It’s amazing who you can meet at SolidWorks World where a whole bunch of like minded folks get together.  Right after breakfast on Monday morning of day 1, Gary Hall (my brother of no relation) and I were headed up to get in line for the general session.  As we approached what we thought would be a good entrance point, Gary said hey I know those guys.  We walked over and got in line where I was introduced to Randall Bock and Wescott Pusey.  I found out from our conversations that they were SolidWorks teachers at Pennsylvania State University, better know as Penn State or PSU.  I also found out that they were running the Happy Valley SolidWorks User Group on campus.  Throught the week we kept in touch through Twitter and email and Randall ( @randllbock ) told me that one of the SWUGN summits was going to be hosted by HVSWUG later in the year.  Details have not been released on the Happy Valley Summit yet but the date has been set for June, 16 2009.  I have never been to Pennsylvania so it sounds like a good road trip to me.  I am planning on taking my family up on vacation in June and attending the Summit.  Randall has a lot of dynamic ideas and projects he has shared with us here at Educators Corner.  Be sure you take a look at what the next generation of SolidWorks students are learning at a major university. 

Randall Bock

Rich Hall (RH): Hi Randall.  Why don’t you share a little about yourself.

Randall Bock (RB): I currently hold a BS, MS in Agricultural and Biological Engineering, Penn State.  In my day job I am an Engineering Associate and Affiliate Instructor at The Pennsylvania State University in the area of Agricultural and Biological Engineering.  In my area of core responsibility, I work with faculty and students in the design and implementation of teaching, research, and outreach programs. The engineering and agricultural challenges being studied are wide ranging: bioreactors, food-born pathogens, particulate mechanics, natural resource conservation, structural and mechanical design, food and biomass processing, agricultural health and safety, ethanol production, computer modeling and simulation, and nano-technologies.  My night job is Continuing Education Instructor at The Pennsylvania State University at University Park where I develop and instruct coursework for EDSGN 496A: SolidWorks Fundamentals (3 credits).  Virtually all products manufactured in modern facilities begin as three dimensional computer models (3D-CAD).  SolidWorks has approximately 800,000 licensed seats worldwide and is the most accessible 3D-CAD application at Penn State.  This course delivers the methods and techniques necessary to become proficient in the application of SolidWorks for product design and manufacturing.  The SolidWorks corporate certification exam is included. Advanced topics on weldments, sheet metal, and finite element analysis are covered. 

RH: What led you to become a teacher and why SolidWorks?

RB: Up until 2006 I was using AutoCAD to do 3D solid modeling.  One of my students showed me SolidWorks.  I stopped AutoCAD, dove into SolidWorks and never looked back.  The software changed nearly every aspect of my job.  Design became fun and life got better.  Much of my work is developing prototype equipment for research.  Now with SolidWorks I have the ability to design and analyze using the same package.  Before my class was developed, Penn State did not offer a rigorous course in 3D modeling.  Freshmen engineering students were doing the SolidWorks tutorials as part of a general engineering class and other students we doing the Pro/E tutorials.  In general I found that the software was under utilized.  This fantastic engineering teaching tool was available but no one was using it.

RH: How long have you been teaching?

RB: I started teaching in Spring 2008 with 20 students.  The class has grown to 40 students in two sections with broad interest among under graduate students, graduate students, engineering professors and returning adult students.

RH: Why do you teach CAD with SolidWorks?

RB: Penn State has 500 EDU licenses that are available in all University computer labs through out the Penn State system.  Students new to SolidWorks can achieve CSWA level proficiency in one semester.

RH: What SolidWorks certifications do you currently hold?

RB: I passed the CSWA, CSWP, and plan to take the CSWP-CDES this Spring.  I am also a CSWA provider. 

RH: What are your classes (age range and/or skill level)

RB: The age range is from college freshmen to 65 year old professors.  Most have tried the software but they all lack the knowledge required to make elegant parts and assemblies.  Symmetry, design intent, multi body, and in context modeling are all new concepts. 

RH: What is a typical classroom day like for you? 

RB: I work as a research engineer during the day and teach in the evenings for continuing education.

RH: What is your preferred teaching method? What method of teaching SolidWorks have you found to be successful? 

