IBM Rational delivers greater value from investments in software and systems. Rational solutions enable organizations to achieve precision in desired business outcomes and execute with reduced risk and cost.
Cast your mind back to (or if you’re young enough, just imagine!) the days before the world wide web. You’re doing some research for studies or your hobby, sitting in a library surrounded by books. You have so many different places to look for information, in lots of different formats, and perhaps your local library doesn’t even have all the sources you need. You have to jump in the car and travel to collate all the necessary input.
Fast forward to the present day, and a web browser is your gateway to a wealth of information. Search... [More]
It is my pleasure to announce this year's IBM Champions for Rational Software! Earlier this year, we asked you to nominate the leaders in your technical communities who represented the three "R's" of being a champion : Being responsive, respected, and recognized in the technical community. The following new and returning Rational champions stood out among the crowd. They are experienced in using Rational solutions to solve real business problems and are recognized experts in their field. They spend their own time, energy and resources... [More]
With the announcement of RELM in September, the growing importance of systems engineering has been a topic of discussion. We sat down with four of our Rational systems experts to answer some common questions about design, agile, modeling and architecture.
Meet the leaders
Dr. Keith Collyer is an expert in Requirements and Systems Engineering. He trained as an electronic engineer, later moving into software development. His interest in the “people” aspects led him into project management, quality assurance and processes, never losing... [More]
Standards and tools use signals potential acceleration of productivity and an innovation curve
A century ago, assembly line production caused a paradigm shift in the automobile industry. The transition from handcrafting each car to manufacturing based on a standardized template, using tools, led to an exponential increase in productivity and efficiency. With the production of software now constituting a significant proportion of the value of a modern car, the stage is set for a similar boost in efficiency with widespread adoption of tools... [More]
Moving to Collaborative Design Management (and why you should care!) by Neil Patterson and AnnMarie Stenglein Teams of capable individuals carefully chosen and assembled, for whatever purpose, are almost always “greater than the sum of their parts,” as the saying goes. Think of how, in the hands of a master, all 16 chess pieces become an invincible force; or the 1927 New York Yankees (including Lou Gehrig, Babe Ruth, you may need to look that one up) -- both offer examples of overwhelming power, grace, and skill that no one piece or player in... [More]
A Practical Approach to Quality!
If your software and
systems development team is under 10 people, including coding, testing, and
project management, then your projects may not experience huge difficulties associated
with traceability -- i.e., the discipline that links requirements to test case
and test results. But for larger teams of 30 or more, where even a medium-size
project involves 5,000 requirements and 10,000 test
cases, the complexity can feel overwhelming.
this: If it takes 20 minutes to link the... [More]
It's been a whirlwind 12 months. It seems like just yesterday that we saw the first 1.0 release of Rational Engineering Lifecycle Manager (RELM) go live, and I was penning a developerWorks article on how a Linked Data approach to integration of data and process across the engineering lifecycle can help organizations define, design, and build complex products and systems faster, and smarter.
Fast forward a year, and we've seen a second major release of RELM (version 4.0.3 to align with product versions for other tools in the IBM... [More]
Modern systems such as electric cars, unmanned trains and airplanes, smart phones and healthcare equipment contain a growing number of electronic components and software to deliver function to the final users that was unimaginable only a few years ago. As complexity increase, design challenges increase exponentially. This complexity is the result of two major factors – the increase in scale (e,g, number of product functions, computation units, line of codes and so on) and the fact that any modern product today is in fact a cyber-physical... [More]
Not too far into the future, you will probably be able to stroll into a nearby car dealership, make a down payment, and leave in the latest self-driving car. The idea of driverless "Google" cars has captured the imagination of many, and the cars have rarely been far from the headlines in recent months. Not only because they are icons of cool technological innovation, but also because they could herald a dramatic shift in how our lives work.
Who needs a taxi when your car can drive itself back from a party? Why worry about finding... [More]
The "Systems" perspective: How do we get to real innovation?
Complexity seems to be the arch enemy of product innovation. We frequently hear from our customers statements such as:
Every time I fix something in one place, I break two other things. - Software engineer
It’ll take me ages to determine the impact of swapping this part. - Mechanical engineer
I can’t tell which the version of software is designed for my PCB. - Electrical engineer
The IBM Rational team believes that product and systems... [More]