Unlocking Data Center Careers: The Best Skills and Certifications

What Jobs Exist in a Data Center?

Dr. Smith breaks data center careers into three tiers. The first requires no four-year degree. “We’re looking at electricians, construction, or HVAC,” he explains. Operations and engineering roles that build or run the facility are also prevalent in data centers when they are first installed, and those typically do not require a four-year degree.

The second tier includes anyone with a college degree, whether that is engineering, business, or finance. Dr. Smith points out that a data center is really two entities in one. “You have the corporate entity, with finance, HR, sales, IT, marketing, and legal like any other company, but then you have the data center, which is its own little community,” he explains. 

That community needs electrical engineering, mechanical engineering, sustainability engineering, environmental engineering, and computer science, plus advanced HVAC and technology skills for managing heat capacity, power, and cooling. Roles at this level include design and engineering, critical facilities and reliability engineering, network infrastructure, and capacity planning and optimization.

The third tier is for people with an advanced degree or five to ten years of industry experience, in any field. “Here you have experience, you have professionalism,” Dr. Smith says. “These roles include capacity planning and optimization.” Typical duties include forecasting, modeling, and financial alignment, plus security and compliance, program management, budget tracking, and portfolio governance. At the top of this tier sit facility managers, operations managers, and capacity managers, the people running the critical, moment-to-moment operation of the whole site rather than designing a single piece of it.

Certifications for Data Center Careers

Certifications matter throughout every tier, from the trades up through engineering leadership. “The HVAC certification, the electrical engineering electrician certification, the Cisco network certifications, the cloud architect. A lot of those certifications will help you get the initial job,” he says. He also notes there is currently no single certification that teaches how a data center’s systems interoperate as a whole, which is the specific gap SMU’s degree program is built to close. Below is a closer look at what candidates can actually pursue today, organized from entry-level credentials to advanced, career-spanning ones.

Useful Intermediate Certifications

Uptime Institute Accredited Tier Specialist (ATS)

The ATS is a 16-hour, instructor-led program and exam aimed at data center managers and operators who need to understand Uptime Institute’s Tier classification system, the industry standard for measuring data center reliability and redundancy. The program costs 4,985 dollars and carries continuing professional development credit in many countries. It fits squarely into the critical facilities and reliability roles Dr. Smith described in the second career tier.

Cisco Certified Network Associate (CCNA) and Cisco Certified Network Professional (CCNP)

Cisco certifications remain the standard credential for network infrastructure roles inside a data center. CCNA covers foundational networking while CCNP builds on it with more advanced routing, switching, and data center-specific tracks. Both are administered by Cisco and require passing one or more proctored exams.

AWS Certified Solutions Architect, Associate

Representing the cloud architect certifications, this Amazon Web Services credential validates the ability to design and deploy scalable systems on cloud infrastructure. The exam costs 150 dollars and requires no formal prerequisite, though Amazon recommends at least a year of hands-on experience with AWS. It is a common next step for people moving from traditional IT into cloud-dependent data center roles.

Is Data Center Job Growth Built to Last?

While there is currently a boom in data center jobs, the question is whether it will continue. Dr. Smith expects two things to happen at once. Companies will keep building new facilities, and they will also go back and retrofit data centers built 10, 15, and 20 years ago with better cooling, better power, and better compression. 

“These data centers require a specific configuration from an environmental standpoint, so if you have one, it’s easier to retool it sometimes than to build a brand new one,” he says.

Utilities are often the deciding factor in where a company builds next. “I can go build anywhere. I’ve got lots of open places. But what are the utilities? How far is the power? How far is the gas? How far is the water?” Dr. Smith asks. An existing site already has those connections in place, which is part of why retrofitting stays attractive even as new construction booms.

Longer term, Dr. Smith thinks technology will reduce how many massive facilities the industry needs. “I think what’s going to happen is they’re going to retool those, but then technology is going to come to where we don’t need as many of the big ones, because technology, hopefully, will get smaller and have the same capacity without the same power draw,” he says.

How to Stand Out Before You Graduate

Dr. Smith’s advice for current students is to apply to data center companies now, even before you fully understand the industry: “Data centers do not get enough applications from students because students don’t understand a data center, and they look at the job and go, I don’t know what they’re doing,” he says.

The fix is to start reading. Dr. Smith recommends subscribing to trade publications and industry conferences such as InterGlobix Magazine and Data Center World, and following data center content on LinkedIn, to build enough vocabulary to connect your own major to the industry. 

“Whatever you’re doing in your field, the majority of fields relate to something that could be beneficial in the data center. You just have to understand a data center,” he says. A finance major, for example, can start recognizing which cost centers inside a data center need analysis, then speak to that directly in an interview instead of describing generic financial planning experience.

Dr. Smith is also clear about whom the program at SMU is for: “I would want them to come to the program looking to transition to a data center company,” he explains. It is built for people already working in tech, at a company like IBM, who want to move specifically into the data center side of the business, and it does not require an engineering background to get in. “If you had an undergrad GPA of 2.2 but you’re in industry for 12 years, let’s talk about your industry work. Let’s not worry about your undergrad,” he encourages.