Integrated Information System / Usage Strategies.......
Integrated Software / Device Interaction.......
Consumer Electronics / Wireless Devices.......
Industrial / Medical Equipment.......

......Visual + Physical Interactional Analysis, Architecture, and Design
......Product / Service Conception, Identity Development
......Strategic Consulting, Intellectual Property and Patent Development
......Online Development Visualization + Implementation Support

Harmony in Design

"Beauty will result from the most beautiful form and from
the correspondence of the whole to the parts; of the parts
among themselves, and of these again to the whole;
so that the structures may appear an entire and complete
body, wherein each member agree with the others and all
members are necessary for the accomplishment of the building."

Andrea Palladio (1508 - 1580)
Renaissance Architect
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Orbitstar Interactica - The Orbit Interaction Weblog
Orbitstar Interactica leads a small, but determined fleet of broad and experienced practitioners in search of the lost home planet called Generalist Interaction Design.
DodgeDot™ - A New Classic Game Is Born

(Voice of Futurama's Professor Farnsworth): GOOD NEWS EVERYBODY!!!

Our new Jampaq game, DodgeDot™ is now on sale in the iTunes Store! We got the approval acknowledgement a couple of hours ago and it's now up in the store and we've already started seeing sale!. If you've got either an iPhone or iPod Touch, go get it. We're sure you'll enjoy playing.

It's also powered by our own exclusive Jampaq Network player community, so you can register, have your own player profile, follow other players and be followed, with score ranking for weekly rounds and all-time champions.

Our testing this Summer showed it was a huge hit with men and women, boys and girls, and ages 3 1/2 to 88!

To get DodgeDot™, follow the buy link at our website (You'll also find a brief description of the game there): http://www.dodgedot.com

Or go directly to DodgeDot's iTunes Store page.

We're also hoping for some early killer reviews (these remain at the top, so we hope our first reviews are great!), so if you review us today, we'll be deeply appreciative!

This game represented six months of nearly solid 16/6.5 work on my and my Jampaq Founder/Partner Steve Doss' part. We've already got more fun under development, both for DodgeDot and other games, so this is just the beginning. Stay tuned!

- James Leftwich, IDSA 10/3/2009 3:22:36PM

I've become CXO at Jampaq

I've become CXO - Chief Experience Officer at Jampaq Software, Inc. in Belmont, California.

I've joined up with my longtime friend, colleague, and venture partner, Steve Doss, who's the Founder and CEO of Jampaq. A veteran software engineer and all-around renaissance creative master, Steve's produced many successful mobile games on the Palm and Windows Mobile platforms. Together we'll be extending that success into multiple computing platforms.

Very soon we will have some exciting news regarding our newest mobile game, so stay tuned!

We're also continuing to consult and develop software across wide range of platforms and usages, both Jampaq's own products as well as consulting and development for clients. Platforms include mobile, product, desktop, web, and combinations thereof. Usages include games, social networks, consumer electronics, medical, enterprise, and industrial applications.

- James Leftwich, IDSA 6/12/2009 12:15:27PM

I've become CXO at SeeqPod

In October 2007 I became CXO - Chief Experience Officer at SeeqPod, Inc. in Emeryville, California.

After knowing SeeqPod’s brilliant team for nearly two years, and having had them as a client since 2006, I've jumped onboard. As CXO I'm leading User Experience and Design, with a goal of making the SeeqPod experience friendly, simple, and powerful for its users. By establishing the CXO position, SeeqPod has set an important precedent for the centrality of the User Experience and Design to its core vision and values. I'm also working with the team to develop new uses and applications for our amazing technology.

SeeqPod's a totally different breed of search & discovery technology provider. In addition to its Finance, Music and Wikipedia search & discovery engines, SeeqPod has plans to launch search & discovery engines within a variety of other verticals.

Born out of UC's Lawrence Berkeley National Laboratory (LBNL), 'Playable Search' uses biomimetic search & discovery technology, which mimics the way the human mind might use context to make and recall associations, an approach relying on context by finding hidden relationships in digital content and data.

Come check out SeeqPod for yourself, and expect more exciting things to come!

And for those of you with iPhones and numerous other mobile devices, try SeeqPod Mobile.

- James Leftwich, IDSA 1/14/2008 1:45:56PM

New Design Conversation on LukeW.com:
Design Futures
Luke Wroblewski is currently hosting the latest Design Conversation between himself, Bob Baxley, Dirk Knemeyer, and me. This time our series is entitled: Design Futures: a conversation about the role of design-driven leadership in the product development process.

Design Futures: Part 1

Design Futures: Part 2

Design Futures: Part 3

Design Futures: Part 4

- James Leftwich, IDSA 9/6/2006 10:23:42AM

From fark.com:
RAND Corporation's "Home Computer of the Year 2004"
My longtime friend Thomas Kitts sent me this awesome photo of an early 1950s concept for what a home computer would look like in the year 2004.

"Scientists from the RAND Corporation have created this model to illustrate how a "home computer" could look like in the year 2004. However the needed technology will not be economically feasible for the average home. Also the scientists readily admit that the computer will require not yet invented technology to actually work, but 50 years from now the scientific progress is expected to solve these problems. With teletype interface and the Fortran language, the computer will be easy to use."

A giant steering wheel! Why didn't I think of that?!

Turns out, it's not really a concept for a home computer, but a full-scale mockup of the maneuvering room of a nuclear submarine. The control room itself is part of a Smithsonian Institution exhibit named "Fast Attacks And Boomers: Submarines of the Cold War." The photo was then altered as an entry into a fark.com photo-doctoring contest. Ahahahaha!

I don't care. I'm putting a gigantic steering wheel on my next user interface!

- James Leftwich, IDSA 4/14/2006 11:03:16AM

A Major Career Change For Me

I Wanna Be A Penguin Wrangler

(Get along lil' penguin...
Ever'body, sing along...)

I wanna be a penguin wrangler
Chaps 'n hat 'n vest all spangler
Ridin' herd on my Antarctic range...

Lil' tuxedos, they've all got 'em
Round 'em up and brand their bottom
'Fore I mosey down to the penguin grange...

Ohhhh it's tie-yie-yippie-eye-ohhhh...
Where the ice and blizzards blowwww...
Auroras blazing 'cross the southern sky...

Ohhhh it's tie-yie-yippie-eye-ayyyy...
Where it's dark and cold all dayyyy...
I'll be a penguin wrangler 'til I die...

©2005 Jim Leftwich

Well, my career as a product and interaction designer has spanned twenty-two years. I've been fortunate to work with some of the world's most brilliant designers and engineers, and on an amazingly wide array of devices, software, and systems.

But ever since I was a young whippersnapper, I've also harbored a secret desire. And now I've finally made the decision to end my design career and pursue that dream.

I'm becoming a Penguin Wrangler.

That's right. Using money I've saved over the years, and selling my home, I've purchased a 500,000 acre expanse of frozen land on an Antarctic island and intend to turn it into the Bar Badtz Maru, the world's first and only Penguin Ranch.

I first realized that this was possible when I read "Uninhabited Ocean Islands" by John Fisher. When most people think of purchasing an uninhabited island to call their own, they think of palm trees and peaceful lagoons. But most of those are spoken for.

What's left? Well, turns out there are plenty of islands further south off the coast of Antartica. One he mentioned, Macquarie Island, had the ruins of an old sealing and penguin-oil-extracting operation that operated there between 1888 and 1917, with giant iron vats that they used to boil down hundreds of penguins at a time.

This got me to thinkin'...

I decided against a penguin boiling operation, as that seemed a bit cruel and pointless in this day and age. But with ecotourism on the rise these days, the idea struck me that a Penguin Dude Ranch just might be the ticket.

So that's my plan. After I get my ranch established and secure a fine herd of penguins, I'll build a nice set of bunkhouses and a resort for guests.

