A software architect is someone who comes up with concepts or ideas for how to organize, structure, and plan an organization’s computer programs, systems, and technology. They also devise strategies to achieve organizational goals by defining priorities and creating logical steps towards those objectives.

Software architects are in charge of ensuring that the overall system functions effectively, and they coordinate all aspects of the technological puzzle — from individual components to whole platforms. This includes everything form developing mobile apps to designing web applications to choosing hardware and software tools needed to run the business!

Their main goal is to create efficient use of resources (time, money, energy) so that the organization can function efficiently and stay within budget. By having clear roles and responsibilities, architects help ensure that things run smoothly and projects move forward at a steady pace.

Architects usually work as part of a team, so their strengths can complement those of others and vice versa. While one person may be more familiar with a certain piece of software, the architect can find ways to integrate it into the rest of the platform. And since architects have a wide range of knowledge, they typically learn something new every day.

However, what really sets them apart is their ability to look beyond the surface level when trying to understand the functioning of an app or system. An architect must think about why something works and whether there are better alternatives for just making changes to improve efficiency.

Important factors for good software architecture

As we have seen, there are several key components of software that play an important role in determining the structure and flow of your apps.

All of these elements work together to help shape how your app is organized and what decisions get made about content and functions.

If you want to improve the overall quality of your software architectures, then it’s essential to understand which ones matter most and why.

In this article, we will discuss some crucial points about the three main structural parts of a software application — its platform, information technology (IT) infrastructure, and organization scheme.

Decision making

As mentioned before, software architecture is about deciding what components your app will have and how they fit together. Once you have that decision made, the next step is figuring out where these components will come from and who will own them.

This is the part of the process where things can get tricky. Just because someone says they’ll build it doesn’t mean they actually will! In fact, there are many cases where people claim they’re going to do something but never do.

That being said, don’t assume bad intentions just because no one keeps their promises. It could be that they didn’t really want to keep their promise in the first place or maybe they needed the money more for other purposes.

Whatever the case may be, know that they lied to you! Never trust a liar, especially when it comes to important things like business and career relationships.

Be careful with your assumptions until you prove otherwise, and stay focused on only trusting individuals if necessary. If you’re ever fooled into thinking someone isn’t telling the truth, then walk away and look somewhere else. You deserve better than that.

Communications and reviews

Communication and review are two of the most important functions in software architecture. These can be done either formally or informally, depending on whether there is an official process for addressing concerns or not.

Formal communication happens when someone else does something that you feel needs correcting or changing. This could be due to poor quality or wrong decisions made during project planning or development, issues with the design, function, or implementation of a component, or problems caused by user errors.

In these cases, it is appropriate to have a formal meeting to discuss the issue, determine what action should be taken, and assign people responsibility for changes or new projects.

If no one feels comfortable taking on this task, then at least one person must make a decision about how to address the problem before it escalates beyond their ability to control.

This may mean accepting the current state as good enough and moving forward from here, or finding another architect who will take over the project, but only if everyone agrees that’s the best option. It also means coming up with your own solution and trying to implement it yourself, asking others for help, or both!

The key thing to remember about informal communications is that they don’t always result in anything concrete. People may agree to work together outside of normal channels, which often works just fine until things get busy again. Or, they may simply move onto other projects instead of sticking around for whatever comes next.

Top software architecture mistakes

A common mistake that large corporations make is thinking they have enough time to develop their software. This can be due to two reasons: either because senior management does not understand technology, or because there are too many departments in the company who want new apps.

By creating more projects, you increase the chance of one project taking longer than expected. Or, a project may run into serious problems and require extra time to fix it.

Either way, this will cost your organization money as it comes with additional expenses such as hiring more staff, paying for additional resources, etc. Plus, it could hurt employee morale since people get invested in the mission and then get pushed aside as the work gets done quickly.

This isn’t just an issue at big companies, even small ones often find themselves making the same costly mistakes.

Skyscraper design

The skyscraper style is one of the most popular styles in architecture. It was first used as an efficient use of space, and now has become something that many architects strive for. Architect Daniel Liechty uses this method to describe his understanding of software architectures.

He calls it the “pyramid” or “stepped pyramid” structure. At the top of the diagram he places what he refers to as the “system core,” which is made up of three things: business services, platform services, and infrastructure.

The business services layer produces profit for the company by offering products and/or performing functions for other companies. Platform services are those that help connect different systems together. For example, Google makes lots of money because they create search engines that work well and are free.

Infrastructure takes care of the basics like electricity, water, and air.

Too many layers

A complex software architecture typically contains multiple layers, each layer having its own set of responsibilities. Layers can be categorized as being either business dependent or technology-dependent. Technology-dependent layers are those that require specific software technologies for function, such as using PHP for a web server. Business-dependent layers are ones that do not matter what tech stack you use for backend services like databases and file servers; they depend on the business!

By creating separate tiers that are independent of one another, developers get more flexibility in choosing how to organize code and manage dependencies. This also allows them to mix and match hardware and software resources easily, since there is no longer a need to find common ground.

However, this approach can make it difficult to determine who will take responsibility for what components of the system. For example, when deciding where to put authentication logic, it becomes important to consider who has access to what parts of the system and if these people are able to handle this task themselves.

Bad naming

Naming your software components properly is an integral part of designing scalable, maintainable architectures. Names should be clear, descriptive, and unambiguous. Generic names are not helpful as they do not provide specific information about the component!
For example, if you look at most enterprise applications today, you will see that almost every function is called something like “Processing” or “Transaction Management.” While these are good vague terms, they don't really tell you what the application does. It takes too long for users to figure out what each piece of functionality actually means!

I have seen this problem firsthand in my own career where I had to re-purpose an internal tool after only one use because people didn't know what it did! The creator never gave it a strong name so nobody could refer to it later.

Software architecture diagrams can also become difficult to understand when generic names are used. Users may need to search online to find the right definition for a term such as "database" before being able to associate it with the diagram. This cuts down on the effectiveness of the diagram since there is no direct link between the two.

People will also have to spend time figuring out which definitions apply to which parts of the diagram, making it harder to compare similarities and differences among similar structures.

Good software architectural design requires careful consideration of both how the software works and what it does.