RB: Since student learn differently, I teach using a variety of methods:

• Standard lecture for new information
• Follow the leader: for detailed modeling techniques or complex features 
• In class challenge assignments
• Timed quizzes: to prepare them for the CSWA
• Homework assignments: I encourage them to work together
• Midterm project: consisting of 8 parts minimum
• Final Project: assembling the parts from the midterm project, producing drawings and doing FEA. 

RH: What curriculum and industry standards do you teach? 

RB: I developed my own curriculum which using what I call “Basic Strategy”  (Blackjack inspired terminology).  This Basic Strategy presents good habits, best practices, and reinforces the basics: design intent, symmetry, constraints, etc.  I have found that students really need the knowledge of experienced users.  Good design practices and strategies normally come from experience; I try to give it to them in the classroom.  I tell them that as a goal: 80% of producing a 3D modeling happens in their head and that pushing the keys is the instant gratification / detail phase. 

RH: How do you use the SolidWorks Educator resources and curriculum in teaching your class? 

RB: The SWE resources are project based.  I start the students with the basics.  I feel making impressive looking parts in the beginning diverts attention away from fundamental modeling techniques.  So I have them start by making very simple shapes.  Then later after they have learned the tools one at a time, they are assigned progressively more complex parts.  After they can make complex parts, I have them pick a project.  I emphasize that the project should have some value to them personally or should otherwise be connected to a project in another class. 

RH: Do you have any work from the students you are able to and would like to share?

To view the following files you must have eDrawings for SolidWorks.  Please click the free Download link below:  

bale-compactor

Bike Project

Bike Project 2

Buick Engine Project

Crossbow Project

Food Processor Project

Go Kart

Hit/Miss Engine Project

Little Digger Project

Mouse Trap Game Project

Paint Marker Project

Pinball Machine Project

PSU Wrist Watch Project

Pump Project

Running Shoe Project

RH: What industry do you teach for or what is the prevalent industry in your area that would eventually hire a SolidWorks trained person?

RB: I do not teach for any particular industry although most student are in mechanical or aerospace engineering.

RH: What universities or community colleges are nearby that your students would attend and pursue a course of study with SolidWorks application?

RB: Penn State is it.  We are in central PA there is nothing else for miles!

RH: Have you attended SolidWorks World? If so, what was beneficial from a teaching standpoint?

RB: I attended SWW 2009.  This was a great networking and learning opportunity for me!  I am hooked!  I am already planning for Anaheim.

RH: Will your school board or current school be willing to fund a trip for you to SolidWorks World?

RB: So far this hasn’t been a problem.   Penn State supports my trip to SWW as professional development. 

RH: Knowing that most school systems are in desperate financial situations, do you feel that there will be continued support for teaching SolidWorks and CAD drafting skills? 

RB: At Penn State… if it makes money they will let you do anything.  I need to recruit more adult students.  Possibly the Engineering Stimulus will help!

RH: How important do you feel that teaching CAD/drafting skills is for the future of engineering and industry in general?

RB: It is absolutely essential for engineers of all disciplines to have a strong foundation in 3D CAD and analysis.  Many of my students receive job offers based on the classroom training and CSWA.

RH: What are the biggest challenges you face in teaching SolidWorks/drafting?

RB: Having the time and energy to do my daytime job and then get charged up to teach from 6-9pm. 

RH: What are some goals for your future and do you always plan on teaching?

RB: I started the local SWUG because I found that classroom experience isn’t enough.  Students need contact with real world projects and the opportunity to present their solutions.  I hope the Happy Valley SolidWorks User Group can provide an educational and networking resource for Penn State students and local industry.

We are hosting a SWUGN Summit on June 16, at Penn State (State College, PA).  Please watch the SWUGN web site for further details.  Please feel invited to join us for a great time in Happy Valley!

Randall,

Thanks for taking the time to share with me at Educators Corner.  I am looking forward to visiting you in June!

Stay Tuned for more from the Educators Corner featuring SolidWorks!

Richard Hall (RH): Hi Adam. Why don’t you tell us a little bit about yourself?

I’m Adam Scheible (AS).  As a child, I had a fascination with engineering. More specifically, I liked process engineering and eventually took a drafting class in middle school. I continued this pursuit by attending Benson Polytechnic High School in Portland, Oregon, then started classes for mechanical engineering. In 1996 I started working full time for a local Medical/Dental manufacturer. I became active in the Portland Area SolidWorks User Group, and was elected as their leader for three years. Over the past three years I have taught at both Portland Community and Clackamas Community Colleges. Currently I teach one or two SolidWorks classes weekly at Portland Community College. You can follow me on Twitter at @adamiser. 

