Data Center Operations Technician: Role, Skills, and Career Path
The Bureau of Labor Statistics projects that computer support specialist roles, which include data center technician positions, will grow 6% from 2023 to 2033, adding roughly 55,000 new jobs across the US. That growth rate picks up speed when you factor in the AI infrastructure boom driving high demand for new data centers across Northern Virginia, Phoenix, Dallas, and dozens of other hot markets. A data center operations technician is the person who keeps these mission-critical facilities running around the clock, monitoring servers, maintaining hardware, troubleshooting network issues, and responding to alarms before a small problem turns into a major outage. Data centers are the core infrastructure of the digital world, powering cloud computing platforms and cloud services that billions of people rely on daily. The data center technician role requires a blend of IT skills, mechanical aptitude, and problem solving ability that few other technology jobs demand. This guide covers what the role actually looks like day to day, the essential skills and technical knowledge you need, which certifications matter, what hiring managers expect, and how the job pays in 2026.
What is a data center operations technician?
A data center operations technician is a hands-on professional responsible for the physical upkeep, monitoring, and troubleshooting of servers, networking equipment, power distribution systems, and cooling systems inside a critical environment. Think of this person as the first responder for the building that houses the internet. The role supports data centers by keeping every layer of physical infrastructure online, from the servers in the racks to the cooling systems overhead. When a server throws an error, a cooling unit trips, or a power distribution unit shows a warning, the data center technician is the one who walks the floor, identifies the problem, and either fixes it or escalates it to a specialist.
The role sits at the intersection of IT and facilities management. You need enough technical expertise in computer hardware troubleshooting to swap a failed hard drive or re-seat a network cable, and enough mechanical understanding to know when an HVAC system is running outside of normal parameters. Uptime Institute’s 2024 Global Data Center Survey found that human error causes over 40% of significant data center outages, which tells you exactly why trained data center technicians matter so much. The talented people monitoring these environments and maintaining servers are the last line of defense between normal operations and a multi-million-dollar outage.
Entry-level data center technicians typically handle routine tasks like hardware installations, cable management, server management duties, and alarm monitoring. Experienced technicians take on more complex troubleshooting, root cause analysis, and problem solving across multiple systems, and may handle site management responsibilities during off-hours shifts with minimal supervision. The title varies by employer: Amazon uses “Data Center Technician,” Equinix posts “Global Technical Operations” roles, and Microsoft hires “Critical Environment Technicians.” The core job is the same regardless of what the employer calls it.
Day-to-day responsibilities in data centers
Your daily work as a data center operations technician breaks down into four main categories: hardware troubleshooting and break-fix work, monitoring alarms and environmental conditions, cable and infrastructure management, and documentation. The specific tasks shift depending on whether your facility is a hyperscale campus, a colocation site, or an enterprise data center, but the core responsibilities stay consistent across all data center locations.
Rack and server installation
Most data center technicians spend a significant chunk of their week installing, decommissioning, or relocating servers within racks. This means lifting equipment weighing up to 50 pounds (sometimes more with rail kits), mounting servers into standard 42U racks, connecting power cables to power distribution units, and patching network cables into the correct switch ports. At hyperscale operators like Google, Microsoft, and Meta, a single data center technician might process 20 to 40 server installs per shift during a large deployment. Precision matters. A cable plugged into the wrong port can take down connectivity for an entire rack of servers.
Hardware break-fix and component swaps
When monitoring systems flag a failing hard drive, a degraded memory module, or a malfunctioning power supply, the data center technician handles the physical swap. This is break-fix work: you get an automated ticket from the building management system or DCIM platform, walk to the correct rack location, identify the failed component, hot-swap it if the server supports it, and verify the replacement registers correctly. Server management at this level means you maintain a close relationship with every piece of hardware in your assigned zones. The AFCOM 2024 State of the Data Center report found that 65% of data center operators plan to increase spending on maintenance and operations staff, a clear signal that hands-on data center technician work is not going away.
Cable management and structured cabling
Clean cable management is not cosmetic; it is a safety and operational requirement. Data center technicians run and route fiber optic cables, Cat6/Cat6a copper cables, and power cords following structured cabling standards. Poorly routed cables block airflow in hot aisle/cold aisle configurations, create fire hazards, and make troubleshooting network issues nearly impossible. You will use cable trays, Velcro ties (never zip ties in most data centers, since they damage cables during removal), and labeling systems to keep every piece of data center infrastructure organized and traceable.
