Making Networking Cool Again? (1)

Is network engineering still cool?

It certainly doesn’t seem like it, does it? College admissions seem to be down in the network engineering programs I know of, and networking certifications seem to be down, too. Maybe we’ve just passed the top of the curve, and computer networking skills are just going the way of coopering. Let’s see if we can sort out the nature of this malaise and possible solutions. Fair warning—this is going to take more than one post.

Let’s start here: It could be that computer networking is a solved problem, and we just don’t need network engineers any longer.

I’ve certainly heard people say these kinds of things—for instance, one rather well-known network engineer said, just a few years back, that network engineers would no longer be needed in five years. According to this view, the entire network should be like a car. You get in, turn the key, and it “just works.” There shouldn’t be any excitement or concern about a commodity like transporting packets. Another illustration I’ve heard used is “network bandwidth should just be like computer memory—if you need more, add it.”

Does this really hold, though? Even if we accept the car and computer memory illustrations and individual routers like these things, is an entire network system like a car? A closer analogy for a network in the world of cars would be an entire transportation system.

You have different kinds of physical transport (rail, over-the-road trucks, air travel, ships, etc.), each with its characteristics, and all of which must be connected to move physical objects from one place to another. There must be some kind of “control plane” that coordinates, shared addressing, formatting rules, etc.

While a single car might, in some sense, be a commodity at this point (and I’ll bet there aren’t many car owners who would wholly agree with that characterization), I don’t see how we could call an entire transportation system a commodity—especially if we want to say “the skills needed to build a transportation system just aren’t needed any longer, there’s nothing more to learn, this is so … boring …”

Let’s dispense with this idea that networks just aren’t needed any longer. We must still build networks that carry traffic between servers, cities, countries, and continents. Building these networks is still a hard problem. Even if there is less room to improve these things than ten or twenty years ago, the problems are still hard. Even if many problems are solved at a broad level, not every problem is solved in every network in the universe.

A more reasonable take on this perspective is that networking skills are diffusing into a larger information technology (IT) skill set. Perhaps IT, in its relative “youth,” divided too sharply and finely—we created too many career fields. What is happening right now, then, is just a kind of right sizing in the market.

Network engineering skills, in fact, do seem to be dispersing to one degree or another. But let’s put this in perspective.

The first point is I’m not convinced there are fewer network engineers. Instead, it’s more likely there are just as many network engineers as there ever have been, if not more. Perhaps, though, “real” network engineering has been growing linearly while all the other IT fields have been growing at a rate faster than linear (I don’t want to say exponential, just something more than linear).

In a world that counts lack of growth as a failure, networking growing at a slower pace than, say, programming seems like a failure from the outside. People like to follow winners; growing is winning; network engineering is not growing as fast as other things, so network engineering is failing.

I dislike the modern progressive mindset—but while I’m working on something in this area, this isn’t the time or place to dive into this topic. Let’s agree that we must let go of the idea: “Growing slower is a failure.”

Returning to the idea of transportation—I will just about bet automobile designers built entire departments in the early days of car manufacturing. Today, there might be just as many automobile designers as ever. They’re just buried in large car manufacturing, servicing, etc., companies, so it feels like there are a lot fewer than there were.

Just because most new engineers must learn many different things, and network engineering skills are diffusing into many different areas of IT, does not mean network engineering is dying, regardless of what it might look like from the outside.

Second, there is nothing wrong with network engineering skills diffusing into the larger IT skill set. Has anyone reading this ever really been a “pure” network engineer? If so, I don’t know whether to envy or feel sorry for you.

When building networks in the military, I had to deal with all the politics of customer relationships and understanding mission needs. When taking cases in technical support, I had to deal with time management and customer-facing skills—and I needed to learn or use coding skills to be an effective network engineer. Today, I do network engineering, like I always have, but I work on security, privacy, DNS, coding, and all sorts of other things.

I cannot think of a time in my career when I would have considered myself a “pure network engineer.” I’ve always had to find and build adjacent skills to design, build, and maintain networks. I would say this is truer today than ever, but I do not believe my skills as a network engineer are any less useful than they have ever been.

Where does all of this leave us?

Let’s continue the discussion in part 2 next week.


  1. fred baker on 9 January 2024 at 6:45 pm

    I would submit that things like big data and AI are the areas sizzling, I see that in my companys interns, they dont want to work in networking they want the areas I stated above. Of course mainframe systems people are making a very nice living and they were pronounced dead how many years ago?

  2. Heiden Stevens on 11 January 2024 at 12:39 am

    Just another network operator here. I would say, in general, networking forces you to deal with the problems that come with distributed systems. That is managing deployment, configuration, operations and all the other variables of scaled systems. There is also a lot of physical components. If we use an IDF, as an example, we need to think about connectivity, power, access, environment and redundancy. This might be trivial if you have one IDF but what happens when you have 30, 50, or 100. When it comes to small to medium size businesses I don’t see any other IT domain confronted with these types of problems.

  3. Nuno Melo on 14 January 2024 at 9:34 am

    I wonder how much of this comes form what IT Students Learn now days, i remember 20 years ago learning about data transmission protocols and systems as well as programming, in those days programing was 1 subject of many, and networking was a filed that offered a carrier option in engineering not focused heavily on programming and software development, now days seems everything needs to be programmable/api centric and although i don’t see it as necessarily bad , the lack of learning options systems engineering ,integration and deep network protocol knowledge, impacts the visibility of the networking field as being an interesting field.