Over the years the software industry has developed many solutions to producing quality software to meet business needs. Software, however, is an ever-changing industry, and our tried methods are failing to keep up with modern development practices. Quality Engineering has made waves in the industry for a few years and is often associated with iterative or agile development processes, as a new way of ensuring quality software. How does Quality Engineering fit in to traditional Quality Assurance to get us working software?
In Java performance testing, one of the most common and sometimes most frustrating issues is the memory leak. Even the most experienced engineer can slip a memory leak into their code. It is important to know how to spot one and debug the issue. Even if you can’t find the source of the issue without a developer’s help, they will always need data to work with so being able to provide useful information is crucial. Therefore, for a Java memory leak, the first thing you will always be asked for is a heap dump.
By Brenda Hall CEO, Bridge360
Hiring managers in Austin know how hard it is to find local talent to fill our technical job openings. In fact, the past couple of hires at Bridge360 were recruited from out-of-state, adding time and cost to our hiring process. This challenge led the management team at Bridge360 to create and implement the ground breaking program:
by Rema Sreedharakurup, Senior Quality Assurance Engineer
It seems today that no discussion about software development is done until someone brings up ‘Agile.’ And for good reason, as Agile is all about agility – an Incremental and iterative delivery model which focuses on business value, encourages flexibility and rapid adoption to change. It’s based on collaborative efforts to achieve common goals.
The agile principles & values are very short and sweet, but in the real world, Agile is not that simple. Remember, it’s a collaborative effort that requires people – Developers, Testers, all the folks involved in the product development who are trying to perform their best in this transforming phase and get things DONE… all the while trying to get accustomed to new processes that get introduced to improve delivery, and where output is expected quickly. Though, as Albert Einstein once said, “in middle of difficulty lies opportunity.” Hence for me as a Test Engineer, this transition to Agile opened up a wide array of opportunity where I could wear many hats – as a developer, as a tester, a customer advocate, a constant learner, and much more.
Here’s how I see each of these hats fitting my head, and perhaps yours, too. Continue reading
by Benjamin Frech, Senior Software Engineer
Increasing a team’s productivity is a ubiquitous goal. But, how do you achieve that goal?
To many, it may be tempting to use velocity as a measure of productivity, but the value of a story point can vary significantly over time. Once you get past counterproductive answers like, “let’s inflate all our story points by 50%,” you’re left with options that can actually increase your team’s productivity or, at least, facilitate collaboration between team members.
In my experience, the top two methods of truly increasing productivity involve creating a comfortable work environment, and addressing technical debt and developer concerns. Continue reading
By Nadine Parmelee, Senior Quality Assurance Engineer
When it comes to software quality and reliability, there are many benefits to be gained from a switch to an agile development environment. Agile helps teams stay focused; it helps them deliver a quality product more quickly. It drives efficiency and leads to improved results throughout the software production process.
Automated Testing: A Must-Have in an Agile Environment
An agile environment requires automated testing. And with more and more development teams moving to agile processes, the need for automated testing has grown exponentially. Agile test cycles tend to limit the amount of testing that can be accomplished, so getting a good regression set of tests automated is more crucial than ever for you to reach your goals of increasing product quality and reducing costs associated with product defects. Continue reading