Best IT Certifications and the Order to Get Them: A Roadmap for Beginners

With so many IT certifications out there, choosing your first one can feel overwhelming -- but the decision framework is simpler than you might think. This guide lays out a practical certification path for career changers, non-technical professionals, and complete beginners, organized in a foundation to intermediate to specialist sequence you can follow without burning out.

The standard approach is to build your base with the IT Passport (ITパスポート) followed by the Fundamental Information Technology Engineer Examination (基本情報技術者試験), then branch into four directions: development, infrastructure, cloud, and security. The IT Passport takes roughly 100 hours and the Fundamental Information Technology Engineer Examination roughly 200 hours, so at 10 hours per week you can realistically progress through both in 3 to 6 months.

Both the IT Passport and the Fundamental Information Technology Engineer Examination use a year-round CBT format that makes scheduling easy. Understanding practical details like how to adjust your exam date and prepare your confirmation slip helps keep your study plan on track. The most efficient way to choose certifications is not by name recognition, but by selecting them in an order that connects to real career outcomes.

Why the Foundation to Intermediate to Specialist Order Works Best for IT Certifications

How this sequence creates an efficient learning curve

IT certification study tends to stick -- and translate to real-world skills -- because knowledge in this field is cumulative, like building blocks. Start with IT literacy, terminology, and system-level overview. Then move into the mechanics: design, algorithms, databases, and networking. From there, advance into specialized domains like cloud and security. Each layer reinforces the last.

Consider what the IT Passport exam covers: networking, security, business strategy, and project management. It looks broad and shallow on the surface, but it actually serves as a map for everything that comes after. At the beginner stage, terms like TCP/IP, encryption, and requirements definition tend to feel like isolated vocabulary. Once you have a big-picture view, the algorithms, system architectures, and troubleshooting topics in the Fundamental Information Technology Engineer Examination start making sense as "knowledge with a purpose."

A pattern I frequently see when advising early learners is that people who jump straight into CCNA or an entry-level AWS certification tend to get overwhelmed by the sheer volume of specialized terminology. Terms like VPC, subnet, routing, IAM, and DNS are not concepts that exist only within cloud certifications. People who already have a foundation in networking and security absorb these topics quickly, while those without that base end up relying on rote memorization and plateau. Building a broad foundation first turns specialized study from "learning something new" into "making existing knowledge more concrete."

This sequencing is consistently recommended across multiple certification media outlets. Guides from Programmer College, LEC, and Levtech Rookie all organize the standard path as starting with foundational certifications before moving to engineer-level and domain-specific ones. The reason this is considered standard is simple: it is the order that maximizes transferable knowledge. The big-picture understanding from the IT Passport feeds directly into the Fundamental Information Technology Engineer Examination, and the design, algorithm, and networking knowledge from the Fundamental Information Technology Engineer Examination transfers laterally to the Applied Information Technology Engineer Examination (応用情報技術者試験), CCNA, LinuC, AWS certifications, and the Information Security Management Examination (情報セキュリティマネジメント試験).

The study hours also support this approach. As mentioned, the beginner benchmark is roughly 100 hours for the IT Passport and roughly 200 hours for the Fundamental Information Technology Engineer Examination. Completing that roughly 200-hour Fundamental Information Technology Engineer Examination first makes the "why does this work this way?" questions in later specialized certifications much easier to answer, and the efficiency of your practice sessions improves noticeably. Rather than studying for certifications one at a time, it is closer to using each certification as advance preparation for the next one.

Benefits of following the standard path -- and when to deviate

The foundation-to-intermediate-to-specialist route is strong because it is hard to go wrong with it when you are uncertain about what to choose. The IT Passport is widely positioned as a beginner-friendly entry certification, and the Fundamental Information Technology Engineer Examination is classified by IPA as the tier that tests foundational IT engineering knowledge. Passing just these two covers a wide range, from general IT literacy for non-technical roles to preparation for an engineering career switch.

Another benefit is resilience to career pivots. Someone who studied through the Fundamental Information Technology Engineer Examination aiming for development and later became interested in infrastructure or cloud still retains their networking and security foundation. Conversely, someone who started with infrastructure ambitions and later leaned toward application development or data still has their algorithm and database fundamentals. Specialized certifications go deep in a narrow domain, which means they transfer less easily when you change direction -- making a thick layer of shared knowledge upfront especially valuable.

That said, the optimal order shifts depending on your goal. If you are a non-technical professional who wants to keep up with internal DX conversations, the IT Passport or the Information Security Management Examination (情報セキュリティマネジメント試験) should rank higher. If you are seriously pursuing an engineering career, skipping the IT Passport and starting from the Fundamental Information Technology Engineer Examination is a perfectly valid choice. Infrastructure-focused candidates may want to extend from the Fundamental Information Technology Engineer Examination to CCNA or LinuC for a faster connection to practical work. Security-focused candidates can build a base with the Information Security Management Examination or the Fundamental Information Technology Engineer Examination, then progress naturally to the Registered Information Security Specialist (情報処理安全確保支援士) or Security+.

