Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
ABDUL SHUKOOR 1313 W Main St, Peoria, IL 61606 309.868.4926 [email protected] SUMMARY Accomplished leader and solutions oriented Mechanical Design Engineer with 5 years of engineering career experience in Design and Manufacturing environment providing cost effective solutions and resolutions. Highly adept in technical writing and drawing with extensive project management capabilities. In-depth knowledge of manufacturing processes like machining, casting, non-metallics. Good knowledge of FEA and CFD with independent projects. Possesses exemplary communication and analytical skills. CORE QUALIFICATIONS Project Management Technical Drawing Creo Elements/Pro (Pro/ENGINEER Wildfire), Siemens PLM Software NX (Unigraphics NX), SolidWorks, CATIA and AutoCAD Presentation Skills PPAP and APQP Sheet metal design Problem Analysis / Resolution Welding / CNC / Lathes Manufacturing Processes Root Cause Analysis DVP&R / DFMEA Engineering Cost Analysis Production Planning Geometric Dimensioning & Tolerancing (GD&T) Engine Assembly Finite Element Analysis (FEA) Team Leadership Research & Analysis Quick Learning Abilities Automotive Designing Six Sigma Bill of Materials (BOM) Electrical Control Systems Designing fabrications and castings EDUCATION & AFFILIATIONS Master of Science in Mechanical Engineering Bradley University, Peoria, IL, USA Bachelor of Engineering in Mechanical Engineering Osmania University, Hyderabad, India College of Engineering, Student Member American Society of Heating, Refrigerating and Air-Conditioning Engineers May 2016 June 2014 Sep 2012 - Sep 2013 April 2016 - Present CAREER EXPERIENCE BRADLEY UNIVERSITY, PEORIA, IL 01/16-05/16 Teaching Assistant Teaching Assistant for the courses Advanced Design of Machine Elements and Introduction to Heat Transfer. Worked as a substitute for Advanced Design of Machine Elements in the absence of the professor. Assisted the professor in efficiently delivering the lectures and evaluated the assignments of the students based on their performance during the coursework and graded them accordingly. BRADLEY UNIVERSITY, PEORIA, IL 06/15-07/15 Teaching Assistant Teaching Assistant for the course Introduction to Heat Transfer. Assisted the professor in efficiently delivering the lectures and evaluated the assignments of the students based on their performance during the coursework and graded them accordingly. BHARAT HEAVY ELECTRICALS LIMITED (BHEL), HYDERABAD, INDIA 05/13-05/14 Design and Manufacturing Intern Support the design of Gas Turbines and performed analysis on its various components. Coordinate the activities for manufacture of heavy power plant equipment. Efficiently execute, prioritize, and release work orders to the shop floor with real-time status of progress and completion. Lead the assemblers on the production floor for various activities. Supported the setup and use of CNC machine Programming for the production of gas turbine parts. Prepare bills of materials (BOMs) and engineering change notices (ECNs), resolve technical design challenges, and help plan projects and design approaches. Drive the process of tracking daily non-conformances during manufacturing and take corrective actions. Review and approve PPAP documentation for new product launches. Work with planning and design teams to drive product development and review tooling specifications. Interpreted design and schematics to support tooling and designing processes. COMPUTER & TECHNICAL SKILLS CAD tools: Creo/Pro-E, CATIA, SolidWorks, AutoCAD, NX CAE tools: ANSYS, ABAQUS, FLUENT, HYPERMESH Programming tools: MATLAB/SIMULINK, SQL, C & C++ Microsoft Applications: Word, Excel, Access, PowerPoint, Visio 2010, MS Project 2013. ACADEMIC PROJECTS & ACHIEVEMENTS Design and Analysis of a Hydraulic Pump Jack Designed a pump jack using Creo and optimized it to obtain greater efficiency. Utilised kinematic approach to analyse the pump jack. Harmonic Analysis of Multi-storey Building Designed a 15 storey building and performed vibrational analysis under various wind loads using ANSYS. Design of a solar water desalination system Designed a desalination system and optimized it for least possible area for the parabolic collector to achieve the maximum efficiency. Computed the results using both analytical and numerical approaches and came up with an efficient design. Design and Vibrational Analysis of Car Suspension System Designed a model of a suspension system of a car using Pro/E within appropriate standards. Developed a Simulink model and performed vibrational analysis to come up with an optimized design. Dynamic Modelling and Control of Magnetic Suspension System Developed and designed a controller for a magnetic suspension system using transform techniques, state-space methods and optimal control. Performed simulations and calculations using MATLAB/Simulink. Property Analysis of Materials under Cryogenic Temperatures Conducted property analysis on steel components before and after subjecting them to cryogenic temperature below -238 F or -150 C. Designed a single point cutting tool of HSS material with a 200% increase in tool life for implementation in manufacture of automotive components. Modal Analysis of Chassis for an All-Terrain Vehicle (SAE BAJA) Project, Senior Team Member Constructed chassis geometry from an engineering drawing using CATIA V5 software as per SAE design requirements. Used ANSYS Workbench for performing Normal Mode Analysis. Acquired understanding in using CAE tools to identify and resolve NVH issues. Prepared vehicle DVP and DFMEA reports. Finite Element Analysis and Design of a Plate with hole Modelled one quarter of the symmetric plate with centrally located hole subjected to uniaxial tension using ABAQUS. Analyzed the cases of unstructured, structured and non-uniform meshes. Compared the analysis results to the one obtained by hand calculated elasticity solution.