I plan on providing the entertainment myself, as a singing Penguin Wrangler. Like a cooler version of Roy Rogers. Literally.

Look out Ice Hotel, it's time for the Bar Badtz Maru Ranch!

- James Leftwich, IDSA 4/1/2006 11:18:49PM
-


Design Vision :
A Conversation on the Role of Design-Driven Leadership in the Product Development Process
Acrobat .PDF
Luke Wroblewski has compiled our entire four-part Design Conversation - "Design Vision: A Conversation on the Role of Design-Driven Leadership in the Product Development Process" into a nice single Acrobat .PDF document.

About Design Vision:

In the later half of January 2006, a group of designers with nearly 50 cumulative years of experience designing products for companies like Adobe, Apple, eBay, Macromedia, Nike, Palm, and Yahoo got together to talk about design vision. It was a concept for which we all had a personal definition -forged by our unique experiences and insights. Yet we all recognized the important role design vision played in our lives as designers so we took the first step toward a public discussion about what it can do for you, your organization, and your products.

- James Leftwich, IDSA 3/22/2006 1:21:19PM

Design Conversations
Communicating a Vision - Dirk and Bob contiue

Our Design Conversation series concludes this week, moving to Bob Baxley's site. Our fourth and final round inf this conversation delves into the all-important issue of "Getting it done."

The first entry of the fourth part begins with Dirk Knemeyer and Luke Wroblewski. In the second entry, I and Bob weigh in. Then in the third entry Dirk and Bob continue, and then in the final entry, Luke and I add our concluding thoughts.

This four-part series has been an interesting exploration of several issues crucial to the design of user experience across a wide range of products and systems. As our conversations progressed it became apparent that each of us sees design and the challenges present in our work through the unique contexts of our projects and work settings. Hence, Bob, as a Director in a large-scale corporate design position at Yahoo! is faced with challenges that differ in important ways from those encountered by consultants, such as me. And our work and challenges are further differentiated between consumer electronics and physical products, such as I often work on, and the web and desktop software designed by Bob, Luke, and Dirk.

In the end, however, we found many common issues and principles on which we agreed.

- James Leftwich, IDSA 3/20/2006 8:42:29AM

Design Conversations
Communicating a Vision - Dirk and Bob contiue

Communicating a Vision (cont.) Dirk Knemeyer

Yeah, Luke, it definitely sounds like we are in accord on the importance of clear communication, design artifacts, and context. From the standpoint of actual design tools, unless I’m misunderstanding you Luke, I’m quite surprised that you start the process with mock-ups. Getting back to the power of communication, in my experience, you need to get some stakeholder involvement and buy-in a little earlier in the conceptual process.

We’ve been very successful at Involution Studios with using both of the extremes to communicate our software design decisions: very early on, to go through box exercises and very low fidelity wireframing that is akin to magazine or newspaper art direction. That is, communicating a variety of the most basic structure and flow possibilities of the product, including pros and cons to the different approaches. Philosophically, we believe there are various correct solutions to each software design problem, and this low fidelity approaches helps other stakeholders to think through and understand design solutions, becoming part valuable co-creators in the process. From there we go straight to very high fidelity mockups similar to what our final interface design would look like. We’ve found that both stakeholders and users need this degree of fidelity in order to test and validate the design. However, without first going through the purely structural/architectural steps, I don’t think stakeholders would fully appreciate the essence of the design, or have the context to make decisions and back what we’re doing as product designers. So I’m interested in how your process accounts for these things, as well as the issue of buy-in.

Changing gears for a second, one thing we talked a little bit about offline was that we largely are communicating with different audiences, or coming at this from different problem solving perspectives. I wonder if it would have been valuable to explicitly define our respective contexts right up front, to better communicate to each other and our audiences what is framing our positions on these things.

Heh. It all comes back to communication!


Communicating a Vision (cont.) Bob Baxley

Not to break up the kumbaya moment but I think you guys have ventured a little far afield of the actual topic here. The original question was about communicating a product vision not about communicating an actual design solution. Those are two very different beasts and typically involve very different audiences. Although I can't say I've had a ton of success selling or communicating actual vision, in this context it's the more salient topic so I'll focus there.

The single best tool I've found for communicating vision is the concept statement. The idea is simply to describe the core essence of the product in a single sentence. Although it might sound like a simple thing to do, the act of forcing the expression down to a single, concise sentence imposes a level of discipline, committment and clarity that is all too often lacking from software development projects.

The best example I've encountered is Walt Disney's description of Disneyland, "The Happiest Place on Earth". In a single sentence he managed to express the entire philosophy and experience of Disneyland, providing clear and unambiguous guidance for a plethora of business, service, and design decisions. Fifty years after Disneyland opened, you can still see the committment to this vision in everything from the placement of trashcans to the length of the crew shifts.

For more about concept statements, check out this article by Gerd Waloszek at the SAP Design Guild site or my book, "Making the Web Work".

For inspiration I'd return to Dirk's opening comment and encourage everyone to read Kennedy's famous "Address at Rice University on the Nation's Space Effort" as well as the "Special Message to Congress on Urgent National Needs" (skip down to the Section IX, Space). Notice how he describes the goal as well as the timeline and difficulties as well as how he inspires his fellow citizens without downplaying or ignoring the very real dangers and sacrifices required.

Regardless of your political leaning, the speeches are worth reading because they remain the only successful model we have for uniting a large group of people in a single cause unrelated to survival or equality. That's not to say that creating a software experience is quite on par with sending a nation to the moon, but clearly there's a lot to learn from them in terms of inspiration and leadership and vision.

And finally, to wrap the two ideas together, we might look to this passage as the concept statement for the Apollo mission: "...I believe that this nation should commit itself to achieving the goal, before this decade is out, of landing a man on the moon and returning him safely to the earth." Perhaps not as concise as "The Happiest Place on Earth" but certainly clear, direct, and ultimately successful.

- James Leftwich, IDSA 3/2/2006 12:03:48AM

Design Conversations
Communicating a Vision - Jim and Luke contiue

Communicating a Vision (cont.) Jim Leftwich

I should quickly backtrack and acknowledge what Luke said about the importance of telling a story as a means of communicating key aspects of a vision in a context that people can readily grasp. And he’s absolutely right that PowerPoint (which I disparaged earlier), can indeed do this wonderfully. My comment about PowerPoint wasn’t really a comment about it as a medium, as much as a reaction to the innumerable bullet-point presentations I’ve suffered through over the years. So little within corporations is presented in an effective interrelational manner, either visually or, as Luke suggests, in narrative story form. Most of the time, meetings are plagued with these awful bullet-pointed slideshows.

A laundry list of bullet points is to a whole and integrated vision what a list of types of musical notations is to a symphonic score. It’s important, of course, to discover and manage needs and requirements, but this is unfortunately where too many design processes stop. Too often, the focus remains centered around the checklist of features or items, and the design process really becomes about “bolting them all together and putting a pretty skin over the whole mess.”

To avoid confusion, I should again point out that a lot of my projects involve developing platform-level OS UIs and frameworks for associated applications. This is a very different endeavor than designing in other areas, so my methods and approach come from my experiences. The challenge in rapidly developing these types of systems requires iteratively designing at two scales simultaneously:

1 - Developing an overarching theme, interactional language, and set of consistent patterns from which all individual and specific types of interaction can be embodied

And...

2 - Developing each of the individual sub-parts (i.e.: modal divisions, functional sequences, procedures, etc.) using the common language and pattern.

