Senior Product Consultant @ Manulife | Passionate about Creating Equitable and Reliable Digital Solutions for everyone ❤

Harsh Shah • Peerlist

Air Flow through a Spherical Bed 

• Developed a specialized machine learning prediction model in Python for the compressive strength   
• Exploratory Data Analysis is done to identify and allow for data reduction
• Authored a technical report satisfying publication criteria
• Produced 93% accuracy in predicting the strength successfully after Cross-Validation


Concrete Compressive Strength Prediction and Analysis

Successfully created an improved method for product design and assembly saving time and cost in the manufacturing process

Design for Manufacturing Analysis - Simple Adapter

Design Of Experiments - Paper Aeroplane 

Finite Elements Project - Beam 

Created a Marble Run with 3 other people in a 2x2 ft area using 0.125 in thickness Cardboard. 
To do the following I followed these steps:
1.) Create individual 3D and 2D parts in solidworks. This included creating tracks, walls for tracks, supporting structures as well as Joints for supporting structures.
2.) Created Lifting Mechanism (Youtube URL pasted)
3.) Assembly of all structures in solidworks.
4.) Conversion of 3D parts into 2D parts using solidworks and Adobe Illustrator.
4.) Laser Cutting parts using a HELIX 75 W Laser Cutting printer.
5.) Programming Servo motors and Stepper Motors, LED's, accelerometers and Line Sensors using Arduino shields as well as Customized UML shields along with breadboards for wire connections as required.
6.) Assembly and testing of prototype marble run
7.) Introduction of a small Acrylic, laser cut part to guide marbles into two different sets of tracks within the marble run
8.) More testing and final touch up to be presented with working sensors and motors.

Group Marble Run 

Created an Individual Marble Run in a 12"x12" area using 0.125 in thickness Cardboard. 
To do the following I followed these steps:
1.) Create individual 3D and 2D  parts in solidworks. This included creating tracks, walls for tracks, supporting structures as well as Joints for supporting structures.
2.) Assembly of all structures in solidworks.
3.) Conversion of 3D parts into 2D parts, placed in a 12x12 in customized Adobe Illustrator Sheet.
4.) Laser Cutting parts using a HELIX 75 W Laser Cutting printer.
5.) Assembly of  actual prototype and final marble run.
6.) Testing Assembly with a 0.175 in diameter steel marble. 

Individual Marble Run

Reliability Analysis of a Casio Calculator 

Renewable Energy - Thermodynamics Project 

Part of the UML Chapter of the SAE Formula team. Worked on the suspension and powertrain mechanism as part of a team.  