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Sina A.

CAD $10/hr
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Math and Mechanical Engineering courses tutor

Tutor Information

About

I hold an MEng degree in Mechanical and a BSc in Aerospace engineering. I have tutored many math and engineering students both before and during the university and they achieved the best marks and results. My fields of expertise are fundamental courses of engineering such as math, physics and chemistry as well as the professional courses in areas of fluid and solid mechanics, materials, biomechanics, CAD, FE analysis and CFD. I am a member of OSPE (Ontario Society of Professional Engineers) and registered as EIT (Engineer-in-Training) with PEO. Courses I teach (including but not limited to): CFD 111 - Computational Fluid Dynamics CA 1 - Calculus AG 1 - Algebra PH 1 - physics PH 2 - physics STC 1 - statics SM 1 - Solid Mechanics HT HT - Heat Transfer

Location

Toronto, Ontario, Canada

Language

English, Persian, Turkish, Italian

Timezone

America/New_York

Levels

High School
College/University
Professional

Education

Seneca College

2021 - 2021
Graduate Certificate, International Business Management

Western University

2019 - 2020
MEng, Mechanical Engineering

Sharif University

2012 - 2016
BSc, Aerospace engineering

Work Experience

All3DP

August 2022 - present
Contributing Writer
All3DP is the world's number one digital source for 3D printing, 3D modelling and CNC machining news and articles. As a member of All3DP's Content Academy (CA), I write and publish articles within this context. Featured articles: "3D Printing Speed: How Fast Do 3D Printers Go in 2022?" "6-Axis CNC: What Is It Exactly?"

Pishtazan Ide Consulting Engineers Co.

June 2016 - August 2017
Mechanical Design Engineer
• Designed and simulated thermal insulators with different materials for residential copper and PVC utility pipes by using SolidWorks to cut down on wasted thermal energy (heat loss) by 70 to 80% and mitigate risk of pipe breakage due to freezing temperatures • Determined output parameters, i.e. insulator material and thickness, based on input parameters, i.e. pipe material, diameter, flow and ambient temperature, in MS Excel • Created preliminary finite element model of utility pipes with SolidWorks simulation to monitor the stress and strain distribution and to identify areas of high failure risk, including pipe-valve interaction