E. Galicki is an expert in the field of parametric solid modeling, mechanical design/drafting, and engineering support services. He has helped to implement a wide range of ideas, including devices for clients in the electrical, optical, medical, automotive and aeronautic sectors.
T. Ganstrom currently divides his time between Design Engineering Consultant in the Mechanical and Consumer Product arena, as well as Solidworks Application Engineer teaching 3D CAD skills to other Engineering Professionals. Mr. Ganstrom started his career as a Manufacturing and Quality Control engineer in industries as diverse as Semiconductor and large Equipment manufacturing. He received his Mechanical Engineering Degree from Idaho State University and has earned the titles of Certified Solidworks Professional, and Certified Advanced Surfacing Specialist from Solidworks Corp. He is also a member of the American Association of Mechanical Engineers, (ASME). Areas of Expertise: Product Design, Drafting, Solidworks, 3D CAD, FEA design optimization and simulation, Product Data Management, Industrial Design, Mechanical Design, CAD administration, CAD training.
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T. Stonehocker is an independent design engineer with a strong mechanical background (e.g. machine design, machine building, 3Dmodeling, patents, CNC programming). He has been using 3D modeling programs since AutoDesks first mechanical desktop in 1994 and is currently using Solidworks 2010.
I am a mechanical engineer and I design and build specialty machines. I have served many different kinds of clients, in the welding fields, brake manufacturing, film manufacturing, auto manufacturing, tire manufacturing, blow mold (secondary equipment) presses and assembly machines, candy manufacturing and motorcycle / trike manufacturing.
All of the projects I work on are interesting in their own right, and I have never had a dull moment with any of them. If I had to pick a favorite I would have to say the motorcycle and trike designs that I have had the pleasure of designing for people.
The thing that made the bike projects stand out over the others I have done would have to be, taking a clients dreams and making them a reality. Of course the same thing that made them stand out was also the biggest challenge. I would have to say that the biggest challenge I faced designing the bikes and trikes for my clients was convincing them to do what would make the bike function the best not necessarily what was the coolest look. Sometimes a cool look is just a cool look and will not perform well, so trying to get them to change their minds and go with a not so cool look BUT a look that was both functional and appealing to the eye, was my most challenging effort. (I have attached a pic of the last bike that I designed for an architect in LA)
I use Solidworks 2012, KeyShot3 and PhotoShop. These are my three go to softwares, I use them all the time. I have used mechanical desktop, proE, catia and Solidworks and I have found that the majority of my clients are using Soildworks, I like it and it works for me.
I have found a few sites that have jobs posted that you can bid on that have helped me get in front of some clients. Also I have found a site that I have posted a profile and portfolio on that has been a big help to me. This site is a site that is mainly built for engineers and it caters to their needs with a place to post projects so all of the parties involved with a given project can be informed about everything that happens to that project at the same time. They also host several challenges that all of the engineers can participate in to show off their skills and have a little fun at the same time. I have learned a lot from different engineers from all over the world through sites like this and I like to think that I have been a positive influence to others in the world through my interactions with these sites.
I like the freedom of being able to work from my desk at home all hours of the day and night, using a virtual office to communicate with my clients to get the job done. I feel that it takes a dedicated individual to be a free-lance. That individual must be motivated with a strict since of professionalism to stay focused and get the job done. This type of individual must also be able to manage several projects at once because if they are good at what they do, they will be covered up with work all the time.
Yes I do most of my work remote, and I use dropbox to transfer my files back and forth with my clients. Yes I have used WebEx, Skype and GoToMeeting and I have found them all to be effective tools to communicate with my clients I have done design reviews complete with stress analysis on projects and I have done well using these mediums.I have had some face to face discussions with clients using Skype and it has work fine. The only thing I can think of that is probably better handled face to face would be a run-off on a machine or the delivery of the final product.
A. Pohl is highly proficient in SolidWorks, Inventor and AutoCAD. He has extensive experience in Pro-E, Sketch-up and Blender. He has an Associates of Applied Science degree in Computer Aided Design.
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J. Brouwer has over 40 years of engineering experience as a contract engineer with a wide variety of defense and aerospace companies. Since being introduced to CAD in 1982 he has accumulated over 54,000 design hours on 3-D CAD, 10,000 on ComputerVision’s CADDS 4X and the remainder on IRONCAD, ZW3D and variety of other PC based CAD programs.
He also provides the following services:
I support companies that do not have an engineering department. I provide mechanical and plastic product design.
It was a project for Boeing. They were making models for testing. We did the F-22 and Osprey — who gets to work on project like this? It was a few years ago and we had to make 3D prints. Just making sure the solid/surface models were complete. The work was done in Ironcad and a Hybrid CAD system.
IronCAD is my tool of choice because of its ease of use and great flexibility, but I also use a hybrid CAD system when a project has to be broken down to wireframes and surfaces. I have used most of the Pro/E paradigm systems: Pro/E, SW, Inventor and Solid Edge, but never have really got proficient with the Pro/E paradigm.