As you can see, this presents something of a chicken and egg problem. It’s impossible to develop the overall interactional language and patterns (the OS level language) without knowing a great deal about the needs that arise within the required functions and activities (applications level). And vice versa. It’s necessary to have some sense of a consistent pattern of interaction in order begin laying out and designing the interactional flows with some sense of consistency and order. By working at both scales simultaneously back and forth, it’s possible to see commonalities and patterns emerging, and this provides opportunities for establishing the overall interactional language and patterns. Then, as this begins to take form, it can be applied back across all of the specific parts of the system. Iteration by iteration this becomes refined and well-integrated.

Evolving flow diagrams and a simultaneously evolving compilation of archetypal interaction elements and usages (a style and interaction guide) become the communicational tools that begin to bring consistent form and integration to this type of whole system.

In this way, the “vision” at the beginning is not necessarily a complete idea for how the final product or system will look and feel, but rather a vision of what type of integration and wholeness will be necessary for initial and long-term success.

While we’ll use mockups and prototypes for some aspects of systems like this, large-scale printed wireframes and storyboards are the primary communication tools my teams use to keep both the big picture and the details coordinated during development. Using these efficient methods, we’re able to bring a great deal of detail and consistency to complex products and systems, such as platform OS GUIs and associated suites of applications, or multi-device and software infrastructures.


Communicating a Vision (cont.) Luke Wroblewski

Guess it’s my turn to acknowledge we’re all singing kumbaya. Jim outlined a number of design artifacts that help with communicate and sell a design vision: thumbnail storyboards, flow diagrams, physical models, and architecture diagrams. These reiterate what makes design artifacts great communicators: information-rich, highly visual and compelling narratives that express both the macro (big picture) and micro (detailed) levels of a product vision.

Bob pointed out these artifacts loose a significant amount of value when presented without a clear definition of the problem they are addressing. Dirk started us off by stressing the importance of communication across an organization when trying to make a vision reality. So it seems we all agree that:

Clear communication is imperative for binding teams and stakeholders to a product vision.


Design artifacts and designers are particularly well suited to communicating that vision through: information design, models, narrative, prototypes, diagrams, and more.


In order to be effective, these artifacts needed to be presented in context. For Bob, this means a clear problem definition. For Jim & I, the narrative unifying the problem and solution is paramount.


We might, however, have different perspectives on how best to illustrate that narrative and thereby design vision. In my field (Web application design), I’ve had great success starting with highly refined product designs (mockups if you must) that begin meaningful conversations about the holistic design systems they imply. Other designers often opt for architectural and flow diagramming first – a process I’ve used many times as well. You can think of the difference between these methodologies as bottom-up and top-down design vision. Which one works best depends on the domain of the product (Web, mobile, physical) and your client’s perspective (product, business, engineering).

I’ve often found the top-down approach starts the process off with a bit too much abstraction for most of my clients (predominantly business and product owners) to understand. It can be quite a challenge to grasp product implications from an architectural diagram when you are not directly building or designing the system. As a result, I prefer to quickly sketch out architectural and flow diagrams for my own understanding, which I don’t initially share with clients. Instead I begin a very direct conversation by bringing visual design, interaction design, and information architecture decisions to the table all at once.

Once the conversation starts, I share high-level design artifacts such as information architecture diagrams to broaden the dialog to an entire holistic system, since the implications of higher-level decisions have been made understandable through the initial set of refined product designs.

Regardless of whether you communicate a design vision with top-down or bottom-up design artifacts, the important thing is start the conversation off right. If your client is a product manager, a refined mockup might work best. If you’re working for the VP of engineering, architectural diagrams may be better.

Too often, it seems that designers choose to make their full process visible right away instead of starting things off in a language their clients already understand.

- James Leftwich, IDSA 3/1/2006 12:05:26AM

Design Conversations
Communicating a Vision - Jim and Bob begin

Communicating a Vision - Jim Leftwich

Communication begins with mapping and understanding what is to be communicated. And so the designer or design group must have a broad and interrelated grasp (not simply a laundry list) of the human needs, desires, and opportunities for greater value (ease of use, utility, efficiency, aesthetics, and ultimately affinity) associated with the project or long-term strategic vision. There are many ways these can be mapped, but as a visual thinker, I prefer graphical and illustrated diagrams showing elements and interrelationships over bulleted PowerPoint slides when it comes to presenting dimensionally interrelated systems. Though when it comes to sleep aids, I’ll admit the superiority of bulleted PowerPoint slides over pills.

I began my career in the early 1980s, a medieval period that predated the age of interactive prototypes. So I developed a method of iteratively designing interactional architectures using a combination of thumbnail storyboards and flow diagrams. Even as interactive tools became available, I still opted for my paper method, as I’ve always felt it more effectively “laid it all out” in a manner that allowed the flows and options to be more effectively visualized, discussed with other designers and engineers, and refined and edited.

My decision to go with dense and detailed paper-based design also allowed me to avoid the time necessary to program or script mockups, and allowed me to concentrate on more interrelated detailing and/or alternative options for the design (which could then be presented simultaneously presented and discussed).

I’ve long had the advantage of working very closely and successfully with engineers and others that were capable of grasping and understanding the interaction as presented in the paper flows. And in the majority of cases, they were able to begin immediately and concurrently implementing the designs in the real software or hardware (even if in a rough prototype device), and so this made it unnecessary to produce an intermediate designer’s interactive prototype. Much of my work is involved in developing significantly or completely new products or systems, and almost always on extremely short schedules. Use of thumbnails and wireframes and paper flow models gives me the speed and immediate overview necessary to look at the system as a whole. My teams generally follow along or “read” these flows and act out the interaction. It’s faster than mocking it up during the exploration phases. We can explore ten ways and get a very good feel for why it’s better to go one way than another in the time that it would take to mock up just one interactive Flash piece. Speed and detail and attention to the whole is the priority in the majority of projects I’m developing.

Many times I have produced physical models (either simple foam form models, or highly detailed stereolithography models) in order to get a better feel for the ergonomics and rhythms involved with physical interaction.

In terms of communicating the architecture and higher-level interrelationships occurring in a large-scale system (separate from the work designing and documenting a component product or user interface and interaction flows within such a system), I also prefer illustrated diagrams showing users, interface and device elements, sequential actions and interrelationships, monetary flow, third-party participation or connection points, and other significant components and interrelationships. Often these will consist of multiple graphics, each covering one aspect of the overall system.

I’ve discovered that in many projects, and perhaps most importantly in large 200+ person government projects, that these are among the only overview documents showing the big picture in significant or meaningful detail.

How would I summarize the importance of design vision communication deliverables? He or she who owns the drawings, owns the vision.


Communicating a Vision - Bob Baxley

The most important part of communicating any design is to clearly and unequivocally state the problem the particular design deliverable is intended to solve. Too often, a designer presents a prototype or mock-up without any context or reference to the problem driving the situation. And without such context, the discussion invariably devolves into a swarm of opinions, conjectures, and personal preferences.

By contrast, if the designer spends the time to properly understand, articulate, and frame the problem being solved, they can pull the audience along with them as they rationally, logically, and inexorably proceed, step by step, from the stated problem to the unavoidable solution.

Showing the logical chain of decisions has to be the mission of all design communication. The question of prototypes versus specs versus PowerPoint versus sock puppets is ultimately an issue of communication strategy and one that is dependent on the sophistication of the audience, the complexity of the design problem, the goals of the products, and the amount of time afforded.

Of late, I’ve taken to not even looking at visual design comps until the designer tells me what emotion(s) they are trying to communicate. When presented with comps I simply turn them over and ask the designer, “What am I supposed to think and feel when I look at this?”

Too often, the designer can’t provide me with a clear and concise collection of qualities, values, or feelings that the design is supposed to elicit and as a result, I have nothing much to offer by way of critique other than off-the-cuff comments and knee jerk reactions -- hardly the sort of things that should form the basis of a design decision.