Adam Scheible

RH: Do you have any industry experience? If so what and/or who with?

AS: I work full time for Beaverstate Dental, a Medical/Dental manufacturer in Newberg, Oregon. I have been there since 1996, and manage Sustaining Engineering and Quality Control. I also do various contracting/consulting jobs with local companies. This full time involvement in industry enables me to stay on the edge of the daily workings of the SolidWorks program, community, and processes.

RH: What led you to become a teacher?

AS: I have always enjoyed teaching and mentoring. When I made the case to purchase SolidWorks at Beaverstate Dental in 2002, I joined the local SolidWorks user group. I was an active participant and presenter, and became the user group leader in 2005. I held that position until December 2008 when I needed to give more time to my family and teaching.  (Richard Doyle’s comments on Adam)   

RH: Why do you teach CAD with SolidWorks?

AS: Why SolidWorks? That’s easy, it’s my professional tool of choice. I can have more done at the end of the day with SolidWorks.

RH: How long have you been teaching?

AS: I have taught at the college level for three years. I have been an active member of PASWUG for seven years, and continue to be supportive of the growing SolidWorks community through work, schools, and social media.

RH: Why do you teach CAD with SolidWorks?

AS: I teach SolidWorks because of the culture of both the SolidWorks/Dassault company and SolidWorks community. It’s what I use in industry and what I believe in. Basically it’s the best tool for my daily livelihood.

RH: What SolidWorks certifications if any do you currently hold?

AS: I don’t have any certifications, but am trying to get the nerve up to take my Certified SolidWorks Professional (CSWP) test before the summer break.

RH: What are your classes (age range and/or skill level)

AS: My student’s range from young adults to older, transitioning adults. Their skill level is across the board too. Most are working toward their BSME, but some are just trying to add to their skill set. Needless to say the classes are in high demand by everyone and we had to add another session this term. The popularity of SolidWorks is showing its relevance in all aspects of industry. This diversity is shown in each of my classes.

RH: What is a typical classroom day like for you?

AS: I work full time, and teach two nights per week. So, after a day at the office, I open the lab at 5:00pm to let my student’s work/learn/ask. I start teaching at 6:00pm and usually lecture for two hours. The next two hours are work time where I canvas the room helping students individually. I conclude my day at 10:00pm and then drive home to have dinner and kiss my sleeping kids goodnight. I repeat as necessary.

RH: What is your preferred teaching method? What method of teaching SolidWorks have you found to be successful?

AS: I have tried various textbooks and found strengths and weaknesses with all of them. Like Marc Nelson I used the SolidWorks Mountain Board project for a few terms. However, since I use SolidWorks professionally on a daily basis, I could not endorse some of the methods it presented. So, I wrote my own book and augment this with annotated video tutorials. Most importantly, I teach the “big picture” instead of button pushing. I’ve created my own version of the essentials course. I try to set up each lecture in three stages. 1) Key ideas outlined in a bulleted list. 2) Scripted example as a step by step lecture showing each button press. 3) Workflow example showing methodologies and thought process. 1, 2, 3 that’s it. Oh, I’m also a PowerPoint hater, and never use it.

RH: What curriculum and industry standards do you teach?

AS: Academically, I don’t have any curriculum standards. Likewise, I don’t have to teach to any industrial standard because I don’t just cater to drafting students. I’ve had students from mechanical engineering, industrial design, and manufacturing; so I try to focus on SolidWorks functionality instead of a specific industry or standard. That’s not to say they won’t learn drafting standards, but there is more to SolidWorks than drafting.

RH: How do you use the SolidWorks Educator resources and curriculum in teaching your class?

AS: For a long time the SolidWorks Educator resources were on the installation DVDs. However, the school IT department does the install before classes start. So, I never saw the materials offered. Then, there was a time that those resources were made available on the website and I was able to grab the mountain board project. However, this fall the SolidWorks website went through a major overhaul and the educator resources were not available. So, I don’t use the educator resources. Did I mention I tried the Mountain Board project two terms a while back? I could tell you more about it off the record. I just like to do things my own way. However, I see that content has been added to the SolidWorks Educators Blog, so I’ll have to check it out.