Monitoring and responding to operational alarms
A large portion of your shift involves watching monitoring dashboards and responding to alerts. Data center infrastructure management (DCIM) software, building management systems (BMS), and environmental monitoring technology track temperature, humidity, power consumption, and equipment status in real time. When a sensor detects a temperature spike in a hot aisle or an uninterruptible power supply (UPS) switches to battery, the data center technician investigates immediately. Speed matters: the Uptime Institute reports that the average cost of a major data center outage exceeded $750,000 in 2023, and many outages start with a small alarm that nobody responded to quickly enough.
Skills and technical knowledge for data center technicians
The skills you need fall into five categories: hardware troubleshooting, electrical and power distribution, cooling and HVAC, networking, and documentation. Each of these skill areas builds on the others, and the best data center technicians develop proficiency across all five rather than specializing too early.
Server hardware troubleshooting fundamentals
You need to know how servers work at a component level. Computer hardware troubleshooting is the single most common task you will perform. That means understanding motherboards, CPUs, RAM modules, storage drives (both spinning disks and NVMe SSDs), RAID configurations, and power supplies. When a server goes down, you need problem solving skills to interpret indicator LEDs, read diagnostic logs from the baseboard management controller (BMC), and determine whether the fix is a component swap or a full server replacement. Solving problems at the hardware level often involves testing multiple technology solutions before identifying the root cause. Familiarity with hardware technology from Dell, HPE, Lenovo, and Supermicro is expected at most facilities, since these four vendors account for the vast majority of enterprise server hardware deployed in data centers today.
Basic electrical and power distribution concepts
Data centers run on complex power distribution chains. Power flows from the utility grid through transformers, switchgear, UPS systems, power distribution units (PDUs), and finally to individual servers. These are the foundational technologies that maintain overall availability for every server and piece of networking gear in the building. You do not need to be a licensed electrician, but you must understand single-phase vs. three-phase power, how to read a PDU’s capacity gauge, what happens during a utility failover to generator backup, and how to perform basic power whip connections. The US Energy Information Administration reports that US data centers consumed approximately 176 terawatt-hours of electricity in 2023, a number projected to double by 2030. Understanding power is not optional in this role.
Cooling and HVAC fundamentals for critical environments
Data center cooling systems prevent servers and networking equipment from overheating. Traditional air-cooled facilities use computer room air conditioning (CRAC) or computer room air handling (CRAH) units in hot aisle/cold aisle configurations. Newer facilities are adopting liquid cooling technology, rear-door heat exchangers, and immersion cooling for high-density AI workloads. Cooling is core infrastructure that you must understand and maintain, just like power. You need to know how airflow works within a raised-floor or contained environment, how to read temperature and humidity sensors, and when to escalate a cooling anomaly to the mechanical team. ASHRAE’s recommended inlet temperature range for data center equipment is 18°C to 27°C (64°F to 81°F), and keeping servers within that envelope protects the physical infrastructure from heat-related failures.
Network cabling and switch-level basics
You will handle networking equipment daily. That means knowing the difference between single-mode and multi-mode fiber, how to terminate and test Cat6a copper cables, how to use an optical time-domain reflectometer (OTDR) for fiber testing, and how to read port status lights on network switches. You are not expected to configure a Cisco or Juniper router, but you should be able to identify a flapping port, trace a cable from server to top-of-rack switch, and verify physical networking connectivity when the network team asks for help troubleshooting network issues.
Documentation and shift handover skills
Every action you take inside a data center must be documented. Work orders, change management tickets, incident reports, and shift handover logs create the paper trail that keeps operations running safely across multiple shifts and multiple technicians. Sloppy documentation causes repeated troubleshooting of the same problem, missed maintenance windows, and audit failures. Strong operations technicians treat documentation as part of the job, not an afterthought. Your documentation also supports the technical support team and the engineers who maintain long-term records of equipment performance and failure patterns.
Training, certifications, and associate degree options
Breaking into data center operations does not require a four-year degree. The Uptime Institute’s 2024 workforce study found that less than 30% of data center technicians hold a bachelor’s degree. Most employers accept a combination of relevant certifications, an associate’s degree, or equivalent hands-on experience from related fields like electrical work, HVAC, IT support, or military technology roles.