This is I believe, is the fundamental difference between a designer and a stylist. The former is an analytical, directed problem-solver while the later is a wanderer and a guesser, hoping they’ll stumble across something the client likes.

To sum up and as a corollary to Jim’s final point: he who can define the problem, declares the solution.

- James Leftwich, IDSA 2/28/2006 9:34:07AM

Design Conversations
Communicating a Vision - Dirk and Luke begin

Communicating a Vision - Dirk Knemeyer

Communication is vital to a successful design project. After all: the final designed product is only part of the challenge facing a company. To enjoy long-term and sustainable success, a company needs a healthy culture, which is dependent upon the people in the organization. If they do not feel like they are part of what is happening, personally feeling ownership and participation – no matter how far-removed they might be – they will not be productive, positive contributors to the good of the organization.

Strong communication can create a feeling of shared vision in an organization, even among people who are far-removed from the actual product or design process. One of my favourite stories – and it certainly may be apocryphal – is about JFK touring Cape Canaveral in the early 1960s. On the tour he came across a janitor scrubbing the floors:

JFK: Hello friend, what’s your name and what do you do here?

Janitor: My name is Ray, Mr. President, and I’m helping to put a man on the moon.

The point of the story being, that because of the shared goal and high organizational morale – the product of strong communication, starting with the President himself (“We will put a man on the moon by the end of the decade”) and running all the way down – everyone including the janitor saw their place not in terms of the specific role they did, but framed within this ambitious, even audacious, goal. And of course, they were actually successful, in no small part due to the shared vision.


Communicating a Vision - Luke Wroblewski

I’m going to start off with a loose definition of leadership. Leaders establish a vision, they bind their team and stakeholders to that vision, and then drive for results to make the vision a reality.

This vision does no one any good if it cannot be communicated. The team doesn’t understand what they are trying to build and why. Stakeholders don’t feel their needs are being met and driving for results is next to impossible: people simply don’t know where they are going. Luckily, when it comes to communicating a product vision, designers have a full arsenal of tools at their disposal including: narrative, information design, visual design, and prototypes.





These types of design artifacts can help bring a team or an entire organization together around a shared vision. As I like to say: “design is communication. Use it as such.”
- James Leftwich, IDSA 2/27/2006 12:02:41AM

Design Conversations - Issue No. 3

Our Design Conversation series continues this week, moving here to my site. This follows the the previous two issues discussed, which were carried on Dirk Knemeyer's and Luke Wroblewski's sites.

The issue this week is be, "Communicating a Vision." Graphical approaches, stories, interactive prototypes, and more are discussed, along with our thoughts on communicating in a design project or ongoing effort.

One thing that's becoming clearer as we begin to get into specific approaches and methodologies, is the differences in our types of projects and development domains. Different types of clients (non-technical business people vs. highly technical Chief Technical Officers, for example), and comparitively standard categories of project (web application vs. custom multi-device OS and application framework, for example), lead to very different needs and approaches to the project itself.

This is highlighting the challenge in speaking about Design and approaches to development in universal terms, when there's such a wide range of types of projects, scale of efforts, length of schedules, and number and type of stakeholders.

The conversation continues to bring up interesting insights. This part will play out here over four days, beginning tomorrow with Dirk's and Luke's first thoughts on Communicating a Vision.

- James Leftwich, IDSA 2/26/2006 3:02:12PM

Design Conversations - Issue No. 2

Our Design Conversation series continues this week, moving to Dirk Knemeyer's site. Our second issue in this conversation is the question, "What about an organization makes it ready for design vision?"

Our first question, "What is Design Vision?" was carried on Luke Wroblewski's weblog, Functioning Form.

This continues to be an interesting and enlightening undertaking. Luke, Dirk, Bob, and I had dinner this past Monday evening at the Empire Tap Room in Palo Alto, and had an opportunity to discuss these issues in greater depth. I think some interesting themes and insights are emerging, regarding the role of design in a wide range of organizations and situations, the challenges we face, and a range of strategies we've used to greater or lesser success.

- James Leftwich, IDSA 2/12/2006 11:34:08AM

Design Conversations - A Designers' Roundtable Discussion

This past month I was invited to participate in a most interesting and dynamic discussion project with four incredibly talented and experienced designers. The idea, as I learned, had originated with Dirk Knemeyer last November, inspired by writings on Luke Wroblewski's design blog, Functioning Form, and had expanded to include Bob Baxley, Director of the very talented design group at Yahoo! Search, and Andrei Herasimchuk, Dirk's partner in the consulting firm, Involution. Other commitments forced Andrei to withdraw before we concluded all the rounds of our discussion, but I certainly hope he can join us in the future, as his views are always strong and informed by his experiences as a practitioner. I'd known Andrei for some time, through the IxDA discussion list and local get-togethers. I'd met Luke and Dirk a little over a year ago when I participated in a panel discussion with them on The Future of Digital Product Design, held at Yahoo!. I was immediately impressed by the depth and breadth of their insights that evening, and the experience that informed them. I met Bob last Autumn, and immediately realized that we'd not only come to the Silicon Valley from Dallas at roughly the same time, in 1990, but also shared many common ideas and philosophies toward design.

I've always held practitioners in the very highest esteem. While I greatly respect the work and efforts by academics, researchers, and design writers, it falls upon the practitioner to actually transform the ideal into the real, and do so in the twin crucibles of the company and marketplace. And it's in that often arduous and dimensionally complex endeavor that the practitioner's know-how and vision is forged. And whenever such experience is given voice, the result is often refreshingly honest, grounded, and enlightening.

Our first Design Conversation, on the subject of Design Vision, will take place in four parts, with each part divided into individual responses and followups. The Design Conversation will take place across our four blogs, and is in part an experiment in form and dialog. You'll discover that our opinions do not always converge, and yet the process succeeded in yielding numerous issues on which we concur. The process left me not only much better informed as to the opinions and perspectives of my colleagues, but also granted me an invaluable opportunity to examine my own in reflection and comparison.

Design Vision: Introduction

In the later half of January 2006, a group of designers with nearly 50 cumulative years of experience designing products for companies like Apple, eBay, Macromedia, and Yahoo got together to talk about design vision. It was a concept for which we all had a personal definition -forged by our unique experiences and insights. Yet we all recognized the important role design vision played in our lives as designers so we took the first step toward a public discussion about what it can do for you, your organization, and your products.

Design Vision: a conversation about the role of design-driven leadership in the product development process.

Bob Baxley - http://www.baxleydesign.com
Design Director, Yahoo! Search
Author, Making the Web Work: Designing Effective Web Applications
Dirk Knemeyerhttp://www.knemeyer.com
Principal, Involution Studios
Author, Numerous
Jim Leftwich - www.orbitnet.com
Founder/Principal, Orbit Interaction
Articles and Publications
Luke Wroblewskihttp://www.lukew.com
Principal Designer, Yahoo! Inc.
Founder/Principal, LukeW Interface Designs
Author, Site-Seeing: A Visual Approach to web Usability

The Design Conversation begins this week on Functioning Form. Stay tuned...

- James Leftwich, IDSA 2/6/2006 3:07:12AM

Roving Mars - The IMAX Film

I went with friends last night to catch the new IMAX film, " Roving Mars." Wow, what a ride!

The film's based on the book, "Roving Mars : Spirit, Opportunity, and the Exploration of the Red Planet," by Steve Squyers, and presents the dual missions of the Spirit and Opportunity rovers, which were launched in June and July of 2003. It combines interviews with mission scientists, scenes from the the trip to Mars, and the fascinating discoveries that the rovers have been beaming back to us during their unexpectedly long lives.

From the triumphs and setbacks during the mission's development, to launch and arrival. to sweeping Martian panoramas, to the incredible machinic origami of the rovers, there's so much exquisite geekery to savor here!