In short, the standard path is "the initial route that fits the most people" -- not the only answer for everyone. The career-specific routes covered later in this article break down where you can take shortcuts in development, infrastructure, cloud, and security tracks, and where skipping steps is likely to cause problems. Knowing the standard path helps you make confident decisions even when you choose an alternative route.

2026: Year-round CBT makes staged learning easier to plan

One factor that makes building a 2026 study plan easier is that major foundational certifications are available via year-round CBT. According to the IPA FY2026 exam information, the IT Passport, the Information Security Management Examination, and the Fundamental Information Technology Engineer Examination are all administered year-round. Instead of a high-stakes spring-or-fall single attempt, you can adjust your exam timing based on how your studies are progressing -- a natural fit for staged learning.

This setup enables approaches like: "Finish the IT Passport in 1 to 2 months," "Ride that momentum into the Fundamental Information Technology Engineer Examination Subject A and B," and "Use the study period to identify which specialty interests you." Being able to take the exam when your understanding peaks, rather than locking in a fixed date too early, significantly reduces psychological pressure for beginners. Most people who stall during certification study are not beaten by the difficulty itself -- they lose their rhythm because they cannot align their study plan with the exam schedule. Year-round CBT minimizes that gap.

The IT Passport uses a CBT format with no mailed exam voucher -- you download and bring a confirmation slip instead. The fact that you can change your registration details up to 3 days before the exam date also pairs well with fine-tuning your study plan. Understanding these practical details makes a "one certification at a time" study approach genuinely realistic.

Avoiding the rush into specialized certifications also aligns well with this year-round availability. Completing one pass through the foundational material -- adding the Fundamental Information Technology Engineer Examination or the Information Security Management Examination as needed -- before moving into cloud, networking, or security keeps your knowledge chain intact. Multiple industry surveys agree that demand for cloud and security skills is high, and that is precisely why entering these fields without skipping the fundamentals has extra value. The higher the demand for a field, the more foundational understanding matters over surface-level memorization.

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Five IT Certifications Beginners Should Consider First

IT Passport (ITパスポート): The Foundation of IT Literacy

The most approachable first certification is the IT Passport. It is positioned as an entry-level certification for grasping the overall IT landscape, suited not only for aspiring engineers but also for students, salespeople, administrative staff, and planners. It covers system development, networking, security, business strategy, and project management, making it effective for anyone who wants to "keep up with IT conversations."

In terms of difficulty, this is the most accessible of the five certifications. The study time benchmark is roughly 100 hours, which at a pace of 10 hours per week translates to about 10 weeks, or around 2.5 months. In my experience, complete beginners are initially overwhelmed by the volume of terminology, but because the IT Passport covers such a broad range, you get through the "everything is unfamiliar" phase relatively quickly. After this certification, terms like TCP/IP, DB, encryption, and system auditing that appear in subsequent studies stop being pure memorization targets.

The exam uses IPA's year-round CBT format. As noted in the IT Passport CBT guide, there is no mailed exam voucher -- you prepare and bring your own confirmation slip. The ability to adjust your schedule, including post-registration changes, is a major advantage. For beginners, panicking over exam logistics on test day is often more damaging than the difficulty of the content itself, so the IT Passport serves as both a "gateway to study" and a "gateway to CBT exam experience."

This certification is ideal for people who have not yet decided whether to pursue an IT career, non-technical professionals looking to upskill, and anyone who finds jumping straight into the Fundamental Information Technology Engineer Examination too heavy. Conversely, if you are targeting a quick transition into development or infrastructure roles, it helps to keep the IT Passport as a springboard and move the Fundamental Information Technology Engineer Examination into your near-term sights -- that is when the certification's value becomes clearest.

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Fundamental Information Technology Engineer Examination (基本情報技術者試験): The Gateway to Engineering Fundamentals

If you are seriously considering an engineering career, the certification at the core of the standard path is the Fundamental Information Technology Engineer Examination. It is positioned as the gateway to IT engineering fundamentals, going a level deeper than the IT Passport with content closer to real-world practice. It covers algorithms, databases, networking, security, software development, and management in a cross-cutting manner, providing versatility that connects to both development and infrastructure tracks.

