Lok Baral

*** **** ****** ***** *******, NY ***** Tel: 716-***-**** E-mail: acq2hr@r.postjobfree.com

EDUCATION:

Student at University at Buffalo, the State University of New York

Bachelor of Science in Mechanical Engineering (BSME), September 2015,

RELEVENT COURSES WORK:

Thermodynamics, Fluid Mechanics, Heat Transfer, Machines and Mechanism, Manufacturing, Product Design: CAD. Vibration and Shocks, Design Process and Methods

GPA: 2.63/4.00

SKILLS:

Excellent abilities in using SOLIDWORKS, PTC Creo and AutoCAD to design, test and validate project

Strong programming skills on MATLAB, C++, Maple, Lab view to study and analyze data

Proficient with office software. (Microsoft word, Excel and PowerPoint)

Able to work independently and on multiple projects

MECHANICAL ENGINEERING PROJECTS:

Automated Computer Monitor Platform Design, fall 2014

Determined the essential functions of the product by identifying the needs of the end user via direct observation in medical and business settings.

Analyzed each alternative using PTC Creo parametric and Creo simulate to select best option on quality of performance, strength of product and the ease and cost of manufacturing.

Prepared 72 page proposal detailing cost and performance analysis as well as rationalize for selected prototype design.

Build CAD model of Automated Computer Monitor Platform, spring 2015

Using PTC Creo, a CAD model for the platform was created explaining the manufacturing processes for each part.

Critical parts were tested for factor of safety using SOLIDWORKS express simulation.

Bill of material for the entire product was produced using the McMaster-Carr and SOLIDWORKS material property and pricing.

Kawasaki Impact Wrench Design, fall 2014

Analyzed power tool by dissecting it and identified design revisions for the optimization of wrench by increasing the mass of hammer to increase its performance.

Constructed Creo solid model for the parts and tested using Creo Simulate and numerical calculation to validate the strength of torque produced by tool.

Optimization of Logrite ATV Arch, spring 2014

Analyzed structure and selected suitable materials based on strength, factor of safety and cost using PTC Creo simulate for the log rite ATV arch.

Constructed Creo solid model, performed finite element analysis and forwarded product proposal for the ATV arch manufacturing company.

RESEARCH WORK

Validation of stress concentration factors of filleted solid cylindrical rod and plates with the aid of SOLIDWORKS simulation

WORK EXPERIENCE: Culinary Cook, Seneca Niagara Casino, September 2012 – Present

Collaborate on a team of 35+ in a fast paced environment to prepare world class cuisine to over 3500 customers/day during major events

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