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$22 USD / hour
Flag of CANADA
bognor, canada
$22 USD / hour
It's currently 2:30 PM here
Joined November 10, 2011
0 Recommendations

Michael S.

@MichaelStranks

 0.0 (0 reviews)
1.9
1.9
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$22 USD / hour
Flag of CANADA
bognor, canada
$22 USD / hour
100%
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Product Designer, Draftsman, Consultant.

I have my own business, focusing on CAD, consulting, design, and business solutions. I have over 7 years of experience with computer aided design in SolidWorks. I am one of less than 40 Certified SolidWorks Expert in Canada. I have extensive experience with product design and manufacturing techniques. I also work with business tools and ideas to help small companies achieve more and excel in efficiency in a world that is fast-paced and competitive.
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Portfolio

91283
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
99389
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
90298
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
91283
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
Skills used: - Industrial design - Heavy equipment design - Hydraulics - Weldments - Basic sheet metal - Large assemblies - File management Project that I did for a small local company: Reverse engineering a prototype sawmill, making fabrication drawings, and putting together a comprehensive user manual. A textbook example of industrial equipment design and large assemblies in SolidWorks: While the sheet metal aspects of the project were fairly basic, the weldment parts and assemblies were large and complex. This project included everything: nuts and bolts, bushings, custom-made hydraulics, clips, close tolerances, and moving parts. A common problem in this industry, I kept track of parts and drawings with a simple and easy-to-understand numbering system for finding things. This project is on the larger side of work that I normally do, and it makes for a good sample of work that I've done and my abilities. (Note: Many design elements are excluded from the images)
Portable Bandsaw Mill
99389
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
Skills used: - Advanced modelling - Plastics - Design for injection molding - Interferences - Advanced sheet metal This is an old coffee grinder that was being thrown out. I rescued it from the garbage so that I rip it apart and reverse-engineer it. It was a great project for practice, since it posed a lot of design challenges. Surface and solid modelling formed the backbones of most of the plastic parts. Tiny sheet metal parts made up a lot of the inner support work. With SolidWorks, it`s really easy to prepare plastics for injection molding. Assemblies sometimes involve the tedious process of putting the parts together, and then going back to edit them several times. With SolidWorks, this is made a lot easier with in-context editing and a good design intent from the start of the project. All of the parts in this coffee grinder fit together perfectly. Each individual part can be sent away to be manufactured, and the final assembly will fit closely and function properly.
Coffee Grinder
90298
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile
Skills used: - Advanced Sketching - Equations - Complex Equation-driven curves This is a gear I made from the ground up, without any pre-made gear programs. It is fully customizable with the variables for number of teeth, diametral pitch, and pressure angle; quickly adaptable to the design needs of any project. This gear makes use of several equations and advanced sketch concepts to create a powerful and efficient tool for setting up gearing assemblies. The teeth are all TRUE involute curves-- they will simulate perfectly in SolidWorks and can even be exported for cutting. Most spur gears available in programs such as SolidWorks are generated from a spline, and not a parametric curve. This gear, however, maintains true involute profile, while being fully customizable to any size and shape simply with the press of a few buttons.
True Involute Gear Profile

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Experience

Designer

Self Employed
Aug 2005 - Present
As a designer and draftsman, I have completed projects ranging from large scale industrial equipment in the green energy sector, to consumer products, to virtual prototypes for research and development, to large scale mechanical equipment. Also, I have worked with file management and information control-- a great help in this industry.

Consultant

Self Employed
Jun 2005 - Present
I work with businesses and other designers to tweak and tune their product and equipment ideas to make them into a working reality. With an ability to solve problems and view the larger picture, as well as a taste for aesthetics in design, I have helped customers work through issues in product design and manufacturing. My own broad experience and extensive research of manufacturing techniques is a definite bonus in this field.

Education

Certificate of Biblical Studies

2009 - 2010
(1 year)

Qualifications

CSWE

SolidWorks
2012
A rigourous to determine one's familiarity with the SolidWorks program, and ability to skillfully utilize SolidWorks for computer aided design, modeling, and technical drawing. This is the highest and most difficult SolidWorks certification. I am one of less than 40 people in Canada to hold this at the time of certification. My grade was 100%

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Top Skills

Solidworks 1
Product Design 1
3D Modelling 1
Excel
Industrial Design

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