|Albuquerque, New Mexico||
August 13, 2013, 4:00 PM – 7:00 PM
Sept. 10, 2013, 5:00 PM – 10:00 PM
October 16, 2013, 4:00 PM – 8:00 PM
|Albuquerque, New Mexico||
August 13, 2013, 4:00 PM – 7:00 PM
Sept. 10, 2013, 5:00 PM – 10:00 PM
October 16, 2013, 4:00 PM – 8:00 PM
If you visited our office in Littleton Colorado you will have noticed that we were kind of working on top of one another. To alleviate the problem, we have moved down the street. Our new PADT Colorado office is still in historic downtown Littleton, we are actually on the main street now:
2009 W Littleton Blvd
Littleton CO 80120
It is right next to the old Arapahoe County Court House. As you can see it is a “unique” building with a lot of character. So we are looking forward to using some creativity in decorating the place to match the feeling of the building. All staff members will be issued skinny ties and horn rimmed glasses. Engineers will be required to wear white short sleeved shirts and pocket protectors.
We are setting it up in stages, so we are still working on getting full Internet access, the company wide PADT phone system up and running, new furniture, and our demo machines. Once all of that is done we will be announcing a “Grand Opening” open house.
But Norm, Patrick, Mike, and Manoj would be happy to have a visit anytime. One of the nicer features is a balcony overlooking downtown and the Front Range. Stop by and enjoy the warm weather while it lasts. You can chat about Simulation, 3D Printing, or product development and we will call it work.
Our latest journey into mass media was a real pleasure. We were invited to come on to the local Phoenix PBS station to talk about 3D Printing. The team of students from the Walter Cronkite School of Mass Communications at ASU that do most of the behind the scenes work were great. The host and producer were true professionals who asked some of the best questions we have ever been asked on this topic.
You can the full program here:
Eric’s interview is the second half.
Those of you who know 3D Printing know that they showed a CNC mill instead of one of our 3D printers. We gave them a bunch of background video to use (from another interview) and they kind of picked the wrong one. But hey, Bob and Luis got on TV! And all that really matters is that they spelled our name right.
A great opportunity and we look forward to evangelizing the promise of additive manufacturing in the future. You can learn more about the whole world of 3D Printing on our website by starting on our prototyping support page.
PADT will be on the local Phoenix PBS station this Wednesday, July 10th at 5:30 PM talking about 3D Printing and PADT. Here is the teaser from their website:
3D printing has been around for a while, but it is just starting to make a big impact on mainstream society. Tempe-based Phoenix Analysis and Design Technologies is a 3D printing company that was started in 1994 and offers a variety of services, including product simulation, design prototyping and medical devices. The company is also the largest distributor of 3D printing and manufacturing systems in the Southwest. Eric Miller of PADT will talk about his company and 3D printing.
Set your DVR or check watch our news feed to a link for the interview when it hits the web.
Arizona Horizon is the local news show where they talk about local events and activities, and also focus on community news. One recurring segment is their discussion of AZ Technology & Innovation, and PADT has been asked to contribute. It is in HD… better comb my hair and iron my shirt.
The folks at the Sandia Science and Technology Park welcomed PADT to the Neighborhood with a nice writeup in their monthly newsletter. We are very excited about growing our New Mexico business from this location.
There is no way to hide the embarrassing reality. I am supposed to be an expert. I am introduced to people as such. People all over the world read stuff I write about how to use ANSYS products more effectively. But last week and this week, humility has struck a devastating blow on my ego. I found three very useful things in ANSYS Mechanical that I either didn’t know, or forgot about. I even mentioned one of them (Manage Views) in an update presentation as “cool and very important feature” then promptly forgot it was there.
As payment for my sins, I will share a brief description of each with all of you, in the hopes that I will: 1) make you feel better about yourself because you already knew this stuff, or 2) give you the knowledge you need to avoid the embarrassment, and lost productivity, that my ignorance has brought me.
I mention this one first because it was pointed out to me by no less than the ANSYS Mechanical product manager at ANSYS, Inc. Yikes. I believe he actually did a face palm when I asked him “What is Selection Information? There is an Icon with an i on the toolbar? Really?”
