Mechanical Engineer

Qizer Ahmed Siddiqui *** Broad street, Bridgeport, Connecticut, 06604 ********@*****.*** 682-***-****

Summary

Accomplished, result oriented, reliable Mechanical Engineer with specialization in Design and Manufacturing with hands on experience in design and process improvement for around 2 years. Effective leadership, multi-tasking, operations management and an ever-ready behavior towards learning new things.

Skills

Technical skills: Solidworks, AutoCAD, Hypermesh(FMEA), Revit (MEP), SPC, ANSYS, 3D Printing, SAS, PTC Creo, MATLAB, Mathematica, GD&T, Lean, TQM, Six Sigma, MS Office Suite

Education

Master of Science in Mechanical Engineering Dec 2016

University of Texas at Arlington, Texas

Bachelor of Science in Mechanical Engineering May 2014

Jawaharlal Nehru Technological University, Hyderabad, India

Professional Experience

Assistant Design Engineer at Hindustan Machine Tools, Hyderabad Dec 2012 – June 2014

Collaborated with production department and reviewed the existing designs for any modification.

Ensured proper planning and execution of special purpose machines through coordination between customer services, production, assembly and purchase departments.

Facilitate design and material changes.

Created and maintained existing process documentation.

Created 2D and 3D models of various components using AutoCAD and SolidWorks in accordance with Geometric Dimensioning and Tolerancing (GD&T).

Worked on designing a hydraulic circuit of a thread rolling machine.

Generated Bills of Materials and assisted in designing and molding parts.

Graduate intern at Hyundai Motors, Hyderabad Aug 2012 – Sept 2012

Studied the cooling mechanism in the Hyundai Cars.

Got hands-on with brakes and cooling system.

Prepared the shop-floor control sheet.

Assisted the technicians in assembling by procuring the tools.

Engineering workshop assistant, AHCET, Hyderabad Oct 2012

Operated the injection molding machine

Minimized the wastage by proper utilization.

Projects

Designed and Fabricated an all-terrain robot March 2011

Lead a team of 4 and used SolidWorks and Ansys to model a highly efficient 4 channel robot having comparatively higher suspension which made rolling easier on rough surfaces. Moving up inclined surfaces had almost equal speed as the flat surface. It also witnessed low discharge rate of battery which was 7 hours on a continuous use.

Designed and Modelled a Pipe Wrench Assembly Oct 2016

Designed a Pipe Wrench from its blueprints using SolidWorks. Modelled an assembly with the help of its individual parts followed by its analysis on Ansys. Printed the assembly using a 3D printer.

Optimization of LED performance April 2016

Focused on using nanoparticles for enhancing the efficiency to minimize various losses. Epitaxial layers of Gallium Nitride nanopillars were grown on it. Upon applying current, better output power was noticed. Threading dislocations were reduced, resulting in a 70% improved efficiency.

Accessed the process flow for a subway food chain May 2016

Monitored KANBAN, JIT, and supply chain. Identified the possible bottlenecks in the production to promote process smoothing. Came up with methods to reduce the bottleneck rate thereby saving 8 seconds.

Additive Manufacturing of a BMW M5 rim Aug 2016

Designed and modelled a BMW M5 rim from its blueprints with the help of SolidWorks. Did the analysis on Ansys and printed the part using a 3D printer.

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