Engineer Mechanical Engineering

Mohammad I. Hatamleh

Ph.D Candidate – December, *018

Department of Mechanical Engineering

The Erik Jonsson School of Engineering and Computer Science The University of Texas at Dallas

*** *. *****ell Road, Richardson, Texas 75080-3021 Email: ********.********@********.***, Tel.: 832-***-**** SUMMARY:

Research Interests: Laser Shock Peening (LSP) simulation and experiments, Reliability-Based Design, Computational analysis, Multidisciplinary Optimization, Modal and finite element analysis EDUCATION

M.S., Mechanical Engineering, Jordan university of since and technology, Jordan (2013)

B.S., Mechanical Engineering, The Hashemite University, Jordan (2010) PAST PROFESSIONAL EXPERIENCE

Aug., 2012 – Aug.,2014

Reliability Engineer at Jordan Petroleum Refinery Co., Jordan

Follow and apply inspection codes: API, ASME, ANSI, ASTM during maintain or renewal of rotary and stationary machines; vessels, storage tanks, towers, heat exchangers...etc.

Prepare standards specs for tendering:

Machines, heat exchangers, pumps, Lube oils, bearings, mechanical seals, compressors, etc.,

Identify and tested lube oils and spare parts for all equipment at the site.

Updated Mechanical Integrity tool and conducted failure mode analysis

Carrying out visual inspection complemented with NDT Examination.

Ultrasonic, Magnate Particles, Dye Penetrant, Welding, Hydrostatic and Pneumatic tests inspection.

Shell-and-tube heat exchanger and Air-cooled heat exchanger inspection and testing according to API 660, API 661 and TEMA standard codes.

Valve inspection and testing according to API 598, API 599 and API 576. Nov., 2010 – Nov., 2011 Maintenance Mechanical Engineer at Jordan Petroleum Refinery Co., Jordan

Provide technical support for operation and transportation department.

Supervise maintenance and replacing processes for rotary systems (Pumps, Compressor, Steam turbine, turbo blowers and fans).

Handling maintenance and providing support for stationary equipment; heat exchangers, vessels, tanks, columns, reactors and cooling towers.

Apply new testing technologies method used for both destructive and non-destructive test; ultrasonic testing, magnetic particles and dye penetrate.

Prepare preliminary construction drawings for small projects in refinery. July 2010 – Oct., 2010 Sales and Technical Support Engineer at BOSCH Car Service- Jordan

Interacted with clients to explain each car device; provided a full diagnosis on the car using computer diagnosis device (KTS) followed by a detailed report.

Arranged a full training session for BOSCH technicians and clients for new diagnosis devices. Skills

Excellent drafting and modeling skills with ABAQUS, MATLAB, Pro-Engineer, AutoCAD, ANSYS and FORTRAN.

Calculation corrosion rate and retirement thickness for pipes based on API 570 standard code.

Strong communication and negotiating skills

Motivated, hard-working and able to work under pressure.

Able to work on a multi-disciplinary team, to lead and manage others, to plan and organize, and to make engineering decisions.

TECHNICAL PRESENTATIONS

Hatamleh M.I, A.S. Malik, Peter J. Hasser, K. Langer, T.J. Spradlin, “Effect of Damping Profiles on Laser Peening Simulation Time”, 6th International Conference on Laser Peening and Related Phenomena, South Africa, Nov. 6-11, 2016

Hatamleh M.I, J. Mahadevan, A.S. Malik, D. Qian. “Identifying Optimum Variable Damping Profiles for Laser Peening Simulation with the SEATD method,” 6th International Conference on Laser Peening and Related Phenomena, South Africa, Nov. 6-11, 2016 HONORS AND AWARDS

Best simulation and optimization presentation in 6th International Conference on Laser Peening and Related Phenomena, South Africa, Nov. 6-11, 2016

PUBLICATIONS

Hatamleh M.I, J. Mahadevan, A.S. Malik, D. Qian., 2018 “Variable Damping Profiles using Modal Analysis for Laser Shock Peening Simulation.” ASME Journal of Manufacturing Science and Engineering.

Hatamleh M.I, J. Mahadevan, A.S. Malik, D. Qian, 2017, “Variable Damping Profiles for Laser Shock Peening Simulation Using Modal Analysis and the SEATD Method”. MSEC-2017 conference, June 4-8, 2017, Los Angeles, CA, USA.

Hasser, P.J., A.S. Malik, K. Langer, T.J. Spradlin, M.I. Hatamleh, 2016, “An Efficient Reliability- Based Simulation Method for Optimum Laser Peening Treatment.” J. Manuf. Sci. Eng., 138, 111001-1.

Darwish, F., M. Al-Nimr, M.I. Hatamleh, 2015, “Thermoelastic analysis for a slab made of a thermal diode-like material,” Structural Engineering and Mechanics,53 (4), 645-659.

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