There it is, right next to the Worksheet icon, an icon I use all the time. What it does is give you information about geometry, CAD and nodes, in your model. There are three ways to get it, not just the icon on the toolbar:
However you use it, you will get a new window, embedded with the existing windows, that shows you information about the geometry entity of entities that you select. Normal selection options apply. You can pick vertices, edges, surfaces, or bodies. I like to drag it out as it’s own window so I can see it all. (Notice how I talk like I do this all the time… yea, whatever. I just figured out that it is a lot better if I drag it out and look at it by itself.)
My sample model is just a cylinder, so If I pick the end and the cylinder I get:
See how it lists the two faces, and a summary. There is some internal info in there as well like ID’s that ANSYS mechanical uses to do stuff. The toolbar across the top lets you select a coordinate system to do the calculations in, set options (the green checkbox) or control if you want individual info, summary info, or both.
The options are useful because by default, everything is on. Turning some stuff off can reduce the clutter.
For nodes, I can get location, node number, and body information:
When you are in the window there are some useful things you can do with the list. The first is sort by clicking on the column headers. What node is at your max X position in your cylindrical coordinate system? Just set the Coordinate System and click on X(in) twice to sort from max o min:
If you select any of the cells, you can right mouse click and get a context menu that lets you reselect the entities being listed, export to a text or Excel file, Refresh, or copy to the clipboard:
Give it a shot next time your in a model and want to know some stuff.
One of the more useful capabilities in ANSYS Mechanical APDL is the ability to define views in a macro and call them back up again, getting the same standard views every time. Well you have been able to do that in Workbench when the introduced the “Scary Eye” icon at I think 14.5 (maybe 14):
Although it looks like a secret Masonic symbol, the icon actually represents a handy tool for saving views not only in your model but to files. It is also available in View->Windows->Manage Views.
Not only that, it lets you save the view commands to an external file that you can use with other models or even go in and edit to create a very specific view.
When you start it up, it brings up its own little window as well, that has eye themed icons to control your view saving/recall experience.
So, get your model positioned the way you want it using the mouse to control the view, then click the first icon to save it. The program puts the window into “rename” mode so you can give it a descriptive name here. Just keep doing that till you have all your views defined.
If at some point you want to change view, no need to delete and recreate it. Simply Click on the view you want to redefine and then click on “Spooky Eye Box with Green Blob.”
Note: You can only select more than one view and delete it. None of the other commands work for more than one view. But the save views command saves all the views, regardless of how many you have selected.
Here are some views I created:
Now it gets cool. Click on a view and then click on the “Save” (last) icon. It will save the views as an XML file. Pop that into your handy-dandy XML editor and you can check out the view definitions:
This is where I get excited. Now you can go into this file and create your own view, or modify a view to be very specific. I didn’t have enough time to figure out what all the options did, but if you get a view that is close to what you want, you should be able to modify it from there.
The last thing to talk about is what happens if you right mouse click on a view? You get:
Yes, copy as MAPDL! Not only is this useful for us old guys that just like to look at MAPDL, it lets you use the same view for any plots you may make with a code snippet as you used for the plots in ANSYS Mechanical. So your views are consistent for all your plots!
This was one of those “there has to be a way to do this” moments. We were talking about different ways to speed up the solution of a transient thermal model and I suggested that instead of using automatic time step controls they put in some values. But for the life of me I couldn’t figure out how to change a bunch of load step settings at the same time, so I was changing them one at a time. For every step, change the step number, then change the value:
Yawn! This started off a “well in ANSYS classic, I could write a script that would… blah… blah… blah…”
There has got to be a better way. There is. In the Graph window the load steps are shown on the X-axis. Simply multi-select the steps you want to change there:
In the example above I CTRL-Clicked steps 3, 5, and 7. Now my Analysis Settings details view looks like:
See how Current Step Number and Step End Time are “Multi Step”. Any change I make to settings will now be applied to the selected steps. A huge time savings. And a big “Duh, I should have known that!”
We are very pleased to announce that PADT is opening new local office in Albuquerque, New Mexico in the Sandia Science and Technology Park. The office will focus on providing sales, technical support, 3D Printer maintenance, and a meeting space to better serve customers in New Mexico.
Some of PADT’s earliest customers came from the state of New Mexico, and the company provides products, support, and services to many organizations in the area, including all of the major universities, the National Labs, and dozens of commercial companies. The new office will allow the local team, and employees visiting from PADT’s Colorado or Arizona locations, the opportunity to work in a familiar location, have direct access to PADT’s infrastructure, and provide customers a location to view the 3D Printing, simulation, and product development technologies that PADT offers. The location at the Eubank entrance to Kirtland AFB and Sandia National Labs give direct access to the highest concentration of PADT customers in the state.
