The pros of being a computer network architect are that it’s a high-paying job, and you’ll have lots of opportunity for advancement.
The cons of being a computer network architect are that the job can be stressful and demanding, and you’ll need to deal with constant changes to your industry.
Computer Network Architect Pros And Cons
Introduction
It takes a special type of person to become a computer network architect. You can’t be afraid of responsibility, nor can you be afraid to get your hands dirty. It is likely that there will be some tasks that others have to do for you because you will have to run the show when it comes to your company’s networking and data storage needs. If you’re still reading, then it sounds like becoming a computer network architect might be right up your alley!
The absolute authority to the network architecture.
It is the network architect’s job to ensure that your company’s network is set up in a way that will allow it to function at its best. In this role, you are the one who has authority over every aspect of how your company’s computers, servers, and other devices are connected together. You are responsible for deciding what is connected to what, what data is safe and what data isn’t safe, where it should be routed or stored (on site or off site), how fast connections should be allowed to run before slowing down everyone else’s connection speeds in order not to overwhelm bandwidth capacity limits (which would cause lag), and so on.
The upside of this type of job responsibility is that there isn’t much room for error—you can make sure everything runs smoothly without having any outside interference from other people or departments with different ideas about how things should work best according to them rather than based upon actual usage statistics collected by yourself during testing phases prior when these systems were still being built out into production environments ahead of their launch date later this month…
You can build algorithms that make your networking faster.
The good news is that there are plenty of ways to make your network faster, and you can even implement them yourself. One of the most basic methods is called “flow control.” This involves using an algorithm to control the flow of data in a network so that it doesn’t slow down.
For example, imagine that you’re trying to send a video from one computer on your network to another. If there’s too much traffic at the same time—and too many other users sending data over their own networks—then this will cause delays for both computers trying to communicate with each other. You could solve this by implementing flow control: when a device on your network receives data from another device, it’ll pause its transmission until all currently-transmitted packets have been received by its counterpart; then both devices can start transmitting again at once rather than waiting for each other’s packets to arrive individually.
Implementing flow control takes some effort because you’ll need code written specifically for what you want done (or find an existing program), but if implemented correctly, then it should improve performance without breaking anything else!
You will live in a constant fear of getting hacked or losing data.
One of the most important things to remember is that security is not a one-time thing. You have to go back and test your backups, test your security, upgrade those systems, test again. This is a constant process and you will live in fear of getting hacked or losing data.
Sometimes you have to troubleshoot outdated architecture.
You might have to work with old hardware and software. You might have to troubleshoot outdated components, like an old version of Windows or an 8-bit processor that can’t run modern applications. It’s also possible that you’ll have to deal with satellite networks instead of fiber optic cables and wireless connections instead of wired ones.
This can be a problem if you’re trying to update your network architecture, but it also means you’ve got the opportunity to do something new and exciting with your career. If nothing else, the fact that this stuff is so different makes it a lot easier to stand out from other network engineers in your industry!
You’re responsible for security issues and upgrades.
A computer network architect is responsible for the security of their networks, as well as making sure that things run smoothly.
This means you will have to make sure that your network is secure from attacks, and also that it’s running at peak performance.
You’re responsible for making sure everyone is connected at all times.
You’re responsible for making sure everyone is connected at all times. For example, if you have a building and it has an internet connection, you are responsible for ensuring that it works properly. You need to have enough bandwidth to support everyone in the building. You also need to have enough power and space so that people can sit in their offices and work without having any problems or issues with their workspace.
Network architects don’t get the same recognition as developers or designers.
One of the main challenges of being a network architect is that you don’t get as much recognition for your work.
You’re often not seen as a big deal by developers or designers, because you’re working behind the scenes and not exposed to consumers. But if something goes wrong on the network, it’s usually your fault (even if it isn’t).
Developers and designers will complain about how there’s no space in their cube farm anymore because they have to share with another department—and then those same people won’t let go of that USB cable they’ve been monopolizing since February!
This means that network architects have to be nice to everyone, even when they could use some help or advice themselves. A lot of times we end up sharing our ideas with other groups anyway (such as during brainstorming sessions), but sometimes we just keep them inside because it feels like no one wants them at all.”
Be sure you are okay with running the show before becoming a computer network architect.
As a computer network architect, you will be responsible for the overall design of the network. You will also be in charge of all the hardware and software that makes up the network. This means you need to be able to troubleshoot problems when they occur, as well as implement any new systems that are needed in order to improve efficiency or increase productivity.
If this sounds like something you’re interested in doing, then becoming a computer network architect may be right for you!
Conclusion
The career is a great option for someone who enjoys working with technology and has an interest in the way computers communicate. It’s also a good choice if you consider yourself to be a problem solver, because there are always issues that will arise when it comes to the internet. However, it can be easy to get overwhelmed, so only take on this job if you’re okay with being responsible for everything.
