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CAD/CAM
Mechanical Engineering
Solidworks
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$10 USD / hora
Bandera de CANADA
surrey, canada
$10 USD / hora
Aquí son las 1:53 a. m.
Se unió el abril 7, 2019
0 Recomendaciones

Ryan C.

@RC3Dservices

 5,0 (3 comentarios)
4,2
4,2
0%
0%
$10 USD / hora
Bandera de CANADA
surrey, canada
$10 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
N/A
Tasa de recontratación

Mechanical Engineering Technologist

I hold an Advanced Mechanical Engineering Technology Diploma and have 5+ years experience in the field. I specialize in CAD/CAM, as well as 3D printing. I give 100% to every project I am involved with, and ensure that every client is fully satisfied with the results. I attended a three year Mechanical Engineering Technology program at George Brown College in Toronto, ON. During this time I was a student researcher with the Research and Innovation Dept. at George Brown College. I've worked on a variety of mechanical engineering design projects (ie. Cafe Belong - Seaweed bowl press, Inertia Engineering - Helicopter winch simulator). These are just a couple of the numerous projects I've been involved with.
Freelancer Mechanical Engineers Canada
Ver todo Mechanical Engineers en Canada

Contacta Ryan C. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

6489424
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
5796517
This is a simple and clean design. It is hexagon in shape and drafted outwards. Hand slots to make it easily portable. Dark blue and slightly translucent. LED strip along the bottom of the inside provides some light and creates a nice ambience.
Ice Bucket
5796513
Acrylic display unit to showcase tooth whitening product. Includes tray, LED light unit, and syringe full of gel to refill the tray. The design concept is beads of water dripping off of the leaf. Base of the display is designed to look like ripples in the water below.
Teeth Whitening Display Unit
5475175
3D printed prototype. Pedals made from ABS+ filament. Spring wrapped from steel wire. Press-fit bearing into heel of device.
Stomp Pedal Prototype
5475169
Render of a stomp pedal that rotates freely on a platform. The double torsion spring provides resistance. Application undisclosed.
Stomp Pedal
5475026
Functional Fowler flap designed for remote control airplane. This mechanism is used to increase lift of an aircraft at lower speeds.
Fowler Flap
6489424
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
Developed a backgammon board with a built-in rechargeable lighting system to play in a dark or dimly lit area. Power to the second side of the playing board made possible with custom designed power transfer hinge. A 3D print was made to test the design. Micro-USB power controller (TP4056), lithium ion battery (18650), and voltage booster (MT3608) are used to power 3 LED lights on both sides of the board. Wiring runs through the side walls of the board and up the collapsible lighting mechanism. The whole concept was designed to be compact and portable, and will later be manufactured using injection molding.
Backgammon Board with Lighting
5796517
This is a simple and clean design. It is hexagon in shape and drafted outwards. Hand slots to make it easily portable. Dark blue and slightly translucent. LED strip along the bottom of the inside provides some light and creates a nice ambience.
Ice Bucket
5796513
Acrylic display unit to showcase tooth whitening product. Includes tray, LED light unit, and syringe full of gel to refill the tray. The design concept is beads of water dripping off of the leaf. Base of the display is designed to look like ripples in the water below.
Teeth Whitening Display Unit
5475175
3D printed prototype. Pedals made from ABS+ filament. Spring wrapped from steel wire. Press-fit bearing into heel of device.
Stomp Pedal Prototype
5475169
Render of a stomp pedal that rotates freely on a platform. The double torsion spring provides resistance. Application undisclosed.
Stomp Pedal
5475026
Functional Fowler flap designed for remote control airplane. This mechanism is used to increase lift of an aircraft at lower speeds.
Fowler Flap

Comentarios

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5,0
$125,00 USD
Design Contest for Mountain Climbing Wall Grips
fantastic freelancer to work with. great designs, fast turnaround and excellent communication!
3D Modelling
3ds Max
Graphic Design
Logo Design
Mechanical Engineering
Avatar del usuario
Bandera de Grant R.
@segway
•
hace 4 años
5,0
$120,00 USD
Ongoing work for Design Prototype Competition
Ryan is *exceptional*. The depth of his knowledge, and the additional creativity he was able to bring to this project seemed to know no bounds. One of the most highly regarded freelancers I've ever worked with on here. A+++++++++
CAD/CAM
Mechanical Engineering
Drafting
Avatar del usuario
Bandera de Glenn A.
@electriccirle
•
hace 5 años
5,0
$116,00 USD
Design Prototype Competition
Ryan seemed to naturally go above and beyond, almost anticipating my intent. Additionally, he brought other capabilities to the project that are invaluable for both simulation and rapid prototyping. Outstanding freelancer. I hope to keep working with him. Thank you, Ryan!
CAD/CAM
Drafting
Mechanical Engineering
Avatar del usuario
Bandera de Glenn A.
@electriccirle
•
hace 5 años

Experiencia

Freelancer

N/A
jun 2016 - Presente
- Design various components and assemblies - Produce technical documentation and analysis to improve client communication - Test models using force, heat, and fluid flow simulations (FEA) - Utilization of CAD/CAM software to produce 3D models - 3D print using a variety of filaments and techniques

Lead Engineer

Global Mining Products
dic 2017 - ago 2019 (1 año, 8 meses)
- Design and model mining equipment and instrumentation using Solidworks - Create detailed engineering drawings for production - Complete inspection reports/non-compliance reports on various products - Create engineering masters and work orders for various products - Develop engineering standards and methods - Identify materials and supplies needed for manufacturing - Create part numbers and capture specifications using samples and/or data sheets - Maintain communication with suppliers/vendors - Liaise with sales/production/management - Use measuring and testing instrumentation (calipers, gauges, etc.) - Continually gain understanding of mining procedures/principles/terminology - Various other tasks as required

Mechanical Engineering Technologist

Inertia Engineering
sept 2014 - abr 2015 (7 meses, 1 día)
- Design CAD models to construct helicopter winch simulator prototype - Fabricate components using mills, lathes, CNC, water jet cutting, etc. - Coordinate with client and develop design specifications

Educación

Advanced Mechanical Engineering Technology

University of Toronto, Canada 2013 - 2017
(4 años)

Contacta Ryan C. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

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Principales habilidades

Mechanical Engineering 3
CAD/CAM 2
3D Modelling 1
3D Rendering
Solidworks

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