Engineering Data

Naseeb Ubaid

*** ******* **, ******, ** 508-***-**** *************@*****.***

OBJECTIVE

To obtain a position in a product development team that will both challenge my abilities and skills that I have acquired, as well as promote growth and enrichment to further my work experience.

EDUCATION

University of Massachusetts (UML), Lowell, MA

Masters in Engineering Management, May 2018

Cumulative GPA: 3.6/4.0

Relevant Courses:

University of Massachusetts (UMassD), Dartmouth, MA (Fall 2015-Spring2016) Completed courses:

University of Greenwich, Kent, UK

Bachelors in Mechanical Engineering, May 2014

SKILLS

Manual Drafting Skills (Engineering Drawing) SIMCA Basic MATLAB

Auto-CAD Moldflow ANSYS

Solid Works

Six sigma (Black Belt)

Minitab

Kaizen

Microsoft Office

5s

RELATED EXPERIENCE

Stent Case Study (Fall 2017, University of Massachusetts, Lowell)

Designed an experiment using Minitab for the analysis of a stent.

Identified significant factors for each response using Pareto chart.

Optimized multiple outcomes, predicted the expected value and evaluated factor levels based on interaction. Plastic Product Design (Fall 2016, University of Massachusetts, Lowell)

Analyzed the design and making of a plastic product (bottle capper) with focus on material selection and mold design including type of gate and gate location.

Solid Works was used to create 3D drawings of the parts.

Calculated failure stresses at different points on the product.

Utilized Mold Flow software to run analysis on the plastic product and generate various graphs.

Estimated manufacturing cost for each part.

Metabolomics data (Fall 2016, University of Massachusetts, Lowell)

Metabolomics is the scientific study of chemical processes involving metabolites.

SIMCA software was used for data analysis.

The provided data set was analyzed using PLS and OPLS.

The results were then used to make inferences.

Robotic Arm Controller Project (Spring 2016, University of Massachusetts, Dartmouth)

The Rhino X-R3 Robotic arm was programmed to carry out a function using RoboDK.

A second robotic arm was added to perform another function in sequence to the first arm’s function.

The Mark III Controller was used to connect the host computer and the robotic arms.

The controllers of each robotic arms were connected using an input-output connection to send signals to each other. Generation of Performance Characteristics of Ricardo Engine (Spring 2014, University of Greenwich)

Developed 10 performance curves in SI units using the LAB VIEW data acquisition system.

Manipulated data to generate and present curves of desired performance characteristics.

Conducted 10 hours of research to acquire knowledge of the working principles of a Ricardo Engine.

Completed project individually with matching performance to theoretical calculations in a detailed report. SERVICE

Volunteer Tutor - STEM program engagement, Keith Middle School, New Bedford, MA (Sept. 2015 – May 2016).

Provided tutoring and mentoring to 7th and 8th grade students to develop skills in science and math to pursue STEM interests.

Plastic Products Design

Engineering Project Management

Operations fundamentals

Design of Experiments

Quality Engineering

Lean Plastics Manufacturing

Finite Element Analysis

Robotics

Fuel Cells

Quality Management

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