Mohammadali Fatemi

Address: **** ********** ***** *******, ** .

Telephone: 402-***-**** .

Email: adiss5@r.postjobfree.com

EDUCATION

University of Nebraska-Lincoln

M.S. Manufacturing System Engineering 2009

Dissertation Paper: Sheet Molding Compound and Compression Molding B.S. Mechanical Engineering 1998

PROFESSIONAL PROFILE

• An Easy to get along with positive (can-do) attitude, flexible, analytical, and results oriented Engineer with over 10 years of demonstrated experience in product design and manufacturing Engineering area.

• New product development and existing product modification following standard operating procedures.

• Experience in designing sheet metal housing for cooling system (fan shroud), and precision machined spacer, bushing and other related components

• Creating Bill Of Materials, layout drawings, design review documents and engineering change orders, Analyzing customer specifications and determining product design requirements

• Knowledge of Geometric Dimensioning and Tolerancing (GD&T)

• Managed and provided engineering support for production line start up, designed tooling and parts drawings using, Solid-Works / Creo

• Knowledge and experience with different manufacturing improvement methods such as 5S, and Lean Manufacturing

• Design and Built of First Article Inspection (FAI) samples with all required documentation

• Knowledge and Experience on preparing Production Part Approval Process (PPAP) documentation

• Possesses the multidisciplinary collaboration experience necessary to incorporate all aspects of engineering design into project planning and development

• Calibrated and validated instruments using GMP, Wrote and executed IQ, OQ and PQ for SAP system, experienced in laboratory testing, maintenance procedures and validation techniques

CAREER SUMMARY

Cyclonaire, 2018 – present

Application Engineer

• Analyzed customer’s material handling requirements and created system proposals, ranging in price from ten thousand dollars to two million dollars, to meet the desired specifications by doing calculations on required air flows and pressures, taking into consideration different factors such as degradation requirements, material abrasiveness, product flowability, and etc.

• Oversaw purchased system from PO to installation by checking drawings, requisitioning long lead items, creating piping and instrumentation diagrams, checking engineering drawings for accuracy, and updating the customers with the status of the project Oilgear, 2016 – 2018

Mechanical/Design Engineer

• Develop, implement, and monitor project plans, to include: scope, timelines and priorities, resources, material, and capital investment requirements

• Lead technical team in the conception of initial design criteria and planning, design documentation, testing, verification, validation, and implementation

• Perform Root Cause Analysis or various component when needed

• Work with production & machine shop to ensure that all products are being made and tested correctly.

• Ensure engineering changes are documented and all affected departments are notified.

• Setup and test of hydraulic pump run various test, collect data, and Interpret UTC Aerospace Systems, 2015 – 2016

Manufacturing/Quality Engineer (Contract via CDI Corporation)

• Lead Process Certification initiative focused on developing and deploying the infrastructure required to reduce variation associated with our key products and processes across the enterprise

• Work directly with cross functional teams from Operations, Quality, Engineering, and IT to integrate shop floor with existing and potential future data systems. Neapco Components, 2012 – 2015

Product Design Engineer

• Perform preliminary design, development, prototype construction and delivery, test and evaluation and release for production.

• Create BOMs and part number assignment per manufacturing processes required.

• Analyze and evaluate test result and make design modifications if required

• Make design modifications based on customer specification

• Work with model makers to produce prototypes for new designs and design changes

• Work with CAD designers to develop complex model and drawings when necessary

• Understanding of methods and techniques of dimensions and tolerance.

• Provide technical information concerning manufacturing techniques, materials, properties and process advantages and limitations which affect design cost, lead time or other pertinent factors.

• Excellent organizational and management skills, capable of managing subsystems independently

• Well-developed communication skills and proven ability to interact effectively with diverse groups of individual within or outside the organization. Breeza Fans USA, 2009 – 2012

Product Design Engineer

• Lead and coordinate the design and development of new product concepts, new products, or improvements to existing products.

• Develop product design plan, estimated product cost, tooling, and material for new products as well as ensure on-time delivery of First Article of Inspection (FAI).

• Design complex components in the form of solids model using Solid Works software. Prepares models and layouts of assemblies of new products for production.

• Interact with Customer, and Mfg. department to optimize designs, for Design for Manufacturing and Assembly (DFMA).

• Works on cost reduction of various designs and Mfg process. Apply continuous improvement methods such as lean manufacturing to enhance manufacturing quality, reliability, or cost effectiveness.

• Performs various other duties and assignments as requested to assist the operation and overall function of the department and company

• Excellent communication skills, strong project management skills, Very good problem solver and very hands on.

Snyder Industries Inc., 2006 – 2009

Engineer

• Analyze customer specifications and determine product design requirements

• Design and drafting to produce new and custom engineering drawings 2D and 3D using Key-Creator

• Creating part number for Bill Of Material using MAS500, document control, layout drawings, design review documents and engineering change orders

• Conferring with sales, manufacturing and quality on engineering and manufacturability issues

• Develop, review and restructure Bills of Materials to support Manufacturing/production area, and maintenance

• Develop work instructions and preliminary line balance of new products, apply engineering principles to assure product safety and quality, provide engineering support to sales and manufacturing.

Kawasaki Motors Corp. USA 2001 – 2006

Production Engineer

• Managed production of three shifts, responsible for new product line start-ups including scheduling, tooling trials, creation of production documentation, and pre-production trials

• Managed small capital and expense funds for internal projects as well as scheduled production startup

• Evaluated cycle times and identified waste within existing manufacturing processes

• Designed new and custom tools and fixtures using 3D modeling software

• Performed QA and QC procedures (Root Cause Analysis) on fiberglass products and composite material process such as fiber glass Hand Layup, Compression molding of Sheet Molding Compound, and Resin Transfer Molding )

• Developed compression molding process for new and existing products as well as recommending improvements for existing products

• Provided daily production support in Sheet Molding Compounds (SMC)

• Eliminated waste and encouraged continuous improvement using methods such as Lean Manufacturing, kaizen, kaizen blitz, and 5S

• Implemented various manufacturing methods such as material flow and Kanban design Graduate Student 1998 – 2001

Production Engineer

• Created new and custom design drawings using Pro/Engineer

• Prepared STL files using Maestro and Built In Time programs

• Operated rapid prototyping machine (SLA-250)

• Assisted undergraduate students with design projects KEY SKILLS

Successfully accomplished

• 5S and Lean Manufacturing training,

• “Logistic” and “Total Quality Management” course at UNL,

• basic training on operating SolidWorks,

• 2-week training in operating and programming Kawasaki Robotic Knowledge of

• Geometric Dimensioning and Tolerancing (GD&T) according to ASME and ISO standards

• Documentation of engineering changes utilizing formal engineering change procedures

• New product development and existing product modification via formal product development processes

• Microsoft products Word, Excel, PowerPoint, Outlook, Project, and Adobe Acrobat

• Knowledge and experience using 3D modeling software such as Solid Works, and Pro E

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