Engineer Engineering

MOHAMMED MINATI

HOUSTON, TX · +1-504-***-****

addywg@r.postjobfree.com

PROFILE

Result-oriented Industrial Engineer (Contractor) at Daikin Texas Technology Park. Dedicated to focusing career goals on developing engineering solutions that help satisfy the needs and wants of society. Always eager to learn and listen to improve my engineering skills. Fully familiar with continuous improvements (kaizen) events, problem solving techniques, six sigma, and other industry tools. Strong attention to details; creative & analytical problem solver who thrives in challenges. Strong verbal & written skills in English and Arabic; equally adept in a leadership or support role. Efficient communicator with strong cross-cultural sensitivity. Competent in working with people of all ages, ethnic backgrounds, diverse personalities, and levels of authority. Technologically adept with MS office, MATLAB, SolidWorks, AutoCAD, AFT Fathom, and ANSYS for Finite Element Analysis (FEA) & Computational Fluid Dynamics Simulations (CFD). Quick to learn new computer engineering programs. EDUCATION

Bachelor of Science in Mechanical Engineering University of New Orleans New Orleans, LA August 2019

• Thermodynamics

• Thermodynamics II

• Heat transfer

• Fluid Mechanics

• Thermo/Fluid Design (HVAC)

• Statics

• Dynamics

• Mechanics of Material

• Material Science

• Corrosion

• Machine Design

• Machine Elements

• Vibration

• Finite elements Analysis

• Mechanism

• Economics

• Reliability & Availability

• Electrical Machinery

• Electrical Circuits

• Programming C++

WORK EXPERIENCE

Industrial Engineer (Contractor) – Goodman/Daikin Texas Technology Park Waller, TX August 2019– Present

Analyze and plan work force utilization, space requirements, and workflow.

Design layout of equipment and workspace to maximize efficiency.

Performing industrial engineering studies on processes to document current and future states

Working closely with other engineering disciplines in the development and implementation of new processes to increase production quality, efficiency and throughput.

Analyzing statistical data and product specifications to determine labor standards and establish quality and reliability objectives of finished product.

Planning and establishing sequence of operations to fabricate and assemble parts of products and to promote efficient utilization.

Coordinating continuous improvement activities to resolve production problems, maximizes product quality and safety and minimize cost.

Assisting production managers by maintaining standard work charts, line balance charts, machine uptime and efficiency tracking. Project Lead Nov 2019– Mar 2019

Developed current state VSM to determine process bottleneck and eliminated it using Lean Methodology

Sketched Spaghetti diagram for visual material flow representation to identify backtracking of material and labor

Identified, evaluated, and thoroughly eliminating different types of waste (Muda) in the production process

Increased overall efficiency of production line by developing Standard work Combination Sheets and Yamazumi Charts RELEVANT PROJECTS

Thermo/Fluid HVAC - Senior Project University of New Orleans Apr 2019– May 2019

Design a cooling system for a facility Located in New Orleans Louisiana

Create a duct system for the facility based on psychometric analysis with central chiller plant designed to maintain cooling abilities in the even of a component failure or required maintenance

Ensured design complied with ASHRAE requirements and industry standards

Tested design validity with the use of AFT Fathom software Machine Design Project - Senior Project University of New Orleans/ASME Feb 2019– May 2019

Collaborated with a 5-person team for the ASME “Soccer Robot” Design Competition

Built and programmed a remote-controlled robot using Arduino technology to compete against other 5 teams in a modified soccer match

Evaluated the design for cost, value, reliability manufacture, assembly

Evaluated the robot for marketability to potential customers CORE COMPETENCES

• Design for Manufacturability

• Design for Cost

• Design for Reliability

• Design for Test

• Design for Maintenance

• Design for Assembly Evaluation

• HVAC Applications

• Friction Stir Welding

• Weld Configurations

• Engineering Fundamentals

• Experimental Approaches

• Vibration Analysis

• Delivering Presentations

• Minimizing Complexity

• Sorting & Filtering Data

• Utilizing Pivot Tables

• Building Charts & Graphs

• Technical Writing

• Open-Mindedness

• Big Picture Thinker

• Visual Analysis

• Planning & Execution

• Project-Oriented

• Team-Player Mentality

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