The sales team in the PADT New Mexico office will focus on distributing three products lines: The first is the complete suite of simulation software from ANSYS, Inc. (ANSS) (www.ANSYS.com). These tools are used by companies around the world to simulate products before testing, resulting in better performance for less cost and in less time. The second line of products are the 3D Printer and Direct Digital Manufacturing systems from Stratasys (SSYS) (www.STRATASYS.com). Both ANSYS, Inc. and Stratasys are the world leaders in their respective markets, and PADT is proud to be one of their reselling partners for Colorado, Utah, Nevada, Arizona and New Mexico. The third product line is PADT’s CUBE Systems, (www.padtinc.com/cube-hvpc) their own brand of High Value Performance Computers specifically designed and configured for the advanced simulation user.
Additionally, the office will serve as a place for PADT’s technical staff to work together at a single location, providing simulation consulting, training and technical support. As the company grows, the area has sufficient expansion opportunities to allow for more employees and equipment.
You can read the official announcement on the press release:
Here are some images of the new office:
The office is literally on the corner of Research and Innovation at:
PADT New Mexico
1451 Innovation Parkway
Albuquerque, NM 87123
Still working on signage, but we used a large monitor to add a little touch to the entrance
The office is located at the Sandia Science and Technology Park on the east side of Albuquerque, just south of I-40 near the Eubank gate to Kirtland AFB and Sandia National Labs:
PADT and 3D printing got a great write up in the Las Cruces Bulletin last month. Renee Palacios and John Wright were speaking at the High Tech Council of Southern New Mexico on May 17th and a local reporter attended and did a great interview.
With all the media attention focused on 3D Printing we have been bombarded with requests from the media to talk about the technology. This was one of the better articles that does a very good job explaining the technology and its applications. Yes, it does lead off with the whole “printing a plastic gun” story, but that is the price of getting people’s attention these days.
We love sharing our experience and knowledge on this technology. And Renee even got her picture in the paper:
Learn more about the 3D Printing and Additive Manufacturing systems from Stratasys that PADT sells here. Learn about how PADT can make a 3D prototype for you here. And find useful information about 3D printing in general here.
When we decided to redo our website we were told by all of the experts that you need case studies and you need testimonials. Being engineers, we immediately pushed back saying that none of our customers will give us the input we need. We are happy to report that we were wrong. So wrong that we are humbled by the fantastic response.
Our initial effort is focused on documenting some of the projects we have done in our Product Development and Medical Device Development groups. You can see the eleven case studies we currently have on our Successes page. There is some good information there on how PADT helps companies develop their products.
But what we are most proud of are the awesome testimonials we have received directly from our customers. We are usually not ones to brag and toot our own horn… but we were proud enough of these testimonials to where we felt it was OK to let them toot our horn for us.
“PADT did a great job translating our prototype ideas into a fully-designed, manufacturable product. From multi-disciplinary engineering to project management to fabrication, PADT did it all. PADT worked collaboratively with our team to understand requirements and to solve technical hurdles in order to deliver a product that best fit our expectations.”
– Garrett Beauregard, Senior VP of Engineering, ECOtality Inc.
“I found there to be great benefit in going through PADT’s disciplined steps for the development of an updated prototype of our device. Restarting with a more systematic approach, and analyzing each component fresh, made me feel confident about every aspect of the new design.”
– Neil R. Crawford, PhD Associate Professor, Spinal Biomechanics Barrow Neurological Institute
“PADT’s Design Team was instrumental in working with Orthosensor throughout the design and development activities of the Orthosensor Knee Balance. Their commitment and flexibility to our business needs allowed us to bring our product to market in a significantly shortened period of time.”
– Juan C Fernandez, COO, Orthosensor Inc
“SynCardia has chosen to work with PADT based on their ability to develop close personal relationships, to create and implement engineering solutions rapidly, and to support SynCardia’s innovative drive for our life-saving technology.”
— Douglas A Nutter, COO, SynCardia Systems, Inc.
