D. Bryson began work in machining and metalworking in Canada in 1981, becoming a world recognized journeyman tool and die maker in 1985. Re-entering the workforce as a CAD designer, he worked his way up to Senior Mechanical Engineer in a leading microwave radio company. He shares recognition in two patents relating to his design work of microwave radios. His previous hands-on metalworking experience has benefitted him greatly in his design career, where he continues to design and develop innovative yet simple-to-manufacture parts and assemblies. Familiar with all aspects of manufacturing including precision machining and grinding, stamping, die casting and welding. He is an expert in Solid Works and AutoCAD, including import and export of the many other software platforms in the marketplace.

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Interview with Mr. D. Bryson

1. What kinds of clients do you serve?

   My clients are varied. My background is in metalworking and mechanical CAD, both 2D & 3D. I have worked on very complicated mechanical assemblies and manufacturing drawings for the microwave industry, the semi-conductor industry, the nuclear industry and just the manufacturing industry in general. I have also worked with architectural CAD and have a client in the low voltage retrofit industry whose major customers are school districts and hospitals. They upgrade security systems and classroom technology. I have done both 2D drawings and 3D renderings for them. I have another client that installs automatic car wash systems and I do all their installation drawings. I have another client for whom I do RV park layouts. Finally, I have created drawings for individuals to submit with patent applications.

2. What was the most interesting CAD project that you ever worked on?
   What made it interesting?
   What challenges did you face?

   The most interesting project I worked on was a proprietary mechanical system that I can’t even talk about since the patent application is still pending. It had many small mechanical assemblies and a very large final assembly. All the work was in 3D. It will be interesting to see it actually come to fruition and know I was a part of it. I had to research many new to the market components that went into the assembly, create 3D models of them and integrate them correctly.

3. Of the software tools that you use, which is your favorite and why?

   My favorite tool is Solid Works. With my mechanical background, it is the most versatile software available that ties part modeling, assemblies and drawings all together parametrically. I can’t imagine doing the work I do today on a drawing board with a pencil. A week’s work would take a year!

4. What trends are you observing in the market for CAD services? How have these trends affected you, and how are you responding to them?

   I have talked to all my clients many times over the last 2 years, thinking that they were bringing their CAD requirement in-house since I had shown a significant decrease in business from all of them. This was not the case. It is simply a slowdown in all industries. If anything, they have laid off their own full time people and are still planning on outsourcing the majority of their CAD work.

5. What do you like about working as an interim CAD draftsman or external CAD consultant working on a time-bound project?

   I have always been good at time management and servicing several clients on several projects at the same time. I have never missed a deadline or had an unhappy client. With a home office, I have the flexibility to work any hours required to get the job done.

6. Have you ever provided CAD consulting services remotely, either via phone, the Web or email?
   Do you use any screen sharing tools (like Webex, Skype, or GoToMeeting), and are they effective?
   What kinds of questions and problems could you tackle remotely?
   Are there any issues that you feel are better handled face-to-face?

   I have been involved in many remote meetings as an observer but have not yet had the necessity to launch my own meeting.

M. Robinson is currently an independent CAD consultant, a role he has performed since 2005. Mr. Robinson was previously the head of CAD Manager and IT Support at Brownworth Engineering Associates, a leading MEP design company based in the United States, from 1980 to 2008. Mr. Robinson managed a team of 2D and 3D designers (focusing on Revit, BIM and AutoCAD). His leadership and support resulted in over $500 million in annual revenue for Brownworth Engineering. Mr. Robinson started his career as a CAD Draftsman at Brownworth Engineering, and worked there from 1991 to 2008. He was responsible for implementing the use of CAD tools in the company. Mr. Robinson also worked directly with the companys customers, including architects and engineers.

J. Simmons has, for the last three years, worked on electrical and electronic devices for Lockheed Martin IS&GS in Goodyear, Arizona, where he has been able to refresh previous experience obtained in electronic packaging. Mr. Simmons has twenty-seven years experience in aircraft modification design, twenty-one of which were with various Lockheed Martin aircraft facilities. During this time, he was awarded a patent as the sole inventor of a Foreign Object Deflector developed for the belly of a C-130 Special Forces airframe. Much of his career involved installation of avionic systems, a design discipline that can involve creative methods of structural support and spatial utilization to get the shortest electrical lines possible for some applications. Mr. Simmons received a Bachelor of Science Degree from Southern Illinois University in 1971. His major was Mass communications, with a minor in art. He started in the aircraft design field at Evergreen Air Center in Arizona where he started as a draftsman in 1979. By 1985 when he left for another opportunity, he was Department Head of Engineering, and he had composed the drafting room manual, and investigated and chose the computer-aided drafting system in 1984.

