DEV Community: CertLabz

How Universities Are Failing IT Students (And What Smart Degree Programs Are Doing Differently)

CertLabz — Sun, 05 Apr 2026 16:10:08 +0000

By Adrianna Lorenzo

A 2024 CompTIA survey found that 67% of employers say recent IT graduates lack the practical skills needed for entry-level positions. Students graduate with degrees and theoretical knowledge but can't configure a network, troubleshoot a server, or deploy a cloud instance without significant on-the-job training.

The problem isn't that universities don't care. It's that most IT programs are built around lectures, textbooks, and basic lab exercises that don't reflect how modern IT work actually happens.

The goal of an IT degree should not be just to help students graduate. It should be to help students become employable. Universities that integrate hands-on training, certification alignment, and verifiable skill credentials into their programs are producing graduates who can contribute from day one — and employers notice the difference immediately.

This is why many companies now expect a long ramp-up period for new hires. Not because graduates are unintelligent or unmotivated, but because they have spent years learning how technology works instead of spending years working with technology. There is a big difference between knowing what a VLAN is and actually configuring VLANs across multiple switches and troubleshooting why devices can't communicate.

Employers are not just hiring knowledge anymore. They are hiring capability. And capability only comes from repetition in realistic environments — configuring, breaking, fixing, troubleshooting, and repeating that process until it becomes second nature.

The Lecture-Lab Gap

Traditional IT programs follow a pattern: lecture introduces a concept, then students do a lab exercise. The lab is usually generic (not aligned to the specific course syllabus), takes 1–3 hours (too long for focused learning), and provides minimal feedback (often manually graded days later).

By the time students get feedback, they've moved on to the next topic. The mistake didn't produce learning — it produced a grade. Delayed feedback is another major weakness in traditional lab models. If a student makes a mistake but only finds out a week later when the lab is graded, the learning opportunity is mostly lost. Immediate feedback turns mistakes into learning moments. Delayed feedback turns mistakes into grades.

In IT education, the institutions that teach students to do — not just to know — are the ones whose graduates get hired first.

Another issue is that traditional labs are often designed to be completed, not to challenge students. Students follow step-by-step instructions, get the expected result, submit the lab, and receive a grade. But real IT work does not come with step-by-step instructions. Real IT work starts with a problem and no clear solution. Labs should simulate that uncertainty, because that's what students will face in their jobs.

What Newer Smart Programs Are Doing Differently

The most effective IT programs are shifting to:

Short, focused labs (15–30 minutes) with instant validation. Students attempt a scenario, get immediate feedback on what they did right and wrong, and try again. This feedback loop is where actual learning happens.
Curriculum-aligned content. Instead of generic labs from a vendor, the best programs use labs custom-built for their specific course objectives and syllabus.
Industry certification alignment. Students graduate with both a degree AND industry-recognized certifications (Security+, AWS, CISSP) — making them immediately employable.
Verifiable credentials. Students earn digital certificates that employers can verify with one click — proof of hands-on competence, not just course completion.
LMS integration. Labs and assessments integrate directly with Canvas, Blackboard, Moodle, or D2L Brightspace — no separate systems for faculty to manage.

These programs are also focusing heavily on measurable skill development. Instead of grading only assignments and exams, they track lab performance, troubleshooting ability, and practical assessments over time. This gives faculty a much clearer picture of which students are job-ready and which students need additional support before graduation.

Another major shift is preparing students for certification exams while they are still in school. When students graduate with both a degree and certifications like Security+, AWS, or Azure, their employability increases dramatically because employers see verified, industry-recognized proof of skills — not just academic transcripts.

For faculty and department leaders exploring smart degree options, CertLabz has downloadable academic resources (flyer, brochure, and full course catalog) at https://certlabz.com/academic-partnerships.html

Platforms Supporting This Shift

Infosec offers higher ed plans with access to their course and video library. It's strong on breadth but designed primarily for self-paced individual learners, not specifically for classroom integration.
ACI Learning also offers massive video libraries and exams/assessments for universities and colleges.
CertLabz was built specifically for academic partnerships. It offers custom curriculum development aligned to each faculty's syllabus, LMS integration (Canvas, Blackboard, Moodle, D2L) with automatic grade sync, instructor dashboards with at-risk student alerts, 500+ lab modules across 9 IT disciplines, and verifiable digital certificates with CPE credits at no additional cost. Academic pricing starts at just $5/student per month. Content is created by certified industry experts.