“PADT has provided a number of valuable services for Ulthera ranging from design work and ergonomic improvements, to manufacturability and V&V testing. Over the past 18 months, PADT worked closely with our engineering staff to ensure the successful launch of our redesigned Deep See Handpiece. Our successful collaboration allowed us to focus our internal resources on our core competencies while leveraging PADT’s skill sets. Ulthera also benefited from PADT’s adaptable, customer-specific, Design Control process to minimize the QC documentation requirements on the Ulthera staff”
— Michael Peterson, Vice President, R&D, Ultherea, Inc
“For the last 2 years we have worked with PADT to develop our ClearView technology. Their team has helped us with many aspects of product development and commercialization. They have been a very valuable asset and I would highly recommend them to any startup that needs to navigate the pathway to market.”
— Tom Blondi, President, EPIC Research & Diagnostics
“PADT has demonstrated strong concept creation and development testing abilities – and have done so with very short time schedules. PADT was in charge of a key component development for our Fuel Cell System, and accomplished it as planned. Owing to PADT’s challenging spirit, Nissan was able to lease the 2005 model FCV’s to some customers in the early period of 2006. In addition, Nissan has been able to continue the FCV leasing program for five years with PADT’s reliable support.”
— Arai Takayuki, Senior Manager, EV Systems Laboratory, Nissan Motor Company
“The PADT experience was a positive one from my first phone conversation with them to the delivery of the end product. The engineers delivered a prototype that was exactly what I envisioned in a short 8 weeks. PADT will be my choice in the future.”
— Bob Rife, R.R.T.
“For the last 3 years I have worked with PADT Medical as a physician-inventor of medical devices. Their engineering team is professional, punctual, and responsible. Their management is exemplary. I recommend PADT Medical to any potential Client.”
— Charles J. Filipi M.D., Medical Director, SafeStitch Medical, Inc.
At PADT “We Make Innovation Work” and these fantastic testimonials give specific examples of how we have done that for others. If you would like to learn how PADT’s products and services can help you, please do not hesitate to contact us.
The PADT and Flownex teams have our booth set up and ready to go for the next three days at Turbo Expo 2013.
This is always one of our favorite events because most of us came from this industry, and in fact all four of the founders were turbine-engine-engineers before we started PADT. A special part of this years event is that we are introducing Flownex to the North American Turbo community as well as our CUBE HVPC computer systems. So lots of new things to talk about along with our established offerings of ANSYS, Inc software consulting, customization, and training.
If you are there, please make sure you stop by our booth. We would love to see you and chat.
Here is our press release on the event:
Trusted Partners for Turbomachinery Simulation
The ASME Turbo Expo is the industry show where PADT feels at home the most. Founded by experienced turbine engine simulation, design, and manufacturing engineers, the company has a true understanding of the real world needs of those who are focused on simulation for Turbomachinery.
Our primary focus for this year’s conference will be the full introduction of the Flownex Simulation Environment to North America. This thermal-fluid system simulation tool started life as a solver for combustor analysis, and has grown up to be a full featured toolset that can model any fluid-thermal network in your engine or pump. Flownex is ideal simulation software for the quick thermo-fluid analysis of gas turbine performance.
It provides aircraft engine design and system engineers with the ability to simulate complicated air and gas flow patterns through fans, compressors and turbines; match compressor and turbine power and compile maps; calculate thrust, shaft power, combustion calculations with convection, conduction and radiation heat transfer; and determine fuel consumption. If you are using an in-house tool or software written for other applications to model your flow networks, please come by to see how Flownex can reduce the amount of time you spend modeling your systems while increasing the fidelity of your models.s grown up to be a full featured toolset that can model any fluid-thermal network in your engine or pump. Flownex is ideal simulation software for the quick thermo-fluid analysis of gas turbine performance.
PADT’s reputation in the Turbomachinery industry is built on our expertise selling, using, supporting, and customizing the complete suite of ANSYS FEA and CFD. Turbo companies come to us for training on ANSYS software, customization of analysis tools, FEA and CFD outsourcing, and HPC hardware because they know we know their business and how to maximize the return on their investment in simulation. We can help anyone doing simulation on Turbomachinery in a variety of ways, stop on by to find out how.
Another new area the PADT provides this type of help to turbo companies is by offering a complete line of High Value Performance Computer systems specifically designed for the simulation user. From workstations to large clusters, PADT can custom design a system that hits the sweet spot between cost and performance, delivering faster turnaround of CFD and FEA runs for considerably less than systems offered by general purpose computer suppliers.
Stop by our booth to look at the hardware, software, training, and consulting that we offer to companies around the world to help them make their studies more efficient and effective.
