A. Rahman Shareef *** Sheets Dr. ?

Carmel, IN ***32

317-***-**** ? abl0g9@r.postjobfree.com

SUMMARY OF QUALIFICATIONS

Ambitious engineering professional with a track record for managing various

projects simultaneously and delivering top results under tight deadlines.

Qualified with over 8 years of vast experience including: project

management, analysis of test data, data modeling, problem solving,

troubleshooting software models, programming, documentation of technical

and test reports, presentation of results to leadership, and working with

integrated teams on highly technical and challenging projects.

PROFESSIONAL EXPERIENCE:

Rolls-Royce Corporation, Indianapolis, Indiana

2003 - Present

International manufacturing firm focused on aerospace engine manufacturing

and aftermarket services.

Sr. Mechanical Engineer - Cold Section Heat Transfer Analysis

Jan 05 - Present

Involved in research, planning, design and development of mechanical

products and systems such as instruments, controls, robots, engines,

machines and heat transfer systems for production, transmission,

measurement and use of energy. Applied relevant literature and

research to the planning, design, development, and testing of

mechanical systems, and engine hardware. Responsible for development,

implementation, and documentation of analysis techniques for various

heat transfer and secondary flow systems. Led and consulted on

design, heat transfer analysis efforts for projects through Product

Innovation Lifecycle Management (PILM) gate reviews and phases. Key

accomplishments include:

. Serve as key technical resource for improvement of heat transfer

methodology for matching thermal paint test data for F136 combustor

liners.

. Helped engine team develop a standard approach for combustor liner

heat transfer using statistical analysis methods.

. Involved in root cause analysis of F136 diffuser hardware to support

critical engine test.

. Served as local subject matter expert on coupling of finite element

analyses and computational fluid dynamics models.

. Developed Visual Basic macro to support analysis output cost reduction

efforts resulting in 40% savings on F136 whole engine model.

. Led group of engineers in creating a whole engine model to support

program management requirements .

. Established and reported cooling flow margins to program management

for redesign of 1st stage High Pressure turbine blades for AE1107

fleet engines.

. Conducted analysis of RR500 front frame secondary flow model to

support engine tests required by Federal Aviation Administration

(FAA). Analytical efforts led to meeting FAA requirements and savings

of 1 million dollars.

. Authored engineering test guidelines and specifications for engine

components, and oversaw cold flow test of hardware to support

benchmarking of analytical models

. Researched engineering journal articles to assist in development of

global Rolls-Royce best practices for engine bearing compartments.

. Trained and mentored newly joined engineers, co-ops, and interns in

local operating procedures and use of in-house finite element codes.

Associate Mechanical Engineer - Thermal and Fluid Systems

May 03 - Jan 05

Analytical role responsible for detailed thermal, thermal-mechanical,

secondary flow, and clearance analysis on Rolls-Royce's fleet of

engine components and subsystems. Tasked with roles of increasing

importance to company which required larger degree of independent

decision making. Key accomplishments include:

. Recognized and awarded by Trent 1000 project group for heat transfer

analysis and contributions to project which was of great importance to

local Rolls-Royce site.

. Selected to participate in audit of analysis methods by global head of

Rolls-Royce heat transfer analysis, which resulted in no negative

findings.

. Authored and published Rolls-Royce technical design data reports to

provide guidance to design and project engineers.

. Presented results of T800 LP Turbine secondary flow engine test data

match to US ARMY auditors resulting in no major findings.

. Successfully matched 3007A1E fan thermal analysis to thermal dot data,

and predicted labyrinth seal clearance values and amount of hot air

ingress into fan cavity.

. Performed heat transfer analysis of 601K engine which correctly

predicted source of engine vibration that was resulting in delivered

engine rejections by customer.

BP Amoco Polymers, Atlanta, GA

2000 - 2001

Subsidiary of global petro-chemicals corporation focused on high

performance engineered polymers.

Co-op Engineer, Torlon Kadel Parts (TKP)

Responsible for increasing efficiency and streamlining existing

product-line processes by contacting, negotiating with, and purchasing

products from various vendors. Worked with management, engineering

staff, and operations personnel to gather information and develop

business solution. Responsible for generating AUTOCAD drawings as

requested by BP personnel. Key accomplishments include:

. Analyzed and designed future automation projects for Bristol Cell and

ball bearing cell, in line with BP's policy of reducing material

handling.

. Designed inspection fixtures using AutoCAD for newly acquired seal

ring parts. Drawings were utilized by quality control specialists.

. Participated in maintenance, operations and training of injection

molding presses and specified new Computer Aided Machining (CAM)

system for streamlined operation of machine shop.

. Developed AutoCAD drawing of TKP plant, including office space and

equipment. Drawing was utilized by management to present plant to

possible buyers in upcoming sale.

. Developed a capacity planning tool for present and future part

production. This tool was used by BP planning personnel to increase

efficiency of injection molding operations.

BP Chemicals, Lima, OH

Aug. 1999 - Dec. 1999

Subsidiary of global petro-chemicals corporation focused on petrochemicals

operations.

Co-op Engineer, Lima Integrated Complex

Responsible for design and implementation of capital projects centering

on extrusion operations. Exposed to chemical plant operations,

maintenance of rotating machinery, and piping systems and standards.

Performed project management and repair duties to ensure uninterrupted

plant operations. Key accomplishments include:

. Responsible for the analysis, design and implementation of filtration

system with associated piping to prevent blockage of downstream heat

exchanger.

. Designed blower system with included piping specifications, foundation

details and associated equipment to transport BAREX strands to new

railway loading system.

. Interfaced with various BP vendors for selection of blower and

filtration systems and presented business case to business unit

manager.

EDUCATION:

Purdue University

Indianapolis, IN

Master of Science, Mechanical Engineering

2010

Concentration in Thermal Sciences

Georgia Institute of Technology (Georgia Tech)

Atlanta, GA

Bachelor of Science, Mechanical Engineering

2003

COMMUNITY/SKILLS:

Board Member, Seeds of Learning (a non-profit educational organization)

Coordinated fund-raising activities in order to meet organizational goals.

Helping One Student to Succeed (HOSTS)

Tutored 2nd grade students to enhance reading, comprehension and vocabulary

skills at Maplewood Elementary School, an Indianapolis Public School.

Computer Based: Microsoft Windows/Office Suite, Lotus Smart Suite, HTML,

UNIX, AutoCAD, Pro/ENGINEER, Unigraphics, MATLAB, iSight - Optimization/DOE

Software, Minitab, Teamcenter, ProEngineer, ANSYS, proprietary Rolls-Royce

thermal Finite Element Analysis, 1-D secondary flow codes and familiar with

VBA.

Languages: Fluent in Urdu and Hindi. Intermediate in Arabic.

Contact this candidate