RH: Do you have any work from the students you are able to and would like to share? (pictures or models)

AS: I feel I should ask students permission before I share any of their intellectual property or projects, but I can tell you about our core classroom project. I build my class around a simple Lego set. Each piece we model illustrates various SolidWorks tools and functionality. We assemble the blocks to build various vehicles, and output drawings, renderings, and bills of materials like any company would expect.

RH: What industry do you teach for or what is the prevalent industry in your area that would eventually hire a SolidWorks trained person?

AS: Oregon still has a large high tech sector. We have the Intel headquarters, Nike, and a lot of bio-tech upstarts. Everyone is using SolidWorks at one level or another.

RH: What universities or community colleges are nearby that your students would attend and pursue a course of study with SolidWorks application?

AS: Just about all technical colleges and schools in the area use SolidWorks. Most post secondary schools are transitioning away from ProE and moving to SolidWorks. A partial list includes: Portland Community, Clackamas Community, Oregon State University (Beavers), University of Oregon (Ducks), University of Washington (Huskies), Clark College.

RH: Have you attended SolidWorks World? If so, what was beneficial from a teaching standpoint?

AS: I attended SolidWorks World 2006. Everything I attended and everyone I met was beneficial. However, I did not see an educator presence there at all. I plan on attending next year and hope to do a presentation as an educator. (PS: Don’t steal my ideas.)

RH: Will your school board or current school be willing to fund a trip for you to SolidWorks World?

AS: I will probably be funding the trip to SolidWorks World 2010 on my own. Oregon seems to “spend” money very well, just not on anything anyone wants. I could go through the channels, but remember, I like to do things my own way.

RH: Knowing that most school systems are in desperate financial situations, do you feel that there will be continued support for teaching SolidWorks and CAD drafting skills? If so, is it short term or long term support?

AS: This is a very hot topic for me because I both work in industry and am a member of the school faculty.

<edit: remove inflammatory, political monologue. (AS)>

A restructuring is badly needed. I try to live my life with this simple idea. I can’t discredit something if I haven’t made a real attempt to fix it. Therefore, I joined the curriculum advisory board at Clackamas Community College. One of the options on the table is restructuring the program from a two-year associates degree to a one-year certificate; something Portland Community College did some years ago. However, this is erosion of the highly-prized education model and may eventually lead to erosion of other degree programs. So I don’t have an answer right now, but I am at least taking an active part in the evaluation/solution process.

RH: How important do you feel that teaching SolidWorks/CAD/drafting skills is for the future of engineering and industry in general?

AS: CAD is an integral part of engineering today. At an increasing level engineers are doing their own detailing work. As companies further combine MRP/PDM data and personnel resources, the data shared needs to be current and complete. SolidWorks data is a huge benefit in this collaboration.

RH: What are the biggest challenges you face in teaching SolidWorks/drafting?

AS: My largest hurdle while teaching SolidWorks is un-teaching AutoCAD. When will the world stop teaching this as a current tool??!! To be fair, legacy data exists, but only needs to be maintained for the short term. Getting the students out of the 2D dungeon is the hardest part. Getting them to the wow-factor of SolidWorks is always a great day in the classroom.

RH: What are some goals for your future and do you always plan on teaching?

AS: This country needs engineers. I think our schools have produced too many liberal arts majors in the last 10 years. My goal is to reach younger, middle school age students. I recently talked with Saturday Academy, a local group dedicated to mentoring and offering classes to school kids.  I would like to start teaching SolidWorks classes at this level, but the hurdle now is hardware. We need to get new enough computers to run the next releases of SolidWorks.

Rich,

Thanks for taking the time to interview me and other SolidWorks educators out there. Your outreach through the blog, just like our teaching, helps the engineering community as a whole. Your time and contribution is appreciated by all. Was that the tardy bell? Well, I guess it’s time to get to class.

You are very welcome Adam.  I am very interested in your curriculum compared to other post secondary teachers.  If you are teaching SolidWorks at any level, give me a shout and let’s talk.  See you next time,

Richard Hall (RH): Hi Marc. Why don’t you tell us a little bit about yourself?