Last week was AZBio Expo 20113 here in Tempe Arizona. PADT was pleased to be a sponsor and we had a great time meeting with all of our customers and vendors at the event, as well as getting to chance to meet some new people. It is always an honor to be listed with so many great sponsors, and this event was no exception.
For our booth, we brought some examples of projects that we have done recently as well as one of our Stratasys Dimension 3D Printers, so that we could show off how we can make medical grade prototypes directly from CAD.
The highlight of the event was the keynote speech by Dr. Slepian from SynCardia spoke. SynCardia is a customer that PADT has always been very proud to work with, and hearing about the progress that they are making was inspiring.
You can see other photos from the event on the AZBio Facebook page.
We hope that you find it useful and we look forward to sharing our thoughts on this topic with you.
It has been some time since we have added to this series, mostly because we have been busy working with companies both large and small helping to make their innovation work. Its good to be busy. We have also become further involved with several new startups by providing services, mentoring, and angel investing. All of those experiences reinforced an important lesson we have learned through the years: you must have an honest and deep understand of the need in the marketplace, and your focus must be on finding the best possible solution for that need.
A technology startup is created as a business that uses some sort of technology to solve some sort of need in the market. The need may already be met by existing solutions, it may be unmet, or it may even be a need that no one knows they have. So first, find a need. That is where you start. Define the “Why” for your technology. Then make sure that those who want that need met are willing to pay more for meeting that need than it costs you to provide the solution – profit.
People want coffee. They will pay around $4.35 for coffee. It costs you $0.50 to make and serve a cup– profit. Switch out coffee with any other need and the equation is the same.
It is also a good idea for the need to be one that is large enough that the risk of doing the startup is counterbalanced by the possible return. The old higher risk requires higher potential rewards equation. Taking our food example a bit too far, there are people who want Donkey Milk Cheese. They will pay over $600/pound for it. But if there are only a few hundred of them, you will have a hard time getting investors or employees to invest a lot of money or time in your endeavor. Good enough for a family farm that just needs to make a little bit of money, but not good enough for a technology startup – low or negative profit.
This stuff is startup fundamentals. Identify the market from a business standpoint and really understand it as a market: how strong is the demand (impacts price) and how big is it.
Most companies start by identifying a credible and real need, then they veer off the road and start obsessing about why that need is important. Going on and on about how bad the current solutions are, how it is ignored by others, how others just do not understand it, or that is is the next “big thing.” These things matter, but only in terms of how they contribute to how much people will pay for a solution and how many of them there are.
It is not uncommon for us to listen to a pitch and have the CEO of a startup spend over half of their time talking about the need in the market. Going on and on why the need is significant or important. This should be a small part of a pitch, simply presented to gain some interest and establish the size and desire of the market.
So the easy part is done. A need is identified and the potential financial return for meeting it is also quantified. Now comes the hard part – finding the right solution. As a technology startup, that solution is most likely technology based. It could the the application of existing technology or it could require the development of a new technology. Either way your job as a startup is to turn that solution into a product or service that can be sold to the market.
This is where you focus should be. Even if you have not solved the technical problems, you should be planning out what resources and how much money you will need to solve them. If you are looking for funding, investors are going to want to know less about the nuts and bolts of the technology and more about how much it costs to get the technology working, and how much it will cost to produce or maintain the technology you will be selling.
The need to come up with a working solution is so fundamental some may ask why this is even listed in a “Lessons Learned” list. It is obvious. But our experience is that a large number of startup companies take the solution on faith. It is not uncommon for us to be hired by a startup, especially in the clean-tech sector, who wants us to help them evaluate or improve their technology. When we look at the technology we often find that it is not unique, not as good as they think it is, or simply does not work. And this is after the company has funding, employees and interest from customers.
A complete solution also includes a manufacturing or distribution plan. For software, this has become somewhat trivial, but for hardware solutions it is often overlooked. You need to know as early as possible if you can make your solution, how long it will take to make, and what it will cost to make it.
When you talk about a market need and a solution, you always need to ask yourself if a startup has a solution, but is looking for a problem to solve. With the rising trendiness of the whole “pivot” thing many people downplay this more than they should. If the market is wrong, pivot. That is an expensive and painful process.