The difficulty is a clear step up for beginners. The study time benchmark is roughly 200 hours, which at 10 hours per week means about 20 weeks, or around 5 months. If the IT Passport is "grasping the big picture broadly and shallowly," the Fundamental Information Technology Engineer Examination is "going broad and moderately deep, to the point where you can explain how things work." From what I have observed, passing this certification changes the speed at which people grow during subsequent specialized study. Even those heading into networking or cloud benefit from the IP, protocol, data structure, and security foundations learned here.

The exam uses IPA's year-round CBT format. The scheduling flexibility is a significant advantage, but the content demands more than the convenience might suggest. This is not just IT literacy -- it systematically tests the minimum knowledge an engineer should have, so it carries noticeably more weight on a resume than the IT Passport.

This certification suits anyone targeting development roles, in-house SE positions, infrastructure engineering, or cloud engineering. Non-technical and career-change candidates can absolutely reach this level, but it is better approached as a 3-to-5-month sustained effort rather than a sprint. Whether you pass through the IT Passport first or enter the Fundamental Information Technology Engineer Examination directly depends on your prior knowledge, but as "the single certification that proves your engineering fundamentals," it is a strong candidate.

Information Security Management Examination (情報セキュリティマネジメント試験): Security Fundamentals for Corporate IT Staff

The Information Security Management Examination is less about diving into security at a specialist level and more about systematically learning the security fundamentals that businesses need. It sits somewhere between the IT Passport and the Fundamental Information Technology Engineer Examination, leaning closer to the IT Passport side, and is particularly well-suited for in-house IT coordinators, general affairs staff, back-office teams, and DX promotion leads in non-IT departments.

In terms of difficulty, it is more approachable than the Fundamental Information Technology Engineer Examination, and because its scope is more focused than the IT Passport's, it connects to practical work more directly. It covers targeted attacks, authentication, access control, incident response, and information asset management in a cohesive package -- making it genuinely practical for anyone who "can no longer avoid security conversations at work." With security demand running high alongside cloud in recent years, this certification also has a clear position as a gateway into the security domain.

Like the others, it uses IPA's year-round CBT and is easy to schedule. If your sole goal is an engineering career transition, the Fundamental Information Technology Engineer Examination tends to take priority. However, for people handling internal IT management or information governance, the Information Security Management Examination often aligns more directly with their daily responsibilities.

This certification is ideal for non-technical professionals looking to learn security, people in information systems or compliance-adjacent roles, and anyone whose work touches information management. If you are aiming for a career in security specialization, this certification alone is not sufficient -- it works best as one piece of a foundation, combined with the IT Passport or the Fundamental Information Technology Engineer Examination.

CCNA: The Specialized Entry Point for Networking and Infrastructure

Among these five certifications, CCNA has the strongest "gateway to specialization" character. It is positioned as a serious entry point for anyone heading into networking or infrastructure, covering routing, switching, IP connectivity, network security, and operational fundamentals with a vendor-specific perspective. For aspiring infrastructure engineers, network engineers, and cloud infrastructure professionals, its study value is clear-cut.

The difficulty level is on the heavier side for a beginner-oriented certification. Unlike the IT Passport or the Fundamental Information Technology Engineer Examination, which provide a "map of all IT," CCNA digs deep into a single domain: networking. Complete beginners tend to get overwhelmed by the volume of terms and concepts. Starting directly with CCNA often leads to treating topics like VLAN, OSPF, ACL, and NAT as isolated items to memorize. People who have already grasped the outline of networking and security through the IT Passport or the Fundamental Information Technology Engineer Examination clearly pick up the material faster.

The exam format differs from IPA certifications -- it is a Cisco vendor certification administered through Pearson VUE. This distinction matters: IPA certifications share a relatively uniform year-round CBT system, while vendor certifications vary in format and operational details from exam to exam. Thinking of CCNA not as "an extension of national qualifications" but as "a gateway to the world of real-world products" makes the framing clearer.

This certification is ideal for people looking to move from server and network operations monitoring into infrastructure engineering, in-house SEs who want to focus on networking, and anyone who wants to strengthen their understanding of how communications work as a foundation for cloud infrastructure. It is not the top priority as a first certification for development-focused candidates, but for infrastructure-focused ones, it is a strong contender.

Cloud Entry-Level Certifications: The Gateway to AWS, Azure, and GCP

Cloud entry-level certifications -- AWS Certified Cloud Practitioner, AZ-900 for Azure, and Google Cloud Digital Leader for GCP -- are introductory certifications designed to give you a big-picture understanding of each provider's cloud services. Like CCNA, they are entry points into a specialized domain, but the focus shifts from network devices to "how to choose and use cloud services."

The difficulty is relatively accessible for a domain-specific certification, but complete beginners who make this their very first exam tend to end up memorizing concepts like IAM, virtual networking, availability, and billing models without real understanding. This is exactly why entering after foundational certifications is more efficient. Someone who has completed the Fundamental Information Technology Engineer Examination can understand cloud topics as "extensions of servers, networking, authentication, and databases," which dramatically changes the learning curve.