Much of my work is reverse engineering requiring working from scanned data. It requires a Hybrid CAD systems to work with this data. I also get called in when the project is a mess and they need it cleaned up and get the parts made.
The freedom it offers.
I started telecommuting years ago when we used phone handset modems. Using CADKEY, I would sent the files back and forth. I use all of the programs you have mentioned. Most of the problems can be handled remotely. Face to face is always important at every milestone, even though I have done projects where I have never met face to face.
A. Nesari is mechanic engineer with extensive experience with metallic car parts and the design of special machines, fixtures, spindles, etc. He is an expert in AutoCAD Mechanical Desktop and Catia.
T. McDougald is an experienced CAD/BIM Designer with knowledge of both CAD and BIM systems in architectural, engineering, and construction fields. He is familiar with all phases of design such as design development, construction document preparation, and contract documents.
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W. Savard is an independent cad contractor and consultant, and an expert in Solidworks 2d and 3d design. His 3d cad work is known for its extreme detail and on-screen motion, enabling clients to prove out designs before fabrication takes place. Mr. Savard is also an expert designer of machines, tools and dies. In addition, he provides Solidworks training as well as implementation and management of document management systems.
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L. Cordoba is an award-winning designer who has extensive experience in 3d modeling and rendering of concept cars.
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R. Bedient is an independent mechanical designer. He has designed many parts for various manufacturing processes, including injection molding, pressure and vacuum forming, rotational molding, sheet metal, cast parts and standard machined parts and assemblies. He has worked on a variety of projects including medical equipment, automation equipment, electrical enclosures and recreational equipment. In the field of medical equipment, Mr. Bedient has designed kidney dialysis machines, bio-research equipment, single use disposable blood lines and components for the dialysis machines, flow path components and systems for the dialysis machines, enclosures, machine housings, injection molded parts and assemblies.
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D. Gregory is a thermal management engineer. He focuses on designing and assisting in the manufacture of heat sink and thermal management solutions and assemblies, primarily for the electronics industry. He designs almost exclusively in Solidworks 2011, though he often re-uses and recycles legacy 2-D and other Autocad files to convert them to 3-D parts and assemblies. He routinely uses spreadsheet (Excel) and CFD (computational fluid dynamics) tools to optimize and model current and in-design thermal solutions.
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Mr. Raileanu has over twenty years’ experience in CAD-based solutions designing aluminum and steel machinery, fabrication drawings, processing and part designing.
He creates designs for HVAC systems. He has designed in the following areas:
• metal fabrication
• processing and part design
• drafting and MS Office
• 2D & 3D geometry creation and manipulation
• mechanical & sheet metal structural design
• product engineering and mechanical design
He has been working with AutoCAD since college days, however he works mainly on SolidWorks to design heat and ac frames, sheet metals and enclosures. He has worked with AutoCAD since 1989, however in 2004 he discovered SolidWorks and since then he has been designing 3D models and drawings only with SolidWorks. As a proficient user of SolidWorks, he believes SolidWorks has the best user interface and intuitive, reliable FEA (Failure Effects Analysis) features.
Since 2017, he has been working with a world-class manufacturer of dehumidifiers in Georgia. He has been designing and developing innovative products and production systems to support engineering requirements. He has been using SolidWorks extensively for all product designs, weldments and frames, work assemblies and subassemblies and creation of job fabrication binders for manufacturing team members. This includes all necessary part files, bend drawings, appropriate dimensional data, general overview layout, exploded views of critical component assemblies.
Since 2016, he has been working in another company, in development of anatomically-precise 3D and 4D surface imaging systems. He works with R&D products, responsible for creating and maintaining any CAD documentation required by sales, and developing detailed engineering drawings for system design, components, cabling, and prototyping 3D printing products.
From 2015 to 2016, he also provided CAD support for a pallet rack manufacturer in Georgia that offers a full range of services from design to installation of storage solutions for many industries and materials. He designed layouts and drawings for estimating, approval, permitting and fabrication.
One of his most challenging projects was one that required him to design and build a video electronic enclosure that had to be light and also appeal to specific customers in that field (medical devices). The challenges were to make it less heavy than the previous design, to fit all electronic components required, to have a good maintenance access and to look visually appealing.
He built a mobile dehumidifier unit with a small footprint to fit other competitors design, easy maintenance access, sturdy, structurally safe, outdoor proof and easy to maneuver. He also brought some new concepts to the design to challenge the competitors’ design, such as less energy consumption (less welding) and ability to stacking during shipping or storage.
He feels that the best thing about working as a CAD draftsman is that he gets to work from home.
He uses Skype and phone to communicate with clients. He shares his screen with clients for a variety of different purposes. He also uses Webex and GoToMeeting as he finds these tools to be very effective between people at different locations. He thinks they solve most of the issues related to projects. When required, however, he also meets clients face to face. He does not believe that issues can be solved only by face-to-face meetings, but in certain situations where a personal approach is required face-to-face meetings may be more appropriate.
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