We often see brilliant technical solutions that have a significant “wow” factor associated with them. They are often well executed and examples of how to do technology right. But they do not have a market or a market has not been identified. This often results from an unrealistic assessment of the need up front. If you develop a Donkey Milk Cheese that is truly a work of art, your business will fail because you now need to create a market for Donkey Milk Cheese as a cheese, or find a new problem that can be solved with Donkey Milk Cheese. Perhaps it is a good foot balm?
People have problems with understanding their market and focusing on their solution when they forget that what they are doing is a business. A tech startup is not a club, a social experiment, or a family adventure. It can look like all of those things, but it is a business. And not just any business. It has significant financial and technical challenges and the expectation for it is rapid and significant growth.
Without the identification and understanding of a clear market need, and a team that is focused on providing a technical solution that makes business sense, a startup will surely fail and may not even be able to attract funding.
We are pleased to introduce a new feature in The Focus blog, video posts. With this entry we are putting up our first “The Focus Video Tips, Examples, and Demonstrations” Sometimes a video just works better, especially when showing how to do something in a Graphical User Interface.
So we have put some basic infrastructure in place and that lets us quickly record something on one of our computers, stick a title and end slide on it, and then upload to YouTube.
In this first entry, we show how easy it is to read in geometry from SolidWorks to ANSYS Mechanical.
Customers, friends, and families joined PADT’s employees for a private screening of “Star Trek: Into Darkness” last Friday afternoon. We had such a great turnout that the only seats open were in the front row.
Watching a movie like this with a group of technical people is a lot more fun than a general crowd. Many of us are long time fans so we truly enjoyed sharing some of the inside jokes and tie-ins to Star Trek: TOS as well as the older movies.
We want to thank everyone who was able to make it and we are already looking at upcoming films to find the right one to do this again with. And yes, we will get a bigger theater next time.
Our recent visit to see the Solar Impulse aircraft while it visited Phoenix was a great opportunity for us to see some great engineering, share some thoughts on cleantech technology, and be reminded of the power of doing something big.
The Solar Impulse is a “movement challenging conventional thinking to inspire innovation, hope and action among citizens and policymakers.”
Innovation, hope and action about what?
How existing and future technologies can change the way we use energy around the world.
They are doing it by using existing technologies to build an airplane that operates entirely on power gathered from sunlight and that is capable of flying night and day over long distances. They are currently flying across the US, and are building a second generation aircraft that should be able to fly around the world.
You can learn the technical specifics about the plane here, and about the trip across the US here. It truly is an engineering marvel in how every inch of the aircraft is optimized to increase the glide ratio and decrease weight. The entire power train, from sunlight hitting the wings to the turning of the propellers has a total efficiency of 12%, which is pretty impressive if you consider the fact that the solar cells are only 22% efficient. The motors and the gearbox are, well, like a finely made Swiss machine.
Once we got over the technical aspects of the aircraft we started to listen to the pilot, Bertrand Piccard. You may recognize his name (no he is not Capt. Picard’s great-great-great grandfather… as far as we no). He was one of the Aeoronauts who made the first non-stop around the world balloon flight. He honestly and directly pointed out that there is no real practical application for this aircraft. It has the wingspan of a 747 and can only carry one person. What he did do is talk about using this project as a demonstration, and a catalyst, to get people around the world to understand that today we can all make small changes that will have a major impact on how much energy we consume, and where it comes from. From the solar cells to the motors to the high-efficiency LED landing lights, every inch of this plane underscores that message.
It also got me to thinking. We are often too focused on only doing projects that produce a tangible benefit, that generate direct income or fix a problem directly. If you look at history and when we made giant leaps forward, those leaps were usually started by someone doing something that may not have had a direct and practical application. But it inspired, it pushed the technology forward, and in the end it almost always improved the lives of everyone in some way.
Everywhere this plane goes it attracts big crowds. It’s image on TV and the Internet is shared by millions. It is changing the way people think about cleantech and showing that we have technology here now that can make a difference. Will we ever travel in a solar powered commercial airplane? No, probably not. But will this effort inspire someone to develop a more efficient motor and better composite material for wing spars? I am sure of it.
As we left the improvised hanger at Sky Harbor airport I felt that excitement I used to feel as a child, that challenge that pushed me to become an engineer in the first place. Solving difficult problems, using technology to make the world around us a better place, that is what it is all about. That is what makes what we do here at PADT so damn cool.
So here is to doing something big that inspires. Thank you SolarImpulse. We all need to follow your lead and dream about making big changes, and make sure that inspiration is a part of what we do.