting as a Senior Mechanical Engineer in August 2016, advancing to R&D Mechanical Manager in December 2019, and currently serving as R&D Subject Matter Expert in Mechanical Engineering since January 2021.
- Successfully participate in and execute Oil & Gas drilling and circulation tools design and engineering processes, aligned with the company's management strategy, ensuring top-quality products that compliance with the market requirements and international standards.
- Ensure comprehensive design and engineering documentations, including patent papers, detailed manufacturing and assembly drawings, material specifications, simulation and calculation reports (FEA, CFD, CAE), BOM and BOQ lists, technical specifications sheets, and assembly and operations manuals. Control the design change and modification process by efficiently managing the database and revisions of designed components.
- Design and produce necessary testing jigs and assembly setups, and deliver effective testing procedures and manuals with all relevant documents, diagrams, checklists, etc. Supervise and perform rigorous qualification tests and evaluations on tool design prototypes, adhering to QHSE standards and regulations.
- Maintain continuous communication with the manufacturing team to ensure compliance with product material and finished product quality standards.
- Maintain ongoing collaboration with the sales department to identify new design requirements, improve current designs, and attain market leadership in the downhole tools industry through the commercialization of new products during market testing.
- Communicate continuously and directly with suppliers, identifying cost-effective components (hydraulic, pneumatic and electromechanical), and tracking current patents and research in the field.
- Collaborate effectively with company management on upcoming and ongoing design planning and lead mechanical design teams to achieve efficient and effective project outcomes.
- Provide sustainable training, development, and skill-acquisition opportunities for the next generation of design and product development engineers, aligned with the company's business plan for diverse engineering skill sets.
Achievements:
- Delivered well-designed iBHC tools (Intelligent Bore Hole Cleaning) with two hydraulic driving options and multiple sizes to meet market demands, supporting Oil and Gas operations.
- Enhancement of all sizes of heavy-duty iCWD tools (Intelligent Circulation While Drilling) by redesigning the mechanical driving system to withstand harsh environments and high temperatures.
- Improved tool specifications by doubling load ratings to handle 20ksi absolute pressure instead of 10ksi through redesigning relevant parts, using advanced engineering tools and programs, increasing marketability and promotion.
- Reduced manufacturing time, maintenance, assembly, and logistics procedures while improving storage capacity by standardizing and generalizing tools versions with interchangeable, well-designed parts.
- Eliminated the need for outsourcing special and critical items, equipment, and devices through full in-house production, reducing tool readiness time and costs.
Company:
“COMEC” company for automation and CNC systems.
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Period:August 2010 - August 2012.
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Contact Information: |
Duties:
Achievements:
- Spearheaded the successful design and engineering of CNC machines, particularly waterjet machines, aligned with the company strategy, maintaining high product quality, and conforming to market and international standards.
- Guaranteed complete readiness of design and engineering documents for CNC machines, including manufacturing and assembly drawings, machine layouts, material specifications, simulations, BOM and BOQ lists, technical specifications, and manuals, and managed the design change and modification process through database updates and component revisions.
- Ensured the impeccable creation of testing jigs and calibration setups, delivered thorough testing and calibration procedures and manuals, and closely monitored qualification tests and evaluations on machine prototypes, ensuring strict adherence to all procedures and protocols.
- Maintained constant communication with the manufacturing team to ensure material verification and finished product quality and collaborated effectively with suppliers and vendors to identify cost-saving components (hydraulic, pneumatic, and electromechanical) while keeping abreast of current research and papers.
Achievements:
- Masterfully crafted and flawlessly executed the Abrasive Transmission System that seamlessly integrates with all waterjet machine series, along with a cutting-edge Abrasive Feeder. Utilizing electropneumatic technology enabled rapid abrasive filling and refilling.
- Streamlined and optimized the mechanical systems of the medium-sized (3m x 1.5m) laser cutting machine, reducing costs, logistics, and manpower while ensuring ease of manufacturing, assembly, testing, and shipping.
- Collaborated with the design team to successfully launch the Infinity Series of waterjet machines, the largest and most versatile machine in the company portfolio.
Company:“Al-Battal” company for moulds design & manufacturing
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Period:2009 - 2010
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Contact Information:Mobile: +963 944 313643
+963 933 211174 |
Duties:
Achievements:
- Crafted state-of-the-art plastic injection molding tools and fixtures, incorporating prototyping and testing.
- Scrutinized product design specifications and confirmed mold design compliance.
- Performed mold flow analysis to anticipate and eliminate any challenges during the molding process.
- Refined the mold design to achieve maximum efficiency and cost savings in production.
- Actively pursued knowledge of the most recent advancements in mold design and manufacturing technology.
Achievements:
- Conceptualized and crafted diverse innovative products using professionally designed molds, including toys, bottles, confectionery tools, and covers.
Engineering Programs skills:
Inventor program from “Autodesk” company.
Experience: Excellent. 
Nastran In-CAD program from "Autodesk" company.
Experience: Excellent. 
CFD Simulation Program from "Autodesk" Company.
Experience: Excellent. 
Automation Studio program form “Famic Technologies” company.
Experience: Excellent. 
HyperMill program form “Autodesk” company.
Experience: Good. License form “Al-ma’amoon international center” in 2010. 
SurfCAM program from "Surfware" Company.
Experience: Good. 
MATLAB Program from "MathWork" Company.
Experience: Good. |
SolidWorks program from “Dassault System” company.
Experience: Very Good. Certificate form “Human Recourse Development Center -HRDC-” in 2007. 
MotionGen Pro from "Stony Brook University" and "Mechanismic" Company.
Experience: Very Good. 
Festo FluidSIM program form “FESTO” company.
Experience: Excellent. 
DelCam PowerMill Program from "Delcam" Company.
Experience: Good. 
Siemens Step7 PLC Program from “Siemens” company.
Experience: Medial. 
KGL-WIN PLC program from “LG (LS)” company.
Experience: Good. |