C. Fekete is a registered architect, an AIA member and a LEED Accredited Professional. He specializes in developing construction drawings for architects and builders. Based on hand sketches, programmatic and building code requirements and budgets, he develops a project in CAD (Autocad, Vectorworks, Sketchup among others) and produces all the drawings for the completion of design documents necessary for client review and approvals, bids, building permit submission and construction management. During this process, he typically prepares floor plans, elevations, details, notes, and 3D views. In addition, he can mine the data in the drawings to produce various kind of schedules, including door and window schedules, space and surface reports (for heating, cooling and energy needs), material takeoff for cost budgeting, 3D analysis for informing the design and finding areas where building systems and structures come in conflict. Versed in financial analysis and construction economics, he also advises clients with respect to value engineering, life cycle cost, return on investment, and feasibility studies for institutional and commercial projects. As a registered architect, he can review existing conditions or a set of drawings and determine the need for updating and any changes necessary to satisfy the requirements of the building codes and local officials.

T. Mifsud is a CAD consultant providing services to architects, engineers, builders , construction managers, and facility managers. He provides a range of CAD services, including implementation, standards and best practices development, training, project support, CADDBIM management and 3D BIM modeling services. He has extensive experience with Revit Architecture, Revit MEP, Navisworks and AutoCAD. He is based in Southern NH which allows him to provide daily on-site services for clients in all 6 New England states. He has extensive real world experience in AEC-FM and CADDBIM management.

Comments

All project are challenging in different ways but the two main challenges are: unrealistic schedules and trying to meet our clients’ expectations

I use AutoDesk Suite and Revit. Pros and cons are too much detail to go into.

Training is ongoing. I have a program for our staff called “sharpen the saw” days, i.e. for 4 days a year (scheduled as work permits for the individual) each person or group selects a specific topic, researches/studies and develops a presentation for the benefit of the entire staff.

We don’t outsource anything in our skill set but do outsource to IT and web content/development consultants

Interview with Mr. T. Mifsud

1. 1. What kinds of clients do you serve?

   We serve architects, construction managers, facilities manager for CAD, REVIT and BIM and our particular areas of expertise are training, implementing software, support services, library development, standards development.

2. What was the most interesting CAD project that you ever worked on? What made it interesting?
   What challenges did you face?

   I work with and support many clients on their projects so there isnt one stand-out that I could describe as the most interesting.

3. Of the software tools that you use, which is your favorite and why?

   REVIT Architecture is my favorite software and I teach classes in it It makes everything easier than 2D AutoCad.

4. What trends are you observing in the market for CAD services? How have these trends affected you, and how are you responding to them?

   Over the last 5 years the trend in New England has moved totally away from drafting in 2D AutoCad. We anticipated this trend, moved ahead of our clients and now work primarily in 3D BIM.

5. What do you like about working as an interim CAD draftsman or external CAD consultant working on a time-bound project?

   I like not being tied to one desk and the challenge of constantly changing projects.

6. Have you ever provided CAD consulting services remotely, either via phone, the Web or email?
   Do you use any screen sharing tools (like Webex, Skype, or GoToMeeting), and are they effective?
   What kinds of questions and problems could you tackle remotely?
   Are there any issues that you feel are better handled face-to-face?

   Ive been using remote software for 6-7 years. The one I prefer now is TeamViewer because it is good for remote support, training, teamwork whereas others we have tried are not as quick or flexible. Working remotely with clients is good for handling all types of questions. For comprehensive introductory training of 2 hours or more its preferred to have a face-to-face meeting.

