Agile electronics

Engineering services include Electrical, Software, Firmware, and Mechanical. Industries that Agile Systems have contributed to include printing, biotech, healthcare, and consumer. Project scales have ranged from one-off custom designs to turn-key product design and production. Efficient Project workflow With projects ranging from turn-key product development to complex workflow management, every day at Agile Systems is lived in the spirit efficiency.

Agile electronics

A gentle introduction Computer science is a young science. Computer programmers my age were trained by engineers. That training dictated how we approached software development for an entire generation. But now after decades of building software to be expensive, unwanted, and unreliable we have come to realize software is different.

Building software is more like creating a work of art, it requires creativity in design and ample craftsmanship to complete.

Software remains malleable, often illogical, and incomplete forever. Agile software development is based on fundamental changes to what Agile electronics considered essential to software development ten years ago.

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The most important thing to know about Agile methods or processes is that there is no such thing. There are only Agile teams. The processes we describe as Agile are environments for a team to learn how to be Agile.

We realize the way a team works together is far more important than any process. While a new process can easily improve team productivity by a fraction, enabling your team to work effectively as a cohesive unit can improve productivity by several times.

Of course to be eligible for such a big improvement you must be working at a fraction of your potential now. You need a process where team empowerment and collaboration thrive to reach your full potential.

The second change is making the customerthe one who funds the software development, a valuable and essential team member.

Instead let the customer make scope decisions a little at a time throughout the project. When your customer, or domain expert works directly with the development team everyone learns something new about the problem. True domain expertise and experience is essential to finding a simple, elegant, correct solution.

A document can have plenty of information, but real knowledge is hard to put on paper. Left alone programmers must assume they know everything they need. When asking questions is difficult or slow the knowledge gap grows.

Perhaps the biggest problem with software development is changing requirements. Agile processes accept the reality of change versus the hunt for complete, rigid specifications. For most projects readily accepting changes can actually cost less than ensuring requirements will never change.

We can produce working software starting with the first week of development so why not show it to the customer? We can learn so much more about the project requirements in the context of a working system.

The changes we get this way are usually the most important to implement.


Agile also means a fundamental change in how we manage our projects. If working software is what you will deliver then measure your progress by how much you have right now. We will change our management style to be based on getting working software done a little at a time.

The documents we used to create as project milestones may still be useful, just not as a measure of progress. Instead of managing our activities and waiting till the project ends for software, we will manage our requirements and demonstrate each new version to the customer. It is a hard change to make but it opens up new ways to develop software.

Agile electronics

Take a guided tour of Agile Development by following the buttons starting here. Or continue your guided tour of Extreme Programming by following the buttons.The oxide skin on gallium-based liquid metals, shown here in suspension, give the materials the ability to hold a shape and to be reconfigured into new shapes that can maintain electrical conductivity.

Electrical and electronics engineering; Agile software development is an approach to software development under which requirements and solutions evolve through the collaborative effort of self-organizing and cross-functional teams and their customer(s)/end user(s).

Agile Electrical Solutions (AES) LLC is an original equipment manufacturer, located in the heart of the Pacific Northwest. Agile Electrical Solutions is "Veteran Owned". AES provides custom power distribution and control system solutions to a wide range of products in the dynamic Original Equipment Manufacturing (OEM) market.

Circuitive is the next-generation platform for agile electronics manufacturing. A turn-key manufacturing solution that suits all your needs. Agile becomes one of the top suppliers for Automek because of their success. For the failed part, an actuator, projected requirement of 50, units for the first year, , for .

Agile software development is an approach to software development under which requirements and solutions evolve through the collaborative effort of self-organizing and cross-functional teams and their customer(s)/end user(s).

It advocates adaptive planning, evolutionary development, early delivery, and continual improvement, and it .

Agile software development - Wikipedia