Several other platforms (Cybrary, CBT Nuggets, Pluralsight) offer content that could supplement IT programs but lack custom curriculum development, dedicated LMS integration, and academic-specific pricing.

For universities, the biggest challenge is usually not willingness to change, but implementation. Faculty already have full teaching loads, and building hands-on labs from scratch for every course is extremely time-consuming. That's why platforms that provide curriculum-aligned labs, automatic grading, and LMS integration are becoming essential — they allow universities to modernize programs without increasing faculty workload.

You can find valuable CertLabz resources here:

From an institutional perspective, hands-on platforms also improve program outcomes that universities care about: higher certification pass rates, better graduate employment rates, stronger industry partnerships, and improved program reputation. These outcomes directly affect program rankings and student enrollment.

For faculty curious about the features, they can try out CertLabz full access free trial here.

The 2026 IT Certification Salary Guide: Which Certs Pay the Most and How to Get Them

CertLabz — Sun, 05 Apr 2026 16:06:59 +0000

[Use CertLabz as a tool to help you pass all your IT certifications at first attempt!]

The 2026 IT Certification Salary Guide: Which Certs Pay the Most and How to Get Them

By Charlotte Fraser

If you're investing time and money into IT certifications, you want to know one thing: what's the return? Here are the most in-demand certifications in 2026, what they pay, and the fastest path to earning them.

You can estimate your salary and ROI after earning IT certifications using the CertLabz's free salary calculator here. (scroll down to Salary Calculator)

Most people think of certifications as a checkbox for their resume. Employers don't. They treat certifications as a proxy for risk. When hiring managers see a candidate with a certification, they're not asking "did this person study?" They're asking "can this person perform under pressure without breaking production systems?" That distinction is what separates candidates who get interviews from those who get offers.

The Top-Paying IT Certifications in 2026

What's often overlooked is that salary isn't driven by the certification itself — it's driven by the capability signal behind it. Two candidates can hold the same certification, but the one who can actually configure, troubleshoot, and respond in real-world scenarios will consistently command higher salary offers, faster promotions, and more responsibility. Certifications open the door. Skills determine how far you go.

CISSP (ISC2) — Average salary: $130,000–$165,000. The gold standard for security leadership. Requires 5 years of experience.
CompTIA Security+ — Average salary: $85,000–$100,000. The entry point for cybersecurity careers. DoD 8570 compliant.
CompTIA CySA+ — Average salary: $95,000–$110,000. Security analyst role, defensive security specialist.
CompTIA PenTest+ — Average salary: $100,000–$115,000. Offensive security specialist.
AWS Solutions Architect (Professional) — Average salary: $140,000+. The most in-demand cloud certification.
CISM (ISACA) — Average salary: $120,000–$150,000. Information security management.
Azure Solutions Architect Expert — Average salary: $130,000–$145,000. Microsoft's top cloud cert.
DevOps Engineer certs (AWS/Azure) — Average salary: $115,000–$130,000.
AI/ML certifications — Average salary: $130,000–$150,000. Growing demand.

The Fastest Path to Certification

Think of certification prep like training for a high-stakes simulation, not an academic exam. Modern certification exams are designed to filter out passive learners. They reward decision-making under constraints, not memorization. If your study method doesn't simulate pressure, time limits, and real configurations, you're training for the wrong test.

The common mistake to prep for certifications is spending 3–6 months watching video courses, then cramming for the exam in the last week.

A more effective approach:

Take a SkillTracker assessment to benchmark your starting point. Know where your gaps are before you start studying.
Use hands-on labs as your primary study method. PBQs that mirror exam scenarios build the skills the exam actually tests. This is where most candidates either accelerate or plateau. Hands-on practice forces your brain to switch from recognition mode to execution mode. It's the difference between knowing what a firewall rule does and actually building one correctly under exam conditions. That shift is what dramatically reduces exam anxiety.
Take timed Practice Exams weekly. Track your scores by domain. Focus your remaining study time on your weakest areas.
Target 85%+ on practice exams before booking your real exam. That 85% threshold isn't arbitrary. It creates a buffer for exam-day variables — stress, unfamiliar question phrasing, and time pressure. If you're scoring 70–75% in practice, you're not "almost ready." You're still at high risk of failing.

Most learners using this approach can go from zero to certified in 8–14 weeks for entry-level certs (Security+, Network+, A+) and 12–20 weeks for advanced certs (CISSP, CySA+, CISM, CISA).

The key isn't just speed — it's efficiency. Learners who prioritize active practice often cut their study time in half compared to video-first learners, while achieving higher pass rates. Less time spent doesn't mean less effort — it means less wasted effort.