B. Goossens is an independent CAD consultant. He started his career as a CAD support technician, and gained experience working on a host of architectural and engineering related projects. He has also served as a CAD cartographer, and has deep experience in the use of CAD/GIS and topographic mapping and worked on a host of engineering related projects. He provides services in CAD/GIS (geographical information system), and is an expert in piping and its use in the residential and commercial industry. He is also a CAD designer, and is an expert in the preparation of piping and instrumentation diagrams, PFD’s (process flow diagrams) and engineering related projects. As a piping designer, he has extensive experience in working on piping layouts, 3D modeling, detail piping design and piping drawing production for process piping. He has deep experience working on PDS (piping design system) 3D equipment modeling, PDS 3D piping design, PDS interference manager, PDS isometric pipe spool extraction, squad checking and marking of vendor drawings, and quarterly meetings with chief engineers using visualization technology for review of design areas. As a CAD piping designer, he has been responsible for the detail design and drawing production for process piping. He has extensive experience working on PDS 3D equipment modeling, PDS 3D pipe routing, PDS drawing generator, and PDS isometric pipe spool extraction, plant designs, plot plan developments, piping layouts, P&ID’s, PFD’s, interfacing with vendors, project review meetings, and field surveys. He also has extensive experience in providing engineering support, developing standards for best practices, project management, and construction management.

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.

CAD Expert Samples

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.

Mr. T. Stonehockers samples

Interview with Mr. T. Stonehocker

1. What kinds of clients do you serve? What is your particular area of expertise?

   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.

2. What was the most interesting CAD project you worked on? What made it interesting? What
   challenges did you face?

   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)

3. Of the software tools you use, which is your favorite and why?

   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.

4. What trends are you finding in the market for CAD services? How have these trends affected
   you, and how are you responding to them?

   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.

5. What do you like about working as a free-lance, interim CAD draftsman or external CAD
   consultant working on a time-bound project?

   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.

6. Have you ever provided CAD services remotely, either via phone, the Web or email?
   Do you use any screen-sharing tools (like WebEx, Skype, GoToMeeting), and are they effective?
   What kinds of questions and problems could you tackle remotely?
   
   Are there any issues you feel are better handled face-to-face?

   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.

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:

1. Engineering Services, including Engineering Design, 3-D modeling, drafting, CNC programming and complete integrated system management.
2. Plastic Product Design: Providing fully 3-D wireframe, surfaced, solid models and detail drawings if required.
3. Mechanical Design: 3-D design of mechanical assemblies.

Interview with Mr. J. Brouwer

1. What kinds of clients do you serve?

   I support companies that do not have an engineering department. I provide mechanical and plastic product design.

2. What was the most interesting CAD project that you ever worked on? What made it interesting?
   What challenges did you face?

   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.

3. Of the software tools that you use, which is your favorite and why?

   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.

4. What trends are you observing in the market for CAD services? How have these trends affected
   you, and how are you responding to them?

   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.

5. What do you like about working as an interim CAD draftsman or external CAD consultant working on a time-bound project?

   The freedom it offers.

6. Have you ever provided CAD consulting services remotely, either via phone, the Web or email?
   Do you use any screen sharing tools (like Webex, Skype, or GoToMeeting), and are they effective?
   What kinds of questions and problems could you tackle remotely?
   Are there any issues that you feel are better handled face-to-face?

   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.

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.

D. Hildebrandt is a CAD Technician with extensive experience in military, residential, municipal and commercial construction. He provides the following services:

• Participates in Civil/Architectural/Electrical/Mechanical design including but not limited to airfield and military site design, Grading, Concrete, Asphalt, Utility, Storm, Sewer, Site layout, Traffic protection, Signage, Utility plan/profile, Concrete construction, and multi-story PEB construction
• Specifies and Implements engineering drawing standards and implemented standards CAD/ detail library/filing/references/Software specification and configuration/AutoCAD and drafting specifics/hardware maintenance, specification, and configuration)
• Maintains existing site database while updating CAD/GIS files and conducting as-built surveys. Maintains GIS databases.
• Conducts as-built and topographic surveys for construction projects
• Rebuilds sites as-built survey using Trimble GPS gear and builds 3d CAD models.
• Uses 3D design software (LDD, Civil 3D and Softdesk) for contour build, pipe and structure
  profile, cross section, grading, sewer pipe design, drainage pipe design, road design, highway design, grading, cut/fill calculation, and survey data manipulation
• Provides design engineering for municipal and private sector construction projects including but not limited to site design, grading, concrete, asphalt, erosion control, retention, detention, stabilization, utility, storm, sewer, traffic protection, traffic signalization, signage, highway construction, ROW improvement, utility plan/profile, jack/bore operations
• Implements, specifies, and maintains CAD hardware, AutoCAD software, and standards
• Structural: Multi-story construction (steel, wood, concrete, masonry, tilt-up, precast), Residential Construction, Municipal and Education facilities
• Architectural: Multi-story construction (steel, wood, concrete, masonry, tilt-up, precast), Residential Construction, Municipal and Education facilities
• Electrical: Grounding, Power distribution, Lighting, Single-line, detailing, and scheduling
• Mechanical: Plumbing and HVAC layout, detail, and scheduling