My most common criticism of IMAX films has been that they're simply not long enough, and Roving Mars is no exception at just 40 minutes. However, it's an awesome two-thirds of an hour, and really makes excellent use of IMAX' immersive format.

The part presenting the Delta II rocket launch and trajectory insertion stages are more intense than what I remember from "Apollo 13." The sequence of events that take place in Stage 3 are particularly cool to watch. After Stage 2, the spacecraft still doesn't have enough velocity to escape Earth's orbit, so a 90-second rocket motor burn boosts its velocity from 19,500 to 25,000 mph. Just prior to this burn, additional small rocket motors spin the Mer spacecraft up to 70 rpm to stabilize its trajectory. After the burn, two weights on tethers are released to fly out like the arms of a ballerina, and slow the spin to 12 rpm before they're both cut loose to fly off perpependicular to the trajectory. Woah! Watching this on the enormous IMAX screen really blew me away.

Yeah, you get the bogus "sound in space" we're all annoyed by in film portrayals (except Kubrick's 2001: A Space Odyssey), but my friends and I decided that we'd pretend the microphone was recording from inside the spacecraft. Heh.

But the real value of this film is the sense of awe and admiration you get for the scientists and engineers that overcame great challenges and obstacles to succeed with these missions. This is geek heroism at its best.

If you're sick to death of being bombarded by evidence of widespread human stupidity and backwardness, go see Roving Mars. It reminded me of just how much we're capable of when we're at our best.

*Insanely* inspiring. Just go see this. Now.

- James Leftwich, IDSA 2/4/2006 10:59:19PM

R. Buckminster Fuller and the Tensegrity Sphere

R. Buckminster Fuller

All designers have their heros and inspirations. No designer has influenced my own thinking and philosophy more than R. Buckminster Fuller. Even as a child I was drawn to photos of his gorgeously pure geodesic domes and spheres, which I encountered while reading the Worldbook Encyclopedia.

During my college years in the early 1980s I delved deeper into Fuller's writings and creations, and discovered his ideas on systems, geometries, order, and balanced efficiencies. These greately shaped my own thinking and approach to product and interaction design. To this day, my work in interaction design and design strategy in general is informed and ordered by the interrelational and geometrically-ordered systems thinking of Fuller.

My 270-Strut Tensegrity Sphere

Of all of Fuller's geometrical architectures, the type I was most fascinated by were his tensegrity structures. These combined compressional and tensional elements in geometric configurations that utilized their unique strengths in the most efficient and symbiotic manner.

I was compelled to build some models of his tensegrity spheres, and luckily there was a kit on the market called Tensegritoy™. It came with thirty wooden struts, elastic tensional cords, and rubber end caps. I had a great time building, taking apart, and re-building many different configurations. Then I was struck by a startling realization - that a puzzle I'd had as a kid, and which I'd taken apart and never managed to put back together again, was most likely a tensegrity sphere as well!

12-Strut Tensegrity Puzzle

On my next trip home to visit my parents, I looked in the endtable cabinet in our living room and sure enough - there were the pieces to that wooden puzzle, where they'd sat disassembled for over fifteen years. Within a few minutes I'd reassembled what I now knew was a 12-strut tensegrity sphere, and placed the hand-blown glass sphere back in the middle. It was quite a moment, sitting there and realizing how I'd come full circle with this object after so many years.

Ballet du Buckminster
A small stop-motion animation

Next I set out to build a much more ambitious tensegrity sphere. In Fuller's books I'd seen illustrations of 270-strut spheres. Over the course of the next month I pursued an incredibly tedious, yet rewarding project of building the components and discovering the specific geometries necessary to assemble it. I still have the wooden 270-strut sphere in my studio today, and it continues to inspire my thinking. I even used the Kensington VideoCAMworks software I designed to create a stop-motion animation of it, along with two other tensegrity spheres - Ballet du Buckminster.

30-Strut Soda Straw
Tensegrity Sphere

In the late 1990s I discovered the plans for building a tensegrity sphere out of soda straws, elastic bands, and paperclips on George Hart's wonderful site. I decided to make a small, colorful version a 30-strut sphere to sit on my workstation desk.

If you're interested in Fuller, or the spirit of his powerful ideas, I suggest you build one of these as a symbol. It's a relatively simple project, and makes a great addition to your geekosphere.

- James Leftwich, IDSA 1/31/2006 4:02:27PM

The Design Encyclopedia
I'm a huge fan of Wikipedia, the free online community-built encyclopedia. I find that I often spend considerable time clicking on the "Random Article" link, which is reminiscent of one of my favorite childhood reading activities. Often I'd grab a volume of our World Book Encyclopedia and sit down in our reclining reading chair, randomly reading article after article. I often preferred this to watching television, and I credit it for having instilled a life-long love and preference for subject matter and documentaries.

The Design Encyclopedia Logo

Recently I was excited to find another community-based encyclopedia focused on the wide field of design. The Design Encyclopedia is just getting started, but is growing and promises to become an amazing resource for design information and history.

One subject category that I found a few examples of deals with the evolution of well-known corporate logos. It's interesting to study the changes in a brand symbol over time. Here are examples of the changes to the logos of John Deere, Kodak, and 3M.

- James Leftwich, IDSA 1/29/2006 7:05:41PM

In The Beginning
Today marks the beginning of a new weblog, Orbitstar Interactica. It will feature pointers to interesting design items and news, observations and comments from the wide field of product and interaction design. From time to time it will also present essays and collaborative design discussions with others from across the broad field of design and development.
- James Leftwich, IDSA 1/29/2006 7:03:05PM
About James Leftwich, IDSA - Orbit Interaction

James Leftwich, IDSA is founder and principal of Orbit Interaction, a pioneering and broad-based interaction design and intellectual property development consultancy located in Palo Alto, California. Trained as an industrial designer, he has over 25 years of broad consulting and professional experience in the area of Human Interface development and related intellectual property strategies.

He is now CXO - Chief Experience Officer at Jampaq Software, Inc., where he and Founder/CEO Steve Doss develop software for a wide range of platforms and usages, both Jampaq's own products as well as consulting and development for clients. Platforms include mobile, product, desktop, web, and combinations thereof. Usages include games, social networks, consumer electronics, medical, enterprise, and industrial applications. He conceived and designed the unique game DodgeDot™ for iPhone, iPod Touch, and iPad, which rose to Apple's "What's Hot" list just three weeks after its debut in October 2009.

From October 2007 through March 2009 he was CXO - Chief Experience Officer of SeeqPod, Inc., a search engine startup in Emeryville, California where he led user experience, design, and brand identity.

From April 2004 through November 2004 he was Director of Design and User Experience at PalmSource, Inc. in Sunnyvale, California, where he was involved in a proprietary project. From 2001 through March 2004 he served as Director of Human Interface and Industrial Design with PEMSTAR Pacific Consultants, Inc.. In 2004 his work on the industrial design and human interface for the Natus Algo®3i Newborn Hearing Screener won two major design awards. The first was a Medical Design Excellence Award (MDEA2004), the highest design award given by the medical industry. The Natus ALGO®3i also won a Bronze Award in Business Week Magazine and the Industrial Designers Society of America's IDEA 2004 (Industrial Design Excellence Awards).

Since the early 1980s, his career has been on the leading edge of technological development and design innovation. Having spent the first eighteen years of his career as an independent consultant, his interaction design experience has spanned a broad and unequaled range of products, devices, systems, and software. His interactional architecture and design has been part of numerous award-winning products, ranging from Sun Microsystems SPARCworks™, the acclaimed and award-winning Nike Triax™ line of runners' watches, Macromedia's Dreamweaver™ web-building software, Kensington's VideoCAMworks™ software, and many others.

