Engineer Design

Mohammad (Jamil) Abbasi

US Citizen

**** ***** ** ** ****: 425-***-****

Everett, WA 98208 E-mail: ac35wh@r.postjobfree.com

Electrical/Mechanical engineer with 20 years of extensive experience in Aerospace Industry, focusing on systems design integration, wire design, reliability and maintainability, operations safety, service bulletin and customer engineering coaching, mentoring, and consulting engineering and technical employees on career performance to meet project objectives in a timely, cost-effective fashion.

Core Competencies

System Engineering

Design Engineering

Service Bulletin Eng

Avionics and Cabin

Root Cause Analyses

Lean Plus Process

Project Management

Productivity Analysis

Cross Functional Teams

Subject Matter Experts

ITAR Focal

ISO 9001 and QMS

Project Planning

Business Strategies

Maintainability Analysis

Reliability Analysis

Wire Design & Install

Research & Development

Teams Coordinating

Black Belt in process

Innovation & Design

Professional Experience

Systems Design Engineer – 777X Mechanical Hydraulic Systems

The Boeing Company – Everett, WA May 2015–March 2017

Worked as a system engineer for new 777X Mechanical Hydraulic Systems develops integrates and documents to incorporate changes on Functional schematics. Using systems level automation tool for engineering functional integration customized data model to support modeling of the airplane system architecture.

•Developing the skills and abilities required by managers or non-management employees to support both tactical operations and long-term goals of the organization. Used MAPPER SR to incorporate changes on Functional schematics and SLATE for Functional Integration high quality, cost effective solutions in very short periods of time. Work with other members in R&D on system development.

•Managing supplier development, test and production activities and coordinate with the supplier to optimize the design and achieve program goals. Improved project planning by usage Rational DOORS process.

•Developing new design analysis processes and tools to improve effectiveness, quality and efficiency of the development effort. Creates document packages and specifications including 3-D models, 2-D drawings.

•Investigate emerging technologies to develop concepts for future product designs to meet projected requirements for Landing Gear, Brakes and Main Gear Systems.

•Excellent communication skills (written and verbal) as well as strong negotiation skills, judgment and collaborative working approach.

Systems Engineer – Service Bulletin Engineering

The Boeing Company – Everett, WA Aug 2011–May 2015

Responsible for ensuring that products, services, and processes comply with customer contract requirements, engineering requirements, company procedures, and applicable government regulations. Primary focus areas include:

•Integrates data from configuration management sources and creates retrofit/repair product design.

•Developed processes, tests and validates retrofit/repair installations to ensure compliance with customer requirements and regulatory standards. Also performing troubleshooting in-service technical issues,

•Familiar with all production model airplanes 777, 767, 747,787 and 737 for various ATA commodities on the following engineering disciplines: Cabin, Avionics, Flight Control, Propulsion and IFE Systems.

•Developed and maintained the group critical skill matrix, resource planning, and capacity forecast charts.

•Incorporation of revision of FAA Orders and Policies into all certification processes and ensures all FAA requirements are contained within BCA ODA Procedures Manuals and Airworthiness Directives/Bulletins.

•Knowledge of current and new production system technologies including robotics, material handling, drill/fill automation, systems installation and robotic applications development.

•Analyzes and revises preventive maintenance requirements for tools and investigated design engineering changes to maintain engineering configuration in service bulletins. Evaluate and implement SB’s.

•In-depth knowledge of Structural Repair Manuals (SRMs), Aircraft Maintenance Manuals (AMMs), Illustrated Parts Catalogs (IPCs), SB’s, AD’s and other associated aircraft reference materials.

Systems Engineer/Scientist – Reliability Maintainability & Testability (RM&T)

The Boeing Company – Everett, WA April 2007– Aug 2011

As a Reliability Maintainability & Testability (RM&T) engineer performing reliability analyses and assessments for various propulsion, structural, and other mechanical or electrical systems and hardware on the design of the new or derivative product development programs.

•Provide technical leadership for large-scale engineering projects between internal and multiple sites.

•Research airline service data and evaluate designs from a reliability and maintainability perspective and communicate potential design improvements to team members. Interface with other technical functions, suppliers, management, and customers. International Traffic in Arms Regulation Focal (ITAR)

•Supported joint development of the Performance Specification and statement of work documents.

•Developed key program management and control documents. Work Breakdown Structure, Integrated Master Plan, and Integrated Master Schedule. Reliability Analysis (MTBF, MTBUR, etc.