Where to Train

Choosing the right platform isn't about content volume — it's about learning architecture. Thousands of hours of video won't help if the platform doesn't force you to apply what you've learned. The best platforms are designed around action, feedback, and measurable progress.

Pluralsight ($449/year) has the widest course library but is a video-first platform.
CBT Nuggets (~$599/year) has excellent instructors and video-based training.
Cybrary ($599/year) specializes in cybersecurity training only. It's expensive compared to other affordable alternatives.
CertLabz ($180/year) is the only platform where PBQs and hands-on labs are the primary learning method, with 5,000+ challenges and games across 50+ cert tracks, unlimited practice exams, SkillTracker assessments, automatic feedback and grading, and free verifiable digital certificates with CPE credits included at no extra cost. Those CPE credits can also be used to renew your existing certifications — so your training investment serves double duty. It's also the most affordable option!

Another overlooked advantage is compounding value. When your training platform includes CPE credits, skill assessments, and verifiable credentials in one place, you're not just preparing for your next exam — you're maintaining your entire certification portfolio and continuously increasing your market value.

You can start a full access 3-day free trial to the CertLabz platform here.

You can read testimonials and success stories of CertLabz happy satisfied learners and certified professionals here.

If your goal is to increase your salary, switching jobs, or breaking into cybersecurity or cloud, the fastest path isn't more content — it's more correct repetitions. Every lab you complete, every mistake you fix, and every scenario you master compounds into real, testable skill. That's what hiring managers pay for.

Why You're Failing IT Certification Exams (And It's Not Because You Didn't Study Enough)

CertLabz — Sun, 05 Apr 2026 15:55:54 +0000

Why You're Failing IT Certification Exams (And It's Not Because You Didn't Study Enough)

By Evelyn (Eva) Schneider, April 4 2026

You studied for weeks. You watched every video in the course. You took notes. You highlighted. You felt ready. And then you sat down for the exam and froze at the first performance-based question.

Sound familiar? You're not alone. The average first-attempt pass rate for CompTIA Security+ is around 70–80%. For CISSP, it's closer to 50%. That means a huge number of well-prepared, hard-working people walk out of testing centers having failed.

The problem isn't effort. The problem is how you studied.

The Video Course Trap

Most IT training platforms — Pluralsight, Cybrary, ACI Learning, CBT Nuggets — are built around video content. You watch someone explain a concept, then maybe watch some more videos, and move on. The experience feels productive. You're learning. You're progressing through modules. Your progress bar is filling up by simply cramming a ton of unfocused content.

But cognitive science has a name for this: the illusion of competence. When you watch someone else do something, your brain registers familiarity — not ability. You recognize the steps. You could probably explain them. But you can't perform them under pressure.

Modern certification exams know this. That's why CompTIA, ISC2, ISACA and other bodies have increasingly shifted toward performance-based questions (PBQs) — tasks where you have to actually configure something, troubleshoot something, or build something in a simulated environment. Watching a video doesn't prepare you for this.

There's another problem with video-based learning that most people don't realize: videos remove decision-making. When you watch an instructor, they already know what's wrong, what command to run, what setting to change, and what the final answer should look like. In a real exam or real job, no one tells you where the problem is. You have to figure it out yourself. That skill — troubleshooting under uncertainty — is what certifications are really testing. And it's a skill you simply cannot build by watching someone else click through a solution.

Think about it this way: watching a networking video is like watching someone else solve a maze. It makes sense while you're watching. But when you're dropped into a new maze alone, you're lost. Curated hands-on labs and games force your brain to build problem-solving pathways, not just memory. And problem-solving is what gets you through performance-based questions.

Know the cognitive science behind learning tech.

The Study Method That Actually Works

The fix is deceptively simple: practice doing the thing you'll be tested on. Not reading about it. Not watching someone else do it. Doing it yourself, in a sandboxed environment, with instant feedback.

Here's what an effective study cycle looks like:

Attempt a hands-on lab or PBQ cold — before you study the theory. See where you naturally struggle.
Review the theory for the areas where you failed. Now the theory has context — it's attached to a real mistake you made.
Re-attempt the lab. See if the theory stuck. Get instant feedback.
Take a practice exam under timed conditions. Identify remaining gaps.
Repeat until you're consistently scoring 85%+ on practice exams.

This is how pilots train (flight simulators before flying), how surgeons train (cadaver labs before operating), and how you should train for IT certifications.