Associate’s degree programs
An associate’s degree in information technology, electrical technology, or related fields gives you a structured foundation. Programs at community colleges typically take two years and cover networking basics, operating systems, hardware fundamentals, and sometimes include data center-specific coursework. The cost is significantly lower than a four-year university, often $3,000 to $10,000 per year at a public community college. Employers like Equinix, Digital Realty, and QTS list an associate’s degree as a preferred qualification on most data center technician job postings.
CompTIA A+ as an entry-level certification
CompTIA A+ is the most widely recognized entry-level certification for hardware and troubleshooting skills. The exam covers PC hardware, networking basics, mobile devices, operating systems, and troubleshooting methodology. It costs approximately $358 for both exam vouchers (Core 1 and Core 2) as of 2026, and most candidates prepare in 2 to 4 months of self-study. The certification is vendor-neutral, meaning it applies across all data center employers regardless of the technology they run. For any aspiring data center technician, CompTIA A+ validates the baseline technical skills that hiring managers screen for first. If you want a more detailed breakdown of certifications worth pursuing, the best data center certifications guide covers all the major options with cost and ROI comparisons.
CompTIA Network+ for networking fundamentals
CompTIA Network+ goes deeper into networking concepts that data center technicians use every day: IP addressing, subnetting, switching, routing basics, network troubleshooting, and security fundamentals. The exam costs approximately $381 and requires about 3 to 6 months of preparation. Many employers treat Network+ as a strong differentiator for data center technician candidates who want to move beyond basic hardware work into networking operations or infrastructure engineering roles. The networking skills validated by this certification directly apply to everyday tasks like tracing connectivity issues, reading switch port diagnostics, and understanding how servers communicate across the data center network.
Vendor-specific certifications for hardware platforms
Major server vendors offer their own certification tracks. Dell Technologies Proven Professional, HPE ASE (Accredited Solutions Expert), and Lenovo Data Center Certified programs validate hands-on knowledge of specific hardware platforms. These certifications are particularly valuable if you know which vendor your target employer uses. Microsoft’s data centers, for example, run heavily on custom hardware, so their training programs focus on in-house systems.
Key certifications and short courses
Beyond the foundational CompTIA track, several industry-specific certifications boost your credibility and salary.
Uptime Institute courses for data center operations
The Uptime Institute offers the Accredited Tier Designer (ATD), Accredited Operations Specialist (AOS), and Accredited Tier Specialist (ATS) certifications. The AOS is most relevant for operations technicians, costing approximately $2,000 to $3,000 including the training course. These certifications carry significant weight because Uptime Institute sets the global Tier classification standards that data centers are built and operated against. The Uptime Institute certifications article has the full breakdown of each program.
OSHA and EHS safety certifications
Working inside a data center means working around high-voltage electrical systems, heavy equipment, elevated platforms, and chemical fire suppression systems. OSHA 10-Hour or 30-Hour General Industry certifications show employers that you understand workplace safety standards. The 10-Hour course costs $25 to $100 online and can be completed in two days. Many large operators like Amazon and Microsoft require OSHA training before granting badge access to their facilities.
Manufacturer-specific training for racks and PDUs
Companies like Schneider Electric, Vertiv, and Eaton offer training on their specific power distribution units, UPS systems, and cooling equipment. These courses are often free or low-cost and available online. Since you will interact with this equipment daily, manufacturer training gives you practical knowledge that generic certifications do not cover. Schneider Electric’s Energy University platform, for example, offers over 200 free courses on power and cooling systems.
Hiring criteria for data center facilities technician roles
Hiring managers look at a mix of education, previous experience, physical requirements, and clearance qualifications when screening data center technician candidates. Read the job description carefully before applying, because requirements vary significantly between operators.
Most entry-level data center technician postings ask for a high school diploma or equivalent, with an associate’s degree preferred. One to three years of previous experience in IT support, facilities maintenance, or a related trade is typical for entry-level roles. Prior experience in electrical engineering, HVAC, or military technical support roles counts heavily. Experienced technicians applying for Tier 2 or Tier 3 positions need three to five years of hands-on data center experience and deeper technical knowledge of specific systems. Hiring managers value hands-on experience with servers, power systems, and cooling equipment over academic credentials alone.