Marc Nelson (MN): My name is Marc Nelson. I currently teach at Greenville High School, Greenville, Michigan. I received my BS in Technology Education, in 2000 from Andrews University and my MA in Industrial Education in 2009 from Central Michigan University. I am currently a member of the West Michigan SolidWorks User Group. My Twitter handle is @marcnelson and my school website is http://www.jackettech.com

RH: Do you have any industry experience?  If so what and/or who with?

MN: I began teaching right out of college so I have very limited industry experience.  I did do an internship for my Master’s degree at Apiaries and Orchard Forklift in Edmore Michigan.  I worked mainly on what would become their parts manual for their main product, the Hummerbee Forklift.  Unfortunately I had to use AutoCAD for most of it and then they went to SolidWorks after I was finished (per my recommend).

RH: What led you to become a teacher?

MN: My desire to become a teacher came from several different influences. I have always enjoyed working with young people and watching them create, design and learn new concepts. I chose the area of industrial education because I enjoyed working with my hands. I thought it would be exciting to work with young people teaching them to apply their creativity to woodworking and metals. After taking drafting in high school, I developed a love for design and drafting and later learned CAD.

RH: How long have you been teaching?

MN: I have been teaching for 9 years, 4 at the middle school level and 5 years at the high school level, all for Greenville Public Schools.

RH: Why do you teach CAD with SolidWorks?

MN: When I started teaching CAD five years ago, the lab was equipped with AutoCAD 2000 LT. Knowing the program was old and that it had issues running on our network, I began looking for something that was based around parametric design concepts as well as a leading contender in the field of CAD software to replace it. Man, I was such a rookie back then. A colleague recommended I try SolidWorks and a vendor supplied me with a trial disk. After a brief love/hate relationship, I began to catch on. SolidWorks seemed to fit in naturally for the students I had try it out. I was able to find a vendor who would support us with our current network configuration (Novell). After having taught with the program for three years now, I have found that students easily catch on to the program due to the fact that today have a basic understanding of 3D space from video games and online experiences.

RH: What SolidWorks certifications if any do you currently hold?

MN: None currently.

RH: What are your classes (age range and/or skill level)

MN: I teach grades 9-12 and all of my classes have a mix of the four grades. Right now my student enrollment is about 140 or so with 28 per class max.

RH: What is a typical classroom day like for you?

MN: My day starts at 6:30 with my Engineering Graphics and Architectural Graphics classes. These are my upper level students. I currently have two CAD 1 classes, which are my introductory CAD classes. There is one CAD 2 class and a CAD 3 class as well. CAD 2 focuses on detail drawings, assemblies, section views, fasteners and some basic CNC through G-code. CAD 3 focuses on surfacing and packaging problems. I also teach a consumer tech class that is focused on basic automotive and home maintenance. It makes for a very busy day that wraps up with students at about 2:30. I then spend the next few hours planning and grading, hoping to not take work home. I am also our building’s technology representative to the district so that is one more duty during the day when issues arise.

RH: What is your preferred teaching method? What method of teaching SolidWorks have you found to be successful?

MN: What ever is successful. I have tried many different approaches and continue to try different things out. Introductory classes always start out with sketching. From there, I have varied my approach. Since I am sort of a traditionalist in the area of drafting, I prefer to teach orthographic projection early in the curriculum. Because I incorporate this early, I often do not jump in and use the SolidWorks educational curriculum right off the bat. In the introductory levels I will often teach the traditional drafting concepts and tie SolidWorks in as the method for obtaining these concepts. In my advanced classes, we spend more time focusing on design and learning.

RH: What curriculum and industry standards do you teach?

MN: My current curriculum is derived from a traditional drafting curriculum. Currently, Michigan does not have a specified drafting or vocational curriculum. The industry in our area varies and so I teach general approach to industry standards. My philosophy has been that since not every student I teach will stay in Greenville, I should prepare them with a good foundation for their post high school education no matter what area of design or engineering they go into.

RH: How do you use the SolidWorks Educator resources and curriculum in teaching your class?

MN: I have used these in various different ways. My engineering graphics class usually does the mountain board project every year. I often assign the tutorial and introductory activities to students who excel and allow them to work at their own pace. I am continually reviewing these materials and seeing how I can incorporate them into my classes. The power points are often a huge benefit as they allow students to refresh or review concepts I have taught about SolidWorks. These are great resources and I don’t fee like I use them enough.

RH: What industry do you teach for or what is the prevalent industry in your area that would eventually hire a SolidWorks trained person?