•Work with direct cross-functional teams to conduct reliability and safety analysis for Cabin, Avionics, Flight Control, Electrical, and Propulsion using Mil Handbook 217. Included ARINC 664, 429 and 629.

•RM&T tools such as: Fault Tree, FMEA, Reliability Enhancement Testing (RAT), HALT, HASS, QUAL Test and Production Reliability Acceptance Testing (PRAT) with the reliability methods and concepts.

•Produce technical analysis of reliability issues for which approval can be obtained to ensure compliance with all appropriate regulatory, customer, OEM, ATS, operations, and maintenance requirements.

•Directs the analysis of specific product configurations for completeness and integration status, through methods such as integrated functional, system, and user acceptance testing of primary and interfacing systems.

•Oversees technical integration analysis to engineering design teams through the use of virtual visualization and simulation tools.

Systems Engineer/Scientist

The Boeing Company – Everett, WA March 2005–April 2007

As a systems design engineer for electrical subsystems remote power distribution unit (RPDU) for 787 Airplane to develop production test procedure and test interfaces for Tier3 Build Verification requirements for each section partners and final assembly.

•Able to provide the customer and company-wide perspective to detailed technical decisions.

•Worked in a team environment with suppliers and customers to refine design specifications aircraft integration and testing to support the aircraft certification efforts.

•Coordinated with 787 airplane team members, suppliers, and subcontracts to ensure that provided data is adequate to meet their requirements and program schedules such as Navigation and Control (GNC) System.

•Coordinated and executed technical interchange and major technical review meetings with suppliers, subcontracts and management team. develop a statement of work (SOW)

•Works under minimal directions.

•Worked with supplier development, test and production activities and coordinated with the supplier to optimize the design and achieve program goals.

Lead Project Engineer

Caterpillar/Belcan Corporation Inc. – Peoria, IL July 2001–March 2005

Worked as a project lead engineer to define and implement hardware and software specifications for Track Type Tractor (TTT) and Motor Grader (MG) steering sub systems, participated in concept development detailed design and performance analysis.

•Providing technical guidance within and other teams and keeping abreast of advancing technology.

•Manage multiple projects and tasks while effectively influencing, negotiating, and communicating with internal and external business partners, contractors and vendors and worked with manufacturing process.

•Lead and coordinate design and innovation efforts to develop optimal solutions for equipment specification, material flow, process design, and intellectual property.

•Effectively communicate the vision, detailed roadmap, and specific technical solutions to make a compelling business case with senior executives. Knowledge of MRP System.

•Leads the analysis of engineering design, manufacturing and product support requirements and applies industry standard analysis methods and techniques to continuously improve and optimize solutions for complex engineering and manufacturing processes throughout the value stream.

•Leads and directs the implementation of program/data transition plans to improve existing processes and optimize the effective application of new tool technology.

Wire Design Engineer The Boeing Company – Everett, WA Nov 1996– March 1999

As a wire design engineer specializing in design and Integral wiring systems in various sections of 747, 767, and 777 for Boeing Commercial Airplane Group.

•Responsible for designing, drafting, and developing of wire harness/cable fabrication drawings from the system engineering data included Oxygen Systems, Waste / Water Systems, upper deck, sidewall, Interiors and Payload systems.

•Developed, maintained and modified structural and interior payload system and component designs, using 3-D Computer Aided Design tools and other design methods, to provide product definition to other engineering groups, production operations, suppliers and external customers throughout the product lifecycle.

•Work with point-to-point interface data from system engineering to develop wiring diagrams using the CADDs5X Unix based computer system.

•Supported the implementation design process DCAC/MRM by simplifying Airplane configuration for integral electrical systems. Created and maintained document packages and specifications.

Technical Emphasis

• Microsoft office: Excel, MS Exchange, MS Schedule, Access, Power Point, and Word.

• Environments: Windows

• Mainframe/Distributed CATIA-5v Basic Operation, Navigation

• AutoCAD, and CADDs5x System, based on UNIX platforms

Education

Master of Business Administration (MBA) Online Udemy.com in progress

Master of Science in Systems Security (MS) Online City University Seattle, WA

University of Engineering and Technology / Foundation International Services, Inc. (FIS) Bothell, WA

Bachelor of Science Electrical Engineering, (B.S.E.E) 1990 American Board of Engineering & Technology (ABET)

Certifications

CER Computer Applications, ITT Technical Institute, Inter Test Labs – Bellevue, WA

• Certified Software Tester – Basic & Internet Software Testing

•Certified Script Tester – Scripting Visual Basic 6.0

• Certified Hardware Tester – Win Hardware Configuration

• Certified HTML Tester – HTML Developers

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