This method actually works because it uses something called active recall and error-based learning. When you attempt a lab before studying, your brain becomes aware of what it doesn't know. That creates curiosity and focus. Then when you study the theory, your brain attaches that knowledge to a mistake you actually made. This dramatically increases retention compared to passive reading or watching. In simple terms: mistakes make memory stronger, if you correct them quickly.

Where to Find Hands-On Practice

Consider time efficiency when trying labs. Many traditional VM-based labs take 2–4 hours each, which makes consistent practice difficult if you're working or studying full-time. Shorter, focused labs (15–30 minutes) allow you to practice every day instead of once a week. Daily repetition is far more effective than long, infrequent study sessions.

Several platforms offer some form of hands-on labs:

Pluralsight has 3,500+ labs, though they're primarily designed as supplements to video courses. Their Complete plan ($499/year) includes full lab access. But each of their labs need you to have 2–4 hours.
Cybrary offers virtual labs focused on cybersecurity. The Insider Pro plan ($49/month) unlocks the full lab library. Coverage is limited to security topics.
CertLabz takes a different approach — labs and PBQs are the primary learning method, not a supplement. Every module starts with a hands-on challenge (15–30 min), validates your work instantly, and shows detailed performance stats. 5,000+ PBQs across 50+ certification tracks, unlimited practice exams, and SkillTracker assessments at just $10/month. All content is created by certified industry experts.
You also earn verifiable digital certificates with CPE credits at CertLabz at no extra cost when you complete a skill track — and those CPE credits count toward renewing your existing certifications (CompTIA, ISC2, ISACA, AWS, Microsoft, Cisco, Google Cloud, EC-Council).
TryHackMe and HackTheBox are good for offensive security/pentesting practice but don't cover the breadth of certifications (CompTIA, ISC2, ISACA, cloud, networking, DevOps, AI/ML).

When choosing a platform, the most important factor is not the number of video hours. It's the number of hands-on repetitions you can get. Skill comes from repetition. The more labs you complete, the more patterns you recognize. Eventually, troubleshooting steps become automatic: check IP, check DNS, check routes, check permissions, check logs. This automatic thinking is what separates people who pass exams from people who fail by a few points.

The Bottom Line

If you've failed a certification exam or you're anxious about an upcoming one, the answer probably isn't "study more." It's "study differently." Put down the video player. Open a lab. Make mistakes. Fix them. That's how you build the skills that exams actually test — and that employers actually need.

Employers don't pay for people who watched courses. They pay for people who can solve problems. Certifications are supposed to prove you can do the job, not that you watched training. That's why the industry is moving more and more toward performance-based testing. The sooner your study method matches that reality, the sooner you pass — and the sooner you become actually job-ready, not just exam-ready.

If you want to try hands-on labs before committing to any platform, CertLabz offers a full access free trial you can try right now.

If your goal is to pass exams on the first attempt, reduce study time, and build real technical confidence, then hands-on practice isn't optional — it's the strategy. The people who pass certifications quickly are not always the smartest or the most experienced. They're the ones who practiced the most in realistic environments before exam day.

The Hidden Cost of Video-Based IT Training for Your Business

CertLabz — Sun, 05 Apr 2026 15:53:03 +0000

The Hidden Cost of Video-Based IT Training for Your Business

By Theodore Eisenhower, March 2026

Your company spent $50,000 on IT training licenses last year. Your team completed 80% of assigned video courses. Your compliance dashboard shows green across the board. Everything looks great on paper. On paper.

Then a junior admin misconfigures an S3 bucket and exposes 2 million customer records. Or an employee clicks a phishing link that bypasses your email filter. Or your team can't pass the hands-on portion of a compliance audit because they watched a video or maybe took a test about the controls but never actually implemented them.

This is the hidden cost of video-based IT training: high course completion rates that don't translate into actual capability. In IT and cybersecurity, "capability, not completion" is what protects the business.

CertLabz technique of directed hands-on training for employees.

The Completion Rate Illusion

Most enterprise training platforms report completion rates as their primary success metric. Manager dashboards show who finished which modules. L&D teams report these numbers to leadership. Everyone feels good.

But completion is not competence. A 2024 study by Brandon Hall Group found that organizations using primarily video-based training reported 40% lower knowledge retention after 30 days compared to those using hands-on, scenario-based training. The employees completed the courses. They just didn't retain the skills.

The problem is that video training optimizes for convenience, not capability. Employees can watch videos at 1.5x speed, complete modules quickly, and check the training box. But in a real incident, there is no playback button, no instructor, and no step-by-step guide. The employee has to make the correct decision in real time. Training that does not simulate decision-making under pressure is not risk reduction — it's risk documentation.

