Engineering Engineer

ASIFULLA

469-***-**** • ac3tge@r.postjobfree.com • www.linkedin.com/in/asifullaUTD

EDUCATION

The University of Texas at Dallas, Richardson, TX December 2016 M.S. Systems Engineering and Management GPA 3.40

Malnad College of Engineering, Hassan, India July 2014 B.E. Mechanical Engineering GPA 3.60

TECHNICAL SKILLS

Tools – AutoCAD, Pro E, SolidWorks, NX4, ANSYS, MATLAB, LAB View, Adobe InDesign, MS Excel and MS Office Training – Lean & Six Sigma Methodology, Requirements Gathering, Root Cause Analysis, FMEA & FMECA, Documentation Programming Languages – C, C++

Relevant coursework – Systems Engineering- Architecture and Design, Manufacturing Engineering 1&2, Operations Management & Project Management, Control Systems, Robot Control WORK EXPERIENCE

Associate Quality Engineer April 2017 - Present

Verveba Telecom, Richardson, TX

Proxy-Intermodulation Project (April- August)

• Worked on PIM project for country wide Firstnet deployment

• Assisted in identifying different market thresholds and KPI’s based on the customer specifications

• Played a key role in standardizing scoring criteria for PFMEA of site data

• Performed quality check for technical documents, reports and final client submission.

• Beginner level team handling experience while supervising the PIM team of 8 members Sirius-XM & WCS Project (August – Present)

• Maintaining a direct communication with the clients and making sure their needs & wants are addressed

• Coordinating between field technicians and RF engineers and troubleshooting issues of data acquisition.

• Performing Sanity checks on all the acquired data and channeling them according to the respective markets.

• Verifying the site parameters set by the VNOC team and matching them with the latest market requirements

• Creating reports using Actix software and doing the Final QA before submission

• Performing under strict deadlines and delivering under extreme pressure situations Research Assistant October 2015 - July 2016

The University of Texas at Dallas, Richardson, TX

• Assisted in designing Traversing System for Wind Tunnel application through Requirements Development & Integration

• Prioritized the requirements using tools like QFD & AHP

• Complied Requirements Verification Traceability Matrix (RVTM) and analyzed change impact for every iteration

• Created a standard document for recording progress and changes made in each phase

• Researched on different techniques for improving aerodynamic stability to support the design team.

• Designed basic robot arm and end effector component using Solid Works

• Formulated a Design Validation & Verification Plan and Report (DVP & R) for future references Lean Manufacturing Intern August 2013 - May 2014

Weir Minerals, India

• Trained for Lean tools application and Continuous improvement techniques

• Studied the current assembly process and referred to historic data of modifications.

• Identified Value & Non-Value added activities and Bottle Necks in the process using Value Stream Mapping (VSM)

• Created Error - Causes charts using the 80/20 rule (Pareto Analysis)

• Analyzed the Root Cause of delays & defects in the process and mapped them using Fish Bone diagrams

• Proposed modifications to reduce the overall cost and throughput time of the process Automotive Design Intern January 2013 - February 2013 Metawing Technologies, India

• Acquired hands on experience of Automotive Design & Styling using Reverse Engineering

• Familiarized with Contact/Non-Contact laser scanning techniques to capture high-density geometry, compound surface curvature & draft and the interpolation of acquired point cloud data for generating high accuracy 3D Models

• Used Auto Cad for designing components and trained in GD&T for automotive parts

• Performed dimensional inspection & validation using FEA simulation in ANSYS ACADEMIC PROJECTS

• Gathered Design Requirements for a system through customer solicitation and using AHP, QFD, DVP&R, FEMA, RVTM. Created A-spec document and TAR for the system

• Created a regression & newsvendor model to calculate optimal time with least cost for a manufacturer to place an order with a supplier

• Optimized wind farm layout in a location to minimize overall cost & maximize efficiency using ‘GA solver’ - MATLAB

• Analyzed a ‘Compass Gait Bipedal Walker Simulation’ as a discrete-time system defined step to step in MATLAB LEADERSHIP & ORGANIZATIONS

Systems Engineering and Management Department, UT Dallas – Research Assistant and Grader January 2016 - May 2016 Lions Club International, UT Dallas – Member January 2015 - December 2016 ASCEND Chapter, UT Dallas – Member February 2015 - December 2016 The Literary Club, Malnad College of Engineering – PRO, Event Secretary and Director August 2010 - May 2014

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