Mr. Hildebrandt graduated from Porter & Chester Institute for Mechanical Design/Drafting, and has an ACI Certification for Concrete Inspection Field Technician Level 1, and a Construction Management Certificate from the University of Washington (Construction Safety, Project Management, Construction Estimating, and Project Planning and Control).

Interview with Mr. D. Hildebrandt

1. What kinds of clients do you serve? What is your particular area of expertise?

   Civil Engineers, Structural Engineers, Architects, Mechanical Engineers, Electrical Engineers, Environmental Consultants, Geologists, Telecommunications Engineers, and Builders. All phases of construction design and drafting using AutoCad, Civil 3D, and a host of graphical and processing software.

2. What was the most interesting CAD project that you ever worked on? What made it interesting?
   What challenges did you face?

   The JFK International Airport Air Train. I was one of the designers responsible for traffic control, pedestrian control, and crane movements. Time was a crucial factor, as it was near-impossible to design in advance due to construction timelines, change orders, etc. Therefore every inch of the way (a year in the making) required fast-paced engineering and realistic answers to very limiting factors.

3. Of the software tools that you use, which is your favorite and why?

   Civil 3D is my favorite, as it includes all the tools I need to help design including survey data manipulation, earthwork calculations, road design, and profiling tools for utilities and infrastructure design.

4. What trends are you observing in the market for CAD services? How have these trends affected you, and how are you responding to them?

   More dedicated services. A shrinking job market requires dedication and hard work in order to hold on to clients. I’ve got to work harder to keep the work coming. There are many people looking for work who can do what I do for a fraction of the cost so I’ve had to cut corners and make deals that work in favor of my clients. Of course they work in my favor too as I’ve not lost any work and am very grateful to be busy.

5. What do you like about working as an interim CAD draftsman or external CAD consultant working on a time-bound project?

   I’ve always viewed the 24 hours in a day as my time when I’m not required to show up to an 8 to 5 job. I can work any time at my own pace (always very fast) and spend quality time with my family. It is an all-around flexible way to operate. Sometimes it’s difficult to make time for multiple clients, but dedication and superior workmanship are the key.

6. Have you ever provided CAD consulting services remotely, either via phone, the Web or email?
   Do you use any screen sharing tools (like Webex, Skype, or GoToMeeting), and are they effective?
   What kinds of questions and problems could you tackle remotely?
   Are there any issues that you feel are better handled face-to-face?

   Yes. I do work remotely via email and phone. The background I posses enable ease in communication. I’ve been dealing with engineers for 25 years. I haven’t the need to work using screen-sharing. Closely-located clients, email, scanning, phone calls, and travel cover all the bases. Any and all engineering or design projects. Of course face-to-face is easier, but engineers need flexible and experienced designers to make their projects grow quickly and accurately.

M. Gross has many years of experience in drafting electrical systems, including a substantial number of mechanical and structural design projects. He has a multi-disciplined background and appreciation of all aspects in the design, certification, qualification, and installation process. Most recent projects have been within the aerospace industry for EASA Part 21J DOA, integrating various aircraft electrical and mechanical systems. Design experience includes aircraft structures, composite Interiors and seating, specification and report documentation. Project responsibilities consist of avionic CVE, mechanical design, installation support, function and qualification testing, including verification of ground and flight-tests.

All projects have produced approved installations and documentation in accordance with EASA, CAA, FAA or Airbus standards, with avionic equipment designed to EUROCAE ED-14 / RTCA DO160 and ABD0100 qualification standards. Previous projects have also included overseas assignments in the USA, Canada, Saudi Arabia and Europe. The aerospace projects have all included creation of supporting documentation for the modification, declaration of compliance, accomplishment ins-tructions, continued airworthiness, equipment assessment and Part 21G inspection documents.