He is a recognized human interface expert in wireless wearable computer systems, and has extensive, leading-edge experience in consumer and government-related applications of this technology. He has also had broad experience developing non-PC interfaces, ranging from wearables, palmtops, gestural slates, webpads, as well as a wide range of consumer, medical, and industrial electronics. His independent research and conceptual design on information visualization, the integration of the desktop user interface with internet browsing, and virtual reality - InfoSpace (1989-93) - predated visual datamining, the World Wide Web, and VRML.

His design of Apple Computer's future computer interfaces for Disneyworld Epcot Center's Innoventions Magic House in 1994 accurately portrayed many online services and network-facilitated technologies now becoming reality, including video email, integrated home monitoring and control, online grocery ordering and delivery services, on-demand mapping and directions, remotely-accessible webcams, and more. His design and development for StarSight Telecast (now part of Gemstar) led directly to eight patents (with others for other client projects pending), spanning onscreen interaction, physical remote device interaction, and underlying data model

His work has been featured in numerous publications stretching back over a decade and a half, including the books, "Envisioning Cyberspace," "Product Design 5.," "Icons For The Masses,". and "The Underground Macintosh." Magazine features highlighting his work have included, "The Washington Post Magazine," Progressive Architecture," "Medical Design and Materials," "WIRED," and , "MacWEEK."

His work has led to numerous patents granted, and those currently pending, including StarSight Telecast/Gemstar, Vina Technologies,Polaroid Corporation, Akceil, Inc., and Thomson-Gyration. For descriptions and links to patents granted and published patents pending, scroll down to Client Listing section below.

Mr. Leftwich began his consulting career as an industrial and product designer and engineering/industrial design prototyper in Dallas, Texas. In 1987 his work began concentrating specifically on the interactional aspects of consumer products, medical devices, industrial equipment, and software. During his years in Dallas, he co-consulted with two pioneering interface designers from the Xerox PARC Star project in the late 1970s: graphical user interface designer, Norm Cox (designed the first graphical user interface icons), and industrial designer Tom Noonan (designed the first commercially-available mouse device). Prior to consulting, Leftwich worked as a typographer and computer graphics designer for Amgraf/DSC in Kansas City, Missouri (1984-85). A native of Missouri, he holds a B.F.A. in Design from the Kansas City Art Institute, Kansas City, Missouri (December 1983).

Orbit Interaction is allied with a diverse constellation of firms and independent professionals, addressing each unique client project with the most efficiently configured team of skilled and experienced professionals. These experts cover the complimentary fields of human factors and anthropological research, mechanical engineering, industrial design, programming, 2D and 3D graphic design and illustration, e-commerce, and intellectual property law. Individually, or in conjunction with experienced partners, Orbit Interaction consistently delivers unique and unsurpassed design solutions.


Clients + Portfolio Links

Mimvi (2010)
Corporate Identity, Interaction Architecture, Site and Interface Design, Strategic Design and Business Development
http://www.mimvi.com

Jampaq Software, Inc. (2009 - Present)
CXO - Chief Experience Officer
Executive and strategic corporate roles, principal lead on product and experience design for games, web properties, social networking, mobile application software, corporate identity and branding, and design consulting
http://www.jampaq.com

Innovation Incubator (2009)
Venture Technology Incubator - Advisory Board Member and Design of Graphic Identity System

LocalLite (2009)
with Vertical Product Development - Palo Alto
Design of User Experience Architecture and interface for mobile phone software and associated website. A directory of businesses and locations with reviews, audio notes, and photos (mobile software, website, and overall activity and interaction model)
http://www.locallite.com

Mig33 (2009)
with Vertical Product Development - Palo Alto
Proprietary Consulting on mobile software integrating VoIP calls, chat & instant messaging, e-mail, text messaging, photo sharing, and social networking features (mobile software interaction model)
http://www.mig33.com

SeeqPod (2007 - 2009)
CXO - Chief Experience Officer
Executive and strategic corporate roles, principal lead on product and experience design for web properties, social networking widgets, mobile application software, corporate identity and branding
http://www.seeqpod.com

Nokia (2007-2008)
with Vertical Product Development - Palo Alto
Proprietary Consulting on mobile phone project (software, physical device interaction)
http://www.nokia.com

Trolltech (2006-2007)
with Vertical Product Development - Palo Alto
Proprietary Consulting on mobile phone project (software, physical device interaction)
http://www.qtsoftware.com/

Ooma (2007)
with Vertical Product Development - Palo Alto
Proprietary Consulting on telephonic device
http://www.ooma.com

Seven Networks (2007)
with Vertical Product Development - Palo Alto
Software Provisioning Site Analysis and Redesign, Interaction Architecture
http://www.seven.com

SeeqPod (2006-2007)
Corporate Identity, Interaction Architecture, Site and Interface Design, Strategic Design and Business Development
http://www.seeqpod.com

SavaJe Technologies (2006)
Principal UX Architect on a proprietary mobile phone OS/Application Suite project
http://en.wikipedia.org/wiki/SavaJe

Aaron Marcus and Associates (2005)
Proprietary Consulting on client project (software, physical device interaction)
http://www.amanda.com

Thomson-Gyration Corporation (2005)
Proprietary Consulting on Mediia Center Remote Control
http://www.gyration.com

PalmSource, Inc. (2005)
Proprietary Consulting on Design and Patent Support
http://www.palmsource.com

AorTx (2005)
Medical Technology Graphic Identity System

Thomson Corporation (2005)
Design Consulting on DTI 0601 Mobile Set-Top Box (software, physical device interaction)
Information and Interactive Demo of the Thomson DTI0601
http://dti.imagesenligne.com/

Thomson - Gyration (2001 - 2005)
Proprietary Consulting
http://www.gyration.com
U.S. Patent Granted:

#7,233,316
Multimedia User Interface

PalmSource, Inc. (2004)
Director, Design and User Experience - Lead UX Architect on a proprietary project; Led UX Group; Spokesperson for PalmSource UX
http://www.palmsource.com

CardiacMD (2004)
Medical Technology Graphic Identity System
http://www.orbitnet.com/CMD

PEMSTAR Pacific Consultants, Inc. (2001 - 2004)
Director, Design and Human Interface- Lead UX Architect and Industrial Designer on numerous consulting client projects in the consumer electronic, government, and medical fields, including the Natus Algo3i Newborn Hearing Screener which won two major design awards:
Medical Design Excellence Award (MDEA2004), the highest design award given by the medical industry.
Bronze Award in Business Week Magazine and the Industrial Designers Society of America's IDEA 2004 (Industrial Design Excellence Awards).

Natus Algo3i Project Portfolio - Page 1
Natus Algo3i Project Portfolio - Page 2
Natus Algo3i Project Portfolio - Page 3
Natus Algo3i Project Portfolio - Page 4
Natus Algo3i Project Portfolio - Page 5

Akceil, Inc. (2000 - 2004)
Co-founder of Akceil, and UX Architect of TUI (Tiny User Interface), a proprietary and revolutionary small-scale interface system for devices and wearables. Patent pending system currently in acquisition stage. Inquiries welcome - please contact.
U.S. Patent Granted:
#7,058,904
Operating method for miniature computing devices

Ericsson / Red Jade (2000 - 2001)
PlayPad Wireless Handheld Game Platform w/PDA Applications; Software Functional/Graphical Design and Interactional Architecture

Pinnacle Systems Corporation (2001)
Pinnacle Express DVDisk™ Software Functional/Graphical Design
http://www.pinnaclesys.com/aboutus/NewsMessage.asp?id=372

Avica Technology Corporation (2000 - 2001)
Avica MotionStore™ Software Functional/Graphical Design and Interactional Architecture
http://www.avicatech.com/platform.html
Avica MotionStore and FilmStore Project Portfolio - Page 1
Avica MotionStore and FilmStore Project Portfolio - Page 2