Physical requirements are real and consistent across the industry. Data centers are fast paced environments, and you should be comfortable lifting 50 pounds regularly, working on your feet for an entire shift, climbing ladders, and working in confined spaces like under raised floors. Data centers operate 24/7/365, so you must be available for rotating shifts, including nights, weekends, and holidays. Most large employers are equal opportunity employers and actively recruit talented people from diverse backgrounds, including military veterans and career changers.
Background checks and security clearances are standard. Federal government data centers and facilities supporting classified workloads require Secret or Top Secret security clearances. Even commercial operators like Equinix and Digital Realty run criminal background checks and drug screenings as part of their security protocols. The hiring process for cleared facilities can take 3 to 12 months depending on the level required, so plan accordingly.
Safety, incident response, and critical environment practices
Data center operations technicians work in a critical environment where safety protocols are non-negotiable. Your ability to maintain safe operating conditions directly impacts every system in the building.
Emergency operating procedures
Every data center maintains an Emergency Operating Procedure (EOP) document that outlines exactly what to do when something goes wrong: a power failure, a cooling system shutdown, a fire alarm, a water leak, or a security breach. You are expected to memorize the critical response steps for your facility and practice them during scheduled drills. Knowing which breaker to pull, which valve to close, or which number to call can be the difference between a minor incident and a catastrophic outage. Site management teams rely on technicians to execute these procedures correctly during high-stress situations.
PPE and lockout-tagout compliance
Personal protective equipment (PPE) requirements vary by task. Electrical work requires arc-flash rated clothing, insulated gloves, and safety glasses. General floor work requires steel-toe or composite-toe shoes and sometimes hearing protection in generator rooms. Lockout-tagout (LOTO) procedures are mandatory whenever you work on equipment that could be accidentally energized. OSHA Standard 1910.147 governs these procedures, and violating LOTO protocols is a terminable offense at every major data center operator.
Incident reporting and root cause analysis
When something breaks or an unexpected event occurs, the data center technician files an incident report documenting what happened, when it happened, what actions were taken, and what the outcome was. Strong facilities use root-cause analysis frameworks like the “5 Whys” or fishbone diagrams to trace problems back to their origin. These problem solving methodologies prevent repeat incidents and feed into continuous improvement programs. The Uptime Institute’s 2024 Annual Outage Analysis found that organizations with formal incident reporting programs experienced 30% fewer repeat outages than those without structured processes. Problem solving skills and systematic troubleshooting are what separate experienced technicians from entry-level staff.
Tools, systems, and data center infrastructure you will use
Your daily toolkit as a data center technician includes both software platforms and physical tools that keep the data center infrastructure running.
CMMS and work order documentation
A computerized maintenance management system (CMMS) tracks all scheduled maintenance, work orders, and equipment histories. Platforms like ServiceNow, Maximo, and Limble are common across data center operations teams. You will open and close work orders, log parts usage, and update equipment records in these systems daily. Clean CMMS data is what keeps preventive maintenance on schedule and gives site management visibility into operations workload. Your job is to maintain accurate records for every task you complete.
Building management systems and telemetry tools
Building management systems (BMS) and DCIM platforms like Schneider Electric’s EcoStruxure, Vertiv’s Trellis, and Nlyte give you a real-time view of every sensor, meter, and alarm point across the data center infrastructure. You will monitor temperature sensors across server rooms, track power consumption at the PDU level, and watch coolant flow rates through the cooling plant. Learning to read and interpret these monitoring technology dashboards is one of the most important skills for a new data center technician.
Physical tools and testing equipment
The hands-on part of the job requires a specific toolkit: torque wrenches (for rack bolt specifications), cable testers and certifiers, fiber optic cleaning kits, label makers, multimeters, infrared thermometers, and a good headlamp. Server rail kits, cage nut tools, and Phillips/Torx screwdriver sets are daily essentials. You should also know how to use an OTDR for fiber testing and a power quality analyzer for investigating electrical anomalies.
Shift work, on-call expectations, and center operations schedules
Data centers never close. That means the operations team works in shifts, and new technicians should expect non-traditional schedules in a fast paced work environment.
The most common pattern is 12-hour rotating shifts: two days on, two days off, three days on, then the pattern reverses. Some facilities run traditional 8-hour shifts with day, swing, and night rotations. Shift differentials are standard, with night and weekend shifts paying 10% to 20% more than day shifts. Many technicians actually prefer the compressed schedule because it gives them more consecutive days off per month.