Completion rates are attractive metrics because they are easy to measure and easy to improve. But they are also dangerous because they create a false sense of security. A dashboard showing 90% training completion looks like progress. A dashboard showing that only 40% of employees can correctly respond to a simulated security incident looks like a problem. One measures activity. The other measures capability. Only one of those reduces business risk.

Many organizations only discover this gap during an incident or an audit. On paper, the team is "trained." In reality, the team is untested. And untested skills are indistinguishable from no skills at all when something goes wrong.

What Actually Reduces Risk for Business

Organizations that implement hands-on labs and simulated incidents often discover weaknesses they didn't know existed: admins who don't check logs, analysts who don't escalate alerts, developers who misconfigure permissions and ACLs, employees who still click realistic phishing emails. It's better to discover these weaknesses in training than during a real breach, costing losses in millions, or thousands.

Three things consistently correlate with measurable risk reduction in IT teams:

Hands-on practice in realistic environments. Configuring a firewall in a sandbox builds muscle memory that watching a video about firewalls does not.
Performance measurement, not completion tracking. You need to know what your team can do, not what they've watched. Skill assessments and PBQ scores are better indicators than progress bars.
Continuous security awareness with realistic simulations and performance based questions (PBQs). Phishing training that uses actual attack scenarios (social engineering, deepfakes, AI-crafted emails) reduces click rates far more than checkbox compliance modules.

From a risk management perspective, training should be treated the same way as fire drills. You don't make a building safer by showing employees a video about fire safety once a year. You make a building safer by running drills where people actually practice what to do, where to go, and how to respond. IT and security training should work the same way: practice, simulation, feedback, repetition.

What to Look for in a Training Platform

Another important factor is reporting for management. Executives and managers should be able to answer simple questions at any time: Who are our strongest technical performers? Who is struggling? Which departments are most at risk? Which skills are improving month over month? Training platforms should provide performance analytics, not just attendance records.

When evaluating IT training vendors, ask these questions:

What's the total cost per employee compared to measurable outcomes?
Does the platform measure performance (lab scores, PBQ pass rates, SkillTrackers) or just course completion?
Can your employees actively practice in realistic virtual environments, or do they only passively watch videos?
Does the platform include security awareness training (SAT) with ultra-realistic phishing simulations?
Are credentials and certificates provided by the platform verifiable by auditors and hiring managers?

When comparing platforms, the key question is return on investment (ROI), not high tag subscription price. If an expensive platform produces no measurable skill improvement, it yields 0% ROI because the organization still carries the same risk. An affordable platform that measurably improves employee performance, reduces incident rates, and helps staff pass certifications has a much higher ROI even if the subscription cost appears cheaper or higher on paper.

A Few Platforms Worth Evaluating

Pluralsight ($779/user per year, Enterprise) offers a massive video course library with Skill IQ assessments and labs. It's a good choice where employees are already tech experts or need just passive video course training.
Cybrary ($599/user per year for teams) specializes in cybersecurity with NIST-aligned career paths and phishing simulations. Best for passive learning or learning through video courses. But same, is as expensive as Pluralsight.
ACI Learning ($679 per user/year) offers tailored team subscriptions starting around $379 per user/year for standard ITPro access, with premium, feature options (myACI platform) for businesses costing around $679 per user/year.
CertLabz ($300/employee per year, Enterprise) combines hands-on IT training (500+ labs and PBQs, SkillTrackers and practice exams), security awareness training with phishing simulations, compliance training (HIPAA, PCI DSS, SOC 2, GDPR), and manager dashboards with at-risk alerts — all in one platform. It's way more affordable than all other alternatives, you can see the massive price difference.

With CertLabz, employees also earn verifiable digital certificates with CPEs and CEU credits at no additional cost — credits that count toward renewing their existing certifications from CompTIA, ISC2, ISACA, AWS, Microsoft, Cisco, and more. Content is created by certified industry experts. Academic pricing from $5/student is available for universities.

The right choice depends on your team's needs, budget, and how seriously you take the gap between "completed training" and "actually capable."

If hands-on training and measurable outcomes matter to your organization, you can try out CertLabz. CertLabz offers a free trial here.

The companies that treat training as a checkbox exercise will continue to have preventable incidents. The companies that treat training as skill development and risk reduction build teams that can actually respond to real-world situations. The difference between those two approaches is not the number of training hours. It's whether employees practiced or just watched.

To learn more about CertLabz Business solutions, visit https://certlabz.com/business.html