Proprietary Client No. 3 (2000 - 2001) (Project Currently Proprietary)
Interactive TV - Strategic Physical/Visual/Infomational Product/Patent Development

Proprietary Client No. 2 (2000 - 2001) (Project Currently Proprietary)
Wireless - Strategic Physical/Visual/Infomational Product/Patent Development

Proprietary Client No. 1 (2000 - 2001) (Project Currently Proprietary)
Wireless - Strategic Physical/Visual/Infomational Product/Patent Development

Polaroid (1999 - 2000) (Project Currently Proprietary)
Strategic Physical/Visual/Infomational Product/Patent Development
http://www.polaroid.com/
Polaroid Digital Camera Project - Page 1
Polaroid Digital Camera Project - Page 2
U.S. Patent Currently Pending:

20010052942
Electronic Camera System with Modular Printer and Base

Kiyoe Blue (1999)
Jazz Singer and Ensemble Graphic Identity System
http://www.orbitnet.com/KB

VTEL Corporation (1999) (Proprietary)
Executive-level Strategy/Interactional Architecture Consulting
http://www.vtel.com/

Kensington Technology Group (1998 - 1999)
Kensington VideoCAMworks™ Software Functional/Graphical Design and Interactional Architecture
http://www.orbitnet.com/VideoCAMworks/
Kensington VideoCAMworks Project Portfolio - Page 1
Kensington VideoCAMworks Project Portfolio - Page 2
Kensington VideoCAMworks Project Portfolio - Page 3
Kensington VideoCAMworks Project Portfolio - Page 4
Kensington VideoCAMworks Project Portfolio - Page 5

Hewlett Packard (1998)
Chai™ Java VM & Embedded Software Technology Logo
The Chai™ Logomark / Identity
http://www.internetsolutions.enterprise.hp.com/chai/index.html
http://www.orbitnet.com/Hewlett_Packard_Chai/index.html

Vina Technologies (1998)
T1 Integrator™
Voice + Data Integration Solutions Java™-based Remote Management Analysis Software
http://www.alliancedatacom.com/vina-technologies-products.htm
U.S. Patent Granted:

#US6,356,256
Graphical User Interface For Display of Statistical Data

Coherent Medical Group (1998) (Now Lumenis)
UltraPulse Encore Surgical Laser
Human Factors Analysis, Interactional Architecture and Design
http://www.surgical.lumenis.com/wt/content/ultrapulse
Coherent UltraPulse Encore Project Portfolio - Page 1
Coherent UltraPulse Encore Project Portfolio - Page 2
Coherent UltraPulse Encore Project Portfolio - Page 3

The Architecture of Cyberspace (1997)
A Presentation and Discussion of Overlooked Issues in the Architecture of Cyberspace
ISEA97 (The Eight International Symposium of Electronic Arts)
The Art Institute of Chicago - September 1997
Presenter and Panel Member: The Architecture of Cyberspace
http://www.well.com/user/jleft/orbit/vizrez/slides/index.html

Harvest Technologies (1997)
Securities Portfolio Management and Analysis Software
Complete Interactional Architecture, User Experience, and Interface Design

Macromedia (1997)
Dreamweaver™ web-building software All icons and visual language http://www.macromedia.com/software/dreamweaver

Flock of Words (1997)
Technical Translator's Business Graphic Identity System
http://www.orbitnet.com/FOW

Nike (1996)
Triax™ Runners Watch series
I.D. Magazine 1998 Consumer Product of the Year
IDEA/Business Week 1999 Gold Winner
IDSA Consumer Product of the Decade
Consultant - user interaction/physical and graphical layout
Nike Triax Project Portfolio

StarSight Telecast (1994 - 1997) (now part of Gemstar)
Interactive Television Guide System and Information Architecture Strategic Physical, Visual, Infomational Product Development, and Intellectual Property Development
http://www.orbitnet.com/StarSight
U.S. Patents Granted:

#US6,002,394
Systems and Methods of Linking Television Viewers with Advertisers and Broadcasters
#US6,075,575
Remote Control Device and Method for Using Television Schedule Information
#US6,133,909
Method and Apparatus for Searching a Guide Using Program Characteristics
#US6,151,059
Electronic Program Guide with Interactive Areas
#US6,263,501
Systems and Methods of Linking Television Viewers with Advertisers and Broadcasters
#US6,323,911
System and Method for Using Television Schedule Information
#US6,412,110

Electronic Program Guide with Interactive Areas

#US6,732,369
Systems and Methods for Contextually Linking Television Program Information

#7,137,135
Electronic Program Guide with Active Areas

#7,543,321
Multiple Database, User-Choice-Compiled Program and Event Guide

Apple Computer (1994)
Disney World's Epcot Center/Innoventions
Magic House Interfaces for Home Office and Kitchen Computers

http://www.orbitnet.com/Apple
Apple / Disney Epcot Project Portfolio - Page 1
Apple / Disney Epcot Project Portfolio - Page 2
Apple / Disney Epcot Project Portfolio - Page 3
Apple / Disney Epcot Project Portfolio - Page 4

Acuson (1990 - 1996)
Sequoia™ and Aspen™
Ultrasound Equipment Physical control interaction and visual interface and font design; plus Modus Operandi - a conceptual project co-developed with Lunar Design
http://www.orbitnet.com/Acuson
Acuson Project Portfolio - Page 1
Acuson / Modus Operandi Project Portfolio - Page 2
Modus Operandi Project Portfolio - Page 3

Unify Corporation (1993)
Vision™ Interface-builder/Database Application All icons and visual language
http://www.unify.com/
Icon set for Unify Corporation Vision™ Database Application - 1
Icon set for Unify Corporation Vision™ Database Application - 2
Icon set for Unify Corporation Vision™ Database Application - 3
Icon set for Unify Corporation Vision™ Database Application - 4
Icon set for Unify Corporation Vision™ Database Application - 5

AXCIS Pocket Information Network (1992 - 1993)
HP-95 palmtop information retrieval/analysis product, TrackMaster™
Interactional Architecture and User Interface Design
http://www.axcis.com/
AXCIS TrackMaster™ Project Portfolio - Page 1
AXCIS TrackMaster™ Project Portfolio - Page 2

Project InfoSpace (1988 - 1993)
A Conceptual Method for Interacting with Information in a Three-Dimensional Virtual Environment
Metadata-enabled OS/Search and Database Browser/Visualizer model
Presented at 3CyberConf 1993 - University of Texas - Austin
http://www.well.com/user/jleft/orbit/infospace/index.html

Sun Microsystems/SunPro (1988 - 1992)
Open Look™ graphical user interface for UNIX (in conjunction with Cox & Hall of Colleyville, Texas)
SPARCworks™ programming environment tools/interface architecture
(SPARCworks™
was named 1995 UNIX Review's Product of the Year)
http://www.sun.com/
Icon set for Sun Microsystems SPARCworks™ Devoloper Suite - 1
Icon set for Sun Microsystems SPARCworks™ Devoloper Suite - 2

Syntex Laboratories (1991) (now Roche Bioscience)
Virtual Office-metaphor Penpad-based interface for pharmaceutical sales force
http://paloalto.roche.com/
http://www.orbitnet.com/Syntex

Fafco (1990)
Pool / Spa Heater Controller User Interface Analysis and Redesign
http://www.fafco.com/
http://www.orbitnet.com/Fafco

Xerox PARC (Palo Alto Research Center) (1990)
Design of information retrieval systems

Texas Instruments (1989)
Visual language and icons for computer-aided semiconductor design process

Corporate Identity, Logos, and Branding (1990 - 2010)
23 Logos and Brandmarks
http://www.orbitnet.com/James_Leftwich_Orbit_Logos.jpg