MN: Locally we have a heavy tooling and tool and die industry influence. But I teach my classes with an open-ended approach when it comes to industry. Since I would love to think that every student that leaves my classroom will continue on into an engineering career with SolidWorks as their chosen application. But as we all know, many times the workplace decides the CAD application and young engineers must learn the new software. Therefore, I want my students to learn two main concepts: 1) How to visually communicate parts through drafting/CAD and 2) How to learn a CAD program. If they have a basic understanding of these to concepts, I feel they will be successful in their post high school educational endeavors.

RH: What universities or community colleges are nearby that your students would attend and pursue a course of study with SolidWorks application?

MN: Our local community college is in the midst of transitioning to SolidWorks. Ferris State University and Central Michigan University also offer SolidWorks training in their engineering programs.

RH: Have you attended SolidWorks World? If so, what was beneficial from a teaching standpoint?

MN: Unfortunately no. But how many days till SWW10? The bloggers and Twitter users did a great job at giving the highlights, but I look forward to being there in person next year and meeting everyone. I feel like I have so much to learn and I could benefit so much from seeing when is being done with SolidWorks.

RH: Will your school board or current school be willing to fund a trip for you to SolidWorks World?

MN: This I am not totally sure of. I put in for it this year, but it happened to be about the same time that we found our funding was going to be lower than projected. I am sure the school administration would be happy to send me if there were outside funding options such as grants or donations.

RH: Knowing that most school systems are in desperate financial situations, do you feel that there will be continued support for teaching SolidWorks and CAD drafting skills? If so, is it short term or long term support?

MN: Continued support at the district level is very high as long as we can financially support it. Support from the state is questionable. Not doubt, with Michigan’s revised high school curriculum and budget cuts, electives are being cut in many districts. My short-term projection is we will be here. Long term projection is, well, I am not sure enough on that one to say. I would love to say we would be here for a while but with some wacky decisions being made, I can’t say for sure.

RH: How important do you feel that teaching SolidWorks/CAD/drafting is for the future of engineering and industry in general?

MN: Teaching the skills incorporated in SolidWorks are very important for our future. We as teachers are training tomorrow’s engineers, the ones to face greater challenges in design and conquer the challenges we cannot overcome today. The SolidWorks CAD package allows me to teach students to think critically and make changes based on data presented to them through the COSMOS applications. It allows them to see how entire assemblies work together to formulate a working solution to a problem. And teamwork can be incorporated into the learning process much like in an engineering design center.

RH: What are the biggest challenges you face in teaching SolidWorks/drafting?

MN: Two big challenges: time, the network and internal tech support. I really wish I had more time to sit down and become better with SolidWorks, learn it from one side to the other so I feel more proficient with it when I teach it. Second, our district is cross platform (Mac and PC) and we are running the district network on a Novell network. I am not going to go into the details, it adds complications along with how work orders are problem solved and resolved.

RH: What are some goals for your future and do you always plan on teaching?

MN: My plans for the future have always been to continue teaching. I love kids and teaching them to think and learn on their own while designing being creative. That is not to say I wouldn’t change my plans if the right job came along. I have considered working towards a college level position and even considered going back to school for an engineering degree.

Marc, Thanks for taking some time to share with me and everyone else about your life and passion for teaching and for SolidWorks.

DEVELOP 3D is a relatively new CAD technology Magazine published in the U.K.  I was first introduced to it late last year when I joined Twitter.  One of the guys that all the CAD bloggers seemed to be following was a guy named Al Dean.  Al happens to be the editor of the magazine.  I immediately signed up for the online subscription and found out that Josh Mings*, aka solidsmack.com, was a regular contributor.  The .PDF version that is distributed is very nice and from this version I noticed how well the mag. is laid out.  Each article and editorial are well written and, if more than one page, are continued on  the next consecutive page and not somewhere else in the mag.  I enjoyed reading the digital version but recently Al offered to send a few of us in the U.S. some of the paper copies as published in the U.K.  All I could say after opening the package was WOW!  If you appreciate a great full color publication you will really enjoy this magazine.  I find nothing as nice as a well put together periodical.  And to have one with full color and with my favorite engineering/CAD content, well, what can I say.  SolidWorks as well as other major CAD packages and other manufacturing software are covered and advertised inside.  Currently subscriptions of the published paper magazine are free in the U.K. with the digital version free worldwide.  If enough interrest is generated in the U.S. I think we could approach DEVELOP 3D about distribution here.  I would pay to have this magazine as I currently pay for lesser publications.  Take a look at DEVELOP 3D by following the links and drop me a line with your thoughts and comments.

