Mechanical Engineer

SYED ALI SHAHARYAR KAZMI

*** **** ********* ***, *** 2W, STATE COLLEGE, PA, 16801 • 929-***-**** • **********@*******.*** EDUCATION

The Pennsylvania State University, University Park, PA Master of Engineering in Engineering Leadership and Innovation Management (ELIM) December 2020 (GPA: 3.76) Graduate Certificate (GCT) in Additive Manufacturing and Design December 2020 (GPA: 3.80) Bachelor of Science in Mechanical Engineering December 2019 (GPA: 3.41) WORK EXPERIENCE

FyreRok Reservoir Consulting LLC, Bellefonte, PA May 2019 – August 2019 Jr. Technician – Flowback & Water Transfer

• Participated in flowback rig-up and rig-down set-ups as well as assembly and disassembly of flowback pipelines.

• Monitored, controlled, and reported back water tank levels for continuous 24/7 drill-out operations.

• Assisted in the maintenance of flowback equipment such as clearing the sand catcher, replacing washed out joints/valves, and greasing the valves.

DESIGN EXPERIENCE

IE 527 – Additive Manufacturing Processes August 2020 – December 2020

• Design Optimization – Optimized the original design of a seat bracket assembly to reduce its mass by 50% while preserving mounted regions.

• Working with other 3D Inputs – Analyzed human body CT scan data to extract the femur bone using 3D Slicer and cleaned up the unwanted regions using Autodesk Meshmixer. Used Structure by Occipital to scan and extract point cloud data for 3D printing.

EDSGN 562 – Design for Additive Manufacturing (DFAM) January 2020 – May 2020

• Restrictive DFAM Screening Specimen – Designed and printed a specimen to test the restrictions of minimum feature size and self-supporting angles in the XY plane using material extrusion.

• Opportunistic Design – Redesigned an electronic support device to add new functionality, save material, and reduce cost.

• Rocket Hardware Optimization (Design Challenge) – Designed an attachment bracket for ULA’s Atlas V Centaur launch vehicle. Performed a stress-strain (FEA) analysis to withstand a 600 lb. force, conducted topology optimization to conserve 90% mass, and performed a manufacturability analysis to determine print time and cost. CAPSTONE PROJECTS

ENGR 805 – ELIM Graduate Capstone Project (Analysis on General Motors Corporation) January 2020 – May 2020

• Conducted a PESTLE Analysis, Industry Analysis, and Marketing Mix (4 P’s) on General Motors.

• Created a Strategic Group Map to analyze GM’s position compared to its competitors.

• Analyzed GM’s Performance Ratios (Profitability, Market, Liquidity, Debt and Efficiency Ratios).

• Conducted SWOT Analysis and created a TOWS Matrix to generate strategic options.

• Made strategic recommendations to improve quality and reliability of vehicles, form strategic alliances, and increase business diversification beyond automotive sales and financial services. ME 440 – Mechanical Systems Design (Undergraduate Capstone Project) August 2019 – December 2019

• Learned the pros and cons of different hybrid powertrain configurations such as series, parallel, and power-split.

• Ensured compatibility between the powertrain components (ICE, Electric Motor, Motor Controller, and Battery)

• Used AHP and Pugh-Scoring decision matrices for powertrain and component selection.

• Designed a full-scale YASA P400 electric motor model to incorporate in the universal powertrain CAD assembly. SOFTWARE SKILLS

• SOLIDWORKS

• SIMULIA Abaqus

• Autodesk Fusion 360

• Autodesk Meshmixer

• 3D Slicer

• Matlab

• Arduino

• Occipital

• Microsoft Office Suite

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