Sample Icons from Various Projects (1990s)
Index of samples from Orbit Interaction icon development projects
Icons developed for Pixeltime's online contests (drawn online) (2000)
Development of Rietveld House icon for IconTown (2000)
Icon set - Macromedia Dreamweaver™ web-building software (1997)
Icon set - Unify Corporation Vision™ Database Application - 1 (1993)
Icon set - Unify Corporation Vision™ Database Application - 2 (1993)
Icon set - Unify Corporation Vision™ Database Application - 3 (1993)
Icon set - Unify Corporation Vision™ Database Application - 4 (1993)
Icon set - Unify Corporation Vision™ Database Application - 5 (1993)
Icon set - Sun Microsystems SPARCworks™ Devoloper Suite - 1 (1991)
Icon set - Sun Microsystems SPARCworks™ Devoloper Suite - 2 (1991)
First icon set - The Alphabet (when six years old) (1967)

Graphics and Illustrations done in MacPaint (128k Mac) (1985)
Index of MacPaint Graphics and Illustrations

First Computer User Interface Project (when ten years old) (1971)
Project description and index of sample drawings and usage diagrams

Twenty Drawings from First and Second Grades (1967-1969)
Index of drawings, maps, and illustrated stories


Advisory Boards, Participation in Conferences and Symposiums

Information Architecture Summit 2005 Redux - SF
San Francisco, California USA - May 2005
Presenter:  "The Information Architecture of Things: Twenty Years of Lessons Learned"
Panel Member:  "Talking The Talk:  Helping IAs to Speak The Language of Business"
http://www.orbitnet.com/iasummit2005/

Board of Advisors - Midwives Alliance of North America (MANA)
Advising on the MANA Statistics Project, migrating a fifteen-year-long intensive data collection project to a web-based entry and access model.  Since the early 1990s, MANA has sponsored a program for member midwives to collect an extensive 400-question record on client out-of-hospital births, associated perinatal care, and outcomes. The goal is support midwifery practice, improve care of women and babies, and increase choices available to childbearing families.  There are now over 26,000 records in this groundbreaking database on natural birthing.
http://www.mana.org/

Information Architecture Summit 2005 (IASummit2005)
Crossing Boundaries
Montréal, Québec, Canada - March 2005
Presenter:  "The Information Architecture of Things: Twenty Years of Lessons Learned"
Panel Member:  "Talking The Talk:  Helping IAs to Speak The Language of Business"
http://www.orbitnet.com/iasummit2005/

The Future of Digital Product Design
Co-Sponsored by: IxDG, the AIGA Center for Brand Experience, AIGA-ED, and BayDUX
Yahoo!  Sunnyvale, CA - December 2004
Panel Member - The Future of Digital Product Design

http://www.baychi.org/baydux/20041208/

Board of Advisors - Information Architecture Institute (IAI)
The Information Architecture Institute is a non-profit volunteer organization dedicated to advancing and promoting information architecture. Founded in 2002, the Institute has over 600 members in 40 countries.
http://iainstitute.org

PlanetPDA (The Global Summit On Enterprise & Custom Volume Handheld Computing Solutions)
Fairmont Hotel - San Francisco, California USA - September 2002

Presenter and Panel Member: Wearable PC Summit
http://www.tmcnet.com/scripts/ppda/f02/conf.ASP?session=PCSW-2 http://iainstitute.or

ISEA2000 (The Eleventh International Symposium of Electronic Arts)
Forum des Images - Paris, France - December 2000
Virtual Presenter and Panel Member by Teleconferencing: "An Interrogation of Space"
Chaired by Peter Anders with Patrick Lichty, Gregory Little, Mike Mosher, Scott Paterson, Jim Leftwich, Pamela Jennings, Timothy McFadden, Dan Livingstone
http://www.isea2000.com/an/som.htm (pick Thursday, December 7, 2000 - 4:00pm)
http://www.orbitnet.com/ISEA2000/

ISEA97 (The Eight International Symposium of Electronic Arts)
The Art Institute of Chicago - September 1997
Presenter and Panel Member: The Architecture of Cyberspace
http://www.isea.qc.ca/webcast/ephemeral.html
http://www.well.com/www/jleft/orbit/vizrev/slides/

3CyberConf (The Third International Conference on Cyberspace)
University of Texas - Austin in May 1993
Paper presented: "InfoSpace: A Conceptual Method of Interacting with Information in a Three-Dimensional Virtual Environment"
http://www.well.com/www/jleft/orbit/infospace/


Reviews, Magazine Articles, Books, and Design Awards

IDSA / Business Week - 2004 Industrial Design Excellence Awards (IDEA)
(2004)
Bronze - Natus Algo®3i Newborn Hearing Screener
http://www.idsa.org/idea/idea2004/b89.htm

 2004 Medical Design Excellence Awards (MDEA)
(2004)
Natus Algo®3i Newborn Hearing Screener
http://www.devicelink.com/mdea2004_press.html

WIRED News - Early Desktop Pics Ahead of Their Time (2002)
Article about the CyberPort desktop
http://www.wired.com/news/mac/0,2125,56318,00.html

IDSA / Business Week - Designs of the Decade (1999)
In 1999, receiving the highest design honor given to medical and scientific products, the Acuson Sequoia¨ 512 Ultrasound System/C256 Echocardiography system has won a silver award in the Designs of the Decade competition. Sponsored by the Industrial Designers Society of America (IDSA) and Business Week, the Designs of the Decade: Best in Business 1990-1999 Awards recognize the most compelling design/business success stories of the 1990s and honor products and strategies that have made a significant business impact.

"The well-designed product interface was a major contributor to the success and usability of this product [the Sequoia]," said Dr. Lorraine Justice, IDSA, Georgia Institute of Technology. "It has helped to set the design standard for medical products for the latter half of the decade."

APPLELINKS.COM Mac Buyer's Guide (Online Review and Source Site - March 3, 2000)
"The (Kensington VideoCAMworks) Mac VGA's bundled software is most of what the KritterUSB's is not."

"...users will appreciate its simplifed interface."

"in the 'included software' category Kensington's VideoCAM Mac VGA drastically beat out the Kritter USB"

Though Applelinks.com picked the Kritter netcam for its hardware performance, they gave rave reviews for the companion VideoCAMworks software, and judged it greatly superior.
http://www.applelinks.com/buyerguide/netcam.shtml

WASHINGTON POST MAGAZINE (Magazine - USA - December 5, 1999)
Kensington VideoCAM / VideoCAMworks chosen among top ten gifts to give for Christmas.
Washington Post Review of Kensington VideoCAM/VideoCAMworks

ENVISIONING CYBERSPACE: Designing 3D Electronic Spaces
(Book - Peter Anders / McGraw-Hill)
Contains numerous references to Orbit Interaction design and research projects, as well as Orbit project images from Project InfoSpace and the Syntex Laboratories Salesforce Virtual Office printed on the book's cover.

MACWEEK (Magazine - USA - October 6, 1997)
Cover screenshot of Macromedia's Web-authoring application Dreamweaver™

SCIENTIFIC AMERICAN (Magazine - USA - JUNE 1996)
Screenshot of Acuson's Sequoia™ ultrasound machine interface.

VIRTUAL (Magazine - Italy - April 1996)
Cover article on Jim Leftwich / Project InfoSpace:
"LE MANI SULL'INFORMAZIONE"

PROGRESSIVE ARCHITECTURE (Magazine - USA - October 1994)
InfoSpace featured in article: "THE ARCHITECTURE OF CYBERSPACE"

ICONS FOR THE MASSES (Book - David A. Lai -Peachpit Press/Berkeley - 1994)
Icons and examples of design process

MEDICAL DESIGN AND MATERIALS (Magazine - USA -April 1991)
Co-author of article: "APPLYING THE INTERACTION DESIGN APPROACH TO MEDICAL DEVICES"




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