*Josh Mings maintains a SolidWorks Twitter list at his website solidsmack.com

I started out my career using AutoCAD and CADAM and then moved to 3-D using SolidWorks, SolidEdge and Catia.  The most time was spent on SolidWorks because that’s what the company I was working for bought and maintained for its design/drafting software.  I worked for that company for almost 10 years.  So lets take a look at look at this.  I used the same software for 10 years.  I want to change jobs, so what is on my resume? 10 years experience with the same software package.  What package does the company looking at my resume use? Hmm, the same software I have 10 years experience with.  What software do I expect to use at the new company?  Now back to the question, If I have several years experience with anything then I am going to be a valuable resource for that thing.  The same applies to software.  Do I know every function and feature and trick? probably not!  But I know a heck of a lot, so why not share it.  Does the software do everything I want it to do and/or does it do it easily? Probably not!  Are their bugs in the software? Probably so!  Can the software be used for what I need to do? Probably so.  Is the company going to spend money to buy new software just because I can’t make one feature work?  Probably not!  We use what we have at the companies we work for.

Are most users rabid?  I don’t think the average users are any more excited about their 3-D CAD software than an assembly line worker is about the wrench he is using to put a product together.  It’s a tool.  Are some users active?  You BET!  Because they know things about the software and how it works or how to do a work around for a design or which button to push; their is a responsibility to share that.  How do they share what they know?  Some folks do in house company training of  their employees.  Some participate in a local user group and might even present.  Some present at larger venues and some blog about the knowledge they have.  I have found that most that do the latter are not in it for glory or noteriety but are in it to help the average user i.e. EDUCATION.   If you look at most CAD sites, they are set up for educational purposes and most of the blogs have visitor input available so that questions and comments can be added to what is already available.  The sum of all this is education for the users of the software. 

In conclusion, what should be the response to those questions?  Well everyone knows that software has flaws and every CAD software has flaws.  Can it still get the job done? Yes it can.  Are their going to be devotees to a particular software? Yes there are.  But you need to ask why are they devoted before passing judgment.

SW 95 Requirements

SW 95 User Guide

 Hi all,

For my first post, I thought I would share something fun since SolidWorks World 2009 (#SWW09 in twitter) is coming up in a few days.  How many folks have ever worked on SW 95 much less have seen the original disc and User’s Guide?  Well, I started out on SW 95 with a company in my distant past.  We were very small but technically savy.  As a 2-D house, we were looking to make the jump to a 3-D CADD package.  One of my co-workers knew someone who had just had a demo of this new parasolid kernel based 3-D software called SolidWorks.  In late ‘95 we had a demo from a VAR out of Atlanta and bought our first 2 seats with one seat of PhotoWorks in Early ‘96.  Being in a small company allowed me to keep my hands on certain “things” and as the company changed hands a few times, I retained posession of all the discs and most of the user’s guides up through SW 2007.  At SolidWorks World 2007 in New Orleans, I had the pleasure of meeting a group of the SolidWorks bloggers.  I was asked to join them since Ricky Jordan (of rickyjordan.com) and I are from the same user group and we were hanging around together.  During Sunday nights Superbowl party, the conversation turned to who had been using SW the longest.  As it turned out it ended up being me so that’s when I supprised the group by pulling the disc and guide out of my travel bag.  I brought them with the intention of trying to get some autographs.  Everyone laughed and the first question that popped out was “what were the system requirements?”.  In the mean time Brian McElyea (of CADFanatic.com) was in the food line refilling his plate with wings or hotdogs or something and ran into John McEleney then president of SolidWorks.  Brian mentioned the guide and our conversation so John came over to the table and introduced himself to me and started talking about SolidWorks.  I asked him if he would autograph the guide and as he was about to sign he asked the question “what were the system requirements?”.  The table erupted in laughter.  The next morning I was lucky enough to have John Hirschtick autograph the guide as well. 

Ben Eadie from solidmentor.com was covering the event and made the following video.  Thanks Ben for the nice comments. 

I hope to see you all soon,

Rich