On-call rotation is part of most data center operations technician roles. When you are on call, you carry a phone and must respond to critical alarms within a defined timeframe, usually 15 to 30 minutes. On-call duty typically rotates among the operations team on a weekly or biweekly basis. You may be responsible for maintaining equipment across various operational stages, from newly commissioned server rooms to mature production environments.
Multi-site responsibilities are becoming more common across major data center locations. Operators with multiple facilities in the same metro area may have technicians travel between sites during a single shift. This is particularly common in Northern Virginia, where major operators like Amazon, Microsoft, and Google run dozens of data center campuses within a 30-mile radius.
Career path: from technician to data center engineer
The operations technician role is a launching pad, not a dead end. The typical progression follows a clear path.
Level | Title | Experience | Salary range (2026) |
|---|---|---|---|
Entry | Data Center Operations Technician I | 0-2 years | $55,000 to $70,000 |
Mid | Data Center Operations Technician II/III | 2-5 years | $70,000 to $85,000 |
Senior | Senior Data Center Technician | 5-8 years | $85,000 to $100,000 |
Engineer | Data Center Engineer | 5-10 years | $100,000 to $140,000 |
Management | Data Center Operations Manager | 8-15 years | $120,000 to $165,000 |
Moving from data center technician to data center engineer requires deepening your technical knowledge in one or two specializations. The most in-demand specializations in 2026 are power and electrical systems, cooling and mechanical systems (especially liquid cooling for AI infrastructure), and network/infrastructure engineering. Getting there means pursuing advanced certifications, seeking cross-discipline exposure through mentorship and rotational programs, and documenting your project experience carefully. The data center career path guide maps out each transition point in detail.
Many large operators run formal career development programs. Microsoft’s Datacenter Academy, Amazon’s apprenticeship programs, and Google’s internal technical training tracks are designed to move data center technicians into engineering and leadership roles over 2 to 4 years. These programs recognize that experienced technicians with strong problem solving skills and deep operational knowledge are the best candidates for engineering positions. If your current employer does not offer a formal program, the same progression is possible through self-directed certification study and on-the-job skill building.
Compensation, benefits, and market salary ranges
Data center operations technician salaries vary by location, experience, and employer type. The BLS reports the median annual wage for computer support specialists at $60,810 as of 2024, but data center technicians with specialized skills consistently earn above that baseline. Here is what the market looks like in 2026, based on data from BLS Occupational Employment Statistics, Glassdoor, Indeed, and the DataX Connect annual salary survey.
Experience level | National average | Range (25th to 75th percentile) |
|---|---|---|
Entry-level (0-2 years) | $58,000 | $48,000 to $68,000 |
Mid-level (2-5 years) | $74,000 | $64,000 to $86,000 |
Senior (5+ years) | $91,000 | $78,000 to $105,000 |
Top-paying markets push these numbers higher. Data center technicians in Northern Virginia earn 15% to 25% above national averages according to the 2025 DataX Connect salary survey, with total compensation (base plus overtime plus shift differentials) reaching six figures for experienced technicians. Phoenix, Dallas-Fort Worth, and the Chicago metro area also pay above average because high demand for data center technicians in these markets drives salaries upward as operators compete for talent. Facilities supporting cloud computing and cloud services workloads for hyperscalers like AWS, Azure, and Google Cloud tend to pay at the top of these ranges.
Total compensation goes beyond base salary. Most data center employers offer health insurance, retirement plans (often with 4% to 6% company match), paid time off, and tuition reimbursement that can save you money on relevant certifications and degrees. Overtime pay at 1.5x the hourly rate is common during deployment periods and peak maintenance windows. Shift differentials for night and weekend work add another $3,000 to $8,000 per year to your total earnings. When comparing offers, read the full job description carefully, since benefits packages vary widely between employers. For detailed salary data by city and experience level, the data center technician salary guide breaks down compensation across every major US market.
How to apply and interview tips for data center technicians
Landing a data center technician job requires a targeted approach to both your application and your interview preparation.
