Engineering design portfolio

May 15, 2014Download as PPTX, PDF4 likes8,577 views

This is a portfolio of my engineering design work. It is meant as a visual complement to my LinkedIn profile, and provides a snapshot of some of my past projects.

Engineering Design
Portfolio
SAMUEL LEVAC-LEVEY
MECHANICAL ENGINEERING STUDENT
DALHOUSIE UNIVERSITY

Table of Contents
SkySquirrel Technologies Inc. – Co-op job (Current)
Dalhousie Formula SAE Racecar Team
Dalhousie Robotics Team
Wind Turbine – Class Design Project
Electronic Toy Car – Class Design Project
Basketball Hoop – Class Design Project
Hovercraft – Grade 11 Science Fair
Contact info:
s.levaclevey@gmail.com
cell: 514-432-1266
Linkedin: Samuel levac-levey

SkySquirrel Technologies (Co-op, Fall 2014)
 Designed protective casing
for Aqweo drone
 Functional
 Aesthetic
 Easy to manufacture
 Easy to assemble

SkySquirrel Technologies –Motor Mounts
Design Criteria:
 Attach motor and landing ski on the same mount
 Rugged
 Easy to manufacture
 Well ventilated
 Aesthetic

Dalhousie Formula SAE Team (2013-Present)
Member of Chassis Team
Primarily responsible for force calculations:
Forces on the wheels
 Using Excel Spreadsheets
Forces on Bell crank
Forces on engine mounts
Designed engine mounts
Assisted with cost report
Fabricated professional CAD drawings using SolidWorks
Assisted in assembly of vehicle

Dalhousie Robotics Team (2013-Present)
Competition: Design a robot that will navigate an obstacle course while following GPS waypoints
Focused on mechanical design and construction of robot
Helped design of smaller and more nimble robot than the previous years’ robot
Designed multi-directional wheel mount on SolidWorks
Helped optimize robot size using SolidWorks
Obtained valuable hands-on building experience

Wind Turbine Design Project (Winter 2014)
Project goal: To design and build a wind turbine for the purpose of pumping water
Led team of 3 to design and build an innovative shrouded turbine
Performed 100+ SolidWorks Flow Simulations to optimize shroud design
Designed innovated ball bearing system with flanges for easy removal
Designed structural aerodynamic system for increased efficiency
Result: Shroud drastically increased power output and virtually eliminated noise and vibration

Wind Turbine – Flow Simulations
For proof of concept: For shroud optimization:

Wind Turbine – Ball bearings
Used SolidWorks to design ball bearings
1st iteration: needed to be permanently
superglued
2nd iteration: flanged for easy maintenance

Wind Turbine – Support structure
Support structure aerodynamics shielded the 3D printed gears while decreasing turbulence
through center of turbine

Electronic Toy Car Design Project (Fall 2013)
Project Goal: Build a toy car with working headlights and taillights, integrate 3D-printed body
with given chassis
Led team of 4 to design creative “flying car” car body
Designed and tested circuitry for headlights, tail-lights, and flashing “wing lights”

Basketball Hoop Design Project (Fall 2012)
Project Goal: Design an outdoor basketball hoop which can resist high wind speeds, while
being packaged in a box with restricted dimensions and a weight limit
Led team of 2 to design a robust basketball hoop using Solid Edge ST4
Used McMaster Carr parts supplier to obtain CAD models for fasteners

Hovercraft for Grade 11 Science Fair
(Winter 2009)
Designed and built a working hovercraft
Carrying capacity of 1 adult (160+ lbs)
Included propulsion and braking systems
Used at my High School by students for several years after my graduation

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Engineering design portfolio

1. Engineering Design Portfolio SAMUEL LEVAC-LEVEY MECHANICAL ENGINEERING STUDENT DALHOUSIE UNIVERSITY

2. Table of Contents SkySquirrel Technologies Inc. – Co-op job (Current) Dalhousie Formula SAE Racecar Team Dalhousie Robotics Team Wind Turbine – Class Design Project Electronic Toy Car – Class Design Project Basketball Hoop – Class Design Project Hovercraft – Grade 11 Science Fair Contact info: s.levaclevey@gmail.com cell: 514-432-1266 Linkedin: Samuel levac-levey

3. SkySquirrel Technologies (Co-op, Fall 2014)  Designed protective casing for Aqweo drone  Functional  Aesthetic  Easy to manufacture  Easy to assemble

4. SkySquirrel Technologies –Motor Mounts Design Criteria:  Attach motor and landing ski on the same mount  Rugged  Easy to manufacture  Well ventilated  Aesthetic

5. Dalhousie Formula SAE Team (2013-Present) Member of Chassis Team Primarily responsible for force calculations: Forces on the wheels  Using Excel Spreadsheets Forces on Bell crank Forces on engine mounts Designed engine mounts Assisted with cost report Fabricated professional CAD drawings using SolidWorks Assisted in assembly of vehicle

6. Dalhousie Robotics Team (2013-Present) Competition: Design a robot that will navigate an obstacle course while following GPS waypoints Focused on mechanical design and construction of robot Helped design of smaller and more nimble robot than the previous years’ robot Designed multi-directional wheel mount on SolidWorks Helped optimize robot size using SolidWorks Obtained valuable hands-on building experience

7. Wind Turbine Design Project (Winter 2014) Project goal: To design and build a wind turbine for the purpose of pumping water Led team of 3 to design and build an innovative shrouded turbine Performed 100+ SolidWorks Flow Simulations to optimize shroud design Designed innovated ball bearing system with flanges for easy removal Designed structural aerodynamic system for increased efficiency Result: Shroud drastically increased power output and virtually eliminated noise and vibration

8. Wind Turbine – Flow Simulations For proof of concept: For shroud optimization:

9. Wind Turbine – Ball bearings Used SolidWorks to design ball bearings 1st iteration: needed to be permanently superglued 2nd iteration: flanged for easy maintenance

10. Wind Turbine – Support structure Support structure aerodynamics shielded the 3D printed gears while decreasing turbulence through center of turbine

11. Electronic Toy Car Design Project (Fall 2013) Project Goal: Build a toy car with working headlights and taillights, integrate 3D-printed body with given chassis Led team of 4 to design creative “flying car” car body Designed and tested circuitry for headlights, tail-lights, and flashing “wing lights”

12. Electronic Toy Car - Circuitry

13. Basketball Hoop Design Project (Fall 2012) Project Goal: Design an outdoor basketball hoop which can resist high wind speeds, while being packaged in a box with restricted dimensions and a weight limit Led team of 2 to design a robust basketball hoop using Solid Edge ST4 Used McMaster Carr parts supplier to obtain CAD models for fasteners

14. Hovercraft for Grade 11 Science Fair (Winter 2009) Designed and built a working hovercraft Carrying capacity of 1 adult (160+ lbs) Included propulsion and braking systems Used at my High School by students for several years after my graduation

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