Tailor your resume to hardware and facilities tasks
Your resume should lead with hands-on technical skills, not soft skills or generic objectives. List specific equipment and technology you have worked with: server models, PDU types, cable standards, monitoring tools, and CMMS platforms. Use the language from the job posting. If they say “break-fix,” put “break-fix” on your resume. If they list “hot aisle/cold aisle,” mention your experience with thermal management. The data center technician resume guide walks through exactly how to format and optimize your application for data center technician roles.
Prepare for hands-on technical assessments
Many employers include a practical assessment as part of the data center technician interview process. You might be asked to rack a server, terminate a network cable, identify components on a motherboard, or walk through how you would troubleshoot a specific failure scenario. Practice these physical tasks before your interview. Familiarity with common rack rail systems (Dell ReadyRails, HPE sliding rails) and cable termination standards gives you confidence under pressure. These assessments test your hands-on experience more than your theoretical knowledge.
Demonstrate safety awareness and teamwork
Behavioral interview questions for data center technician roles almost always focus on safety practices and how you work with a team under pressure. Prepare specific examples of times you followed safety protocols, responded to an emergency, worked a difficult shift with a teammate, or caught a mistake before it caused a larger problem. Interviewers want to hear that you treat the critical environment with respect and that you communicate clearly with your operations team. The data center technician interview questions guide has 15+ real questions with strong example answers.
Your next step into data center operations
The data center operations technician role is one of the strongest entry points into an industry that is growing faster than almost any other sector in 2026. The combination of AI infrastructure buildout, cloud expansion, and an aging workforce creates real demand for data center technicians willing to learn the hands-on skills. You do not need a four-year degree. An associate’s degree or relevant certifications like CompTIA A+ and Network+, combined with a willingness to work shifts and build your skills on the job, will get you interviews at major operators.
Start by picking one certification to pursue this month. Build your resume around the specific technical skills this article covers. Search for entry-level data center technician roles on the dcgeeks.com job board, and apply to every posting where you meet at least 60% of the qualifications. Most hiring managers would rather train talented people who show a good attitude and strong work ethic than wait for a perfect candidate who does not exist.
Frequently asked questions for aspiring data center technicians
Do I need a degree to become a data center operations technician?
No, a degree is not required for most entry-level data center operations technician roles. The Uptime Institute reports that less than 30% of working data center technicians hold a bachelor’s degree. Most employers accept a high school diploma combined with relevant certifications (CompTIA A+, Network+) and some hands-on technical experience. An associate’s degree in IT or electrical technology strengthens your application but is rarely a hard requirement.
How long does it take to become a data center operations technician?
Most people can qualify for an entry-level data center operations technician position within 6 to 12 months of focused preparation. That timeline includes earning CompTIA A+ certification (2 to 4 months of study), gaining some hands-on experience through a lab environment or entry-level IT technical support role, and applying to positions. Career changers from trades like electrical work or HVAC often qualify faster because their existing skills transfer directly to data center operations.
What is the difference between a data center technician and a data center engineer?
A data center operations technician focuses on hands-on hardware work, monitoring, and first-level troubleshooting in the facility. A data center engineer handles design, planning, capacity management, and complex problem solving that requires deeper technical knowledge and often a bachelor’s degree or equivalent experience. Engineers typically earn $100,000 to $140,000 compared to $55,000 to $95,000 for technicians. The technician role is the most common stepping stone to an engineering position, with the transition usually happening after 3 to 5 years of operations experience.
Is data center operations technician a good career in 2026?
Yes. The data center industry is projected to add roughly 340,000 new positions by end of 2026 according to industry workforce estimates, and operations technicians are among the most in-demand roles. Salaries are competitive, the work is recession-resistant (data centers maintain operations regardless of economic conditions), and the career path from technician to engineer to manager offers long-term earning growth. The AI infrastructure boom is creating thousands of new facilities in the digital world, and every one of them needs operations technicians from day one. Employers need talented people with a good attitude who can work in fast paced environments and solve problems under pressure.
What certifications should a data center operations technician get first?
Start with CompTIA A+ as your first certification, since it covers the computer hardware troubleshooting fundamentals every operations technician uses daily. Follow that with CompTIA Network+ to build your networking knowledge. From there, consider the Uptime Institute Accredited Operations Specialist (AOS) if you want to specialize in data center operations, or vendor-specific certifications from Schneider Electric, Vertiv, or your employer’s hardware vendor. The total investment for A+ and Network+ is approximately $739 in exam fees, with most candidates completing both within 6 months of part-time study.