Having a rough sense of the differences between the three providers also reduces confusion. Generally, the volume of available study materials follows the order AWS > Azure > GCP.

Because these are vendor certifications, they do not share a single unified format like IPA exams. Delivery platforms and exam operations differ by certification, and recertification policies vary by vendor. Framing cloud entry-level certifications as "specialized certifications you take after national qualifications" helps organize your thinking. These are ideal for aspiring cloud engineers, infrastructure professionals shifting toward cloud, and people in presales or IT consulting roles who need to understand the overall cloud landscape.

Comparison Table of the Five Certifications

A side-by-side view makes the differences easier to grasp than text alone. Here is how these certifications compare in terms of positioning, difficulty, and fit.

What this comparison makes clear is that the IT Passport and the Fundamental Information Technology Engineer Examination are the most stable first choices. The Information Security Management Examination is a good option in the context of security or internal IT, but it takes a back seat to the Fundamental Information Technology Engineer Examination when it comes to broadly proving engineering fundamentals. CCNA and cloud entry-level certifications are appealing, but as gateways to specialization, they deliver more value when chosen after your career direction has some shape.

If I were advising: for complete beginners, anchor on the IT Passport; for aspiring technical professionals, anchor on the Fundamental Information Technology Engineer Examination. Then branch to the Information Security Management Examination for security, CCNA for infrastructure, or AWS/Azure/GCP entry certifications for cloud. It may look like a longer path, but it tends to be the shortest one in practice.

When in Doubt, Follow This Order: A Beginner IT Certification Roadmap

Most people who struggle with certification choices are unclear about two things: "What do I start with?" and "What do I stack on top of that?" The approach that resolves this is building a shared foundation first, then branching by job type. When I advise career changers and returning learners, framing the conversation this way moves things forward quickly.

Having a sense of the timeline upfront also makes planning easier. At 10 hours per week, the IT Passport takes roughly 100 hours -- about 3 months. The Fundamental Information Technology Engineer Examination takes roughly 200 hours -- about 5 months. Add another 2 to 3 months from there for a specialized entry certification, and you have a progression that avoids burnout.

Shared Route: IT Passport to Fundamental Information Technology Engineer Examination

The most versatile path is IT Passport followed by the Fundamental Information Technology Engineer Examination. The IT Passport covers the "map of IT" -- business management, process improvement, information security, networking, databases, and development concepts. Grasping this big picture first lets you understand terms through connections rather than raw memorization.

Moving to the Fundamental Information Technology Engineer Examination deepens that knowledge by a level. Algorithms, computational thinking, system design, networking, and security -- the cross-cutting fundamentals every engineer needs -- solidify here. The IT Passport alone gets you to "I can follow IT conversations," but adding the Fundamental Information Technology Engineer Examination shifts the perception to "this person has a technical foundation."

This route is strong because the knowledge stays useful regardless of whether you head into development, infrastructure, cloud, or security. The less certain you are about your future direction, the more this shared route stabilizes your trajectory.

Non-Engineer / Information Systems: IT Passport to Information Security Management Examination

If your goal is not to become an engineer per se but to strengthen IT capability in roles like general affairs, business planning, back office, in-house SE, or information systems support, the natural follow-up to the IT Passport is the Information Security Management Examination.

The strength of this route lies in its proximity to actual job tasks. After building broad fundamentals with the IT Passport, the Information Security Management Examination takes you into practical topics: information asset management, risk response, incident handling, and policy operations. You can connect what you study to real scenarios like account management, device management, targeted email countermeasures, and vendor oversight -- even without an engineering background.

In my experience, this sequence fits corporate IT staff well. The Fundamental Information Technology Engineer Examination is attractive, but because it includes programming and algorithms across a broad scope, it can feel like a detour depending on your role. The IT Passport followed by the Information Security Management Examination is a more direct path to becoming "the person who can handle IT and security for the company."

Development Track: Fundamental Information Technology Engineer Examination to Applied Information Technology Engineer Examination / Language Certifications

For aspiring developers, the backbone is the Fundamental Information Technology Engineer Examination, followed by the Applied Information Technology Engineer Examination (応用情報技術者試験) or a language certification. The Fundamental Information Technology Engineer Examination builds a computer science-adjacent foundation, and the Applied Information Technology Engineer Examination takes it a step closer to practice with design, project management, business perspectives, security, and database topics.

What matters in the development track is that no single certification stands alone. If Java is your primary language, for example, combining the Fundamental Information Technology Engineer Examination with Java Silver makes it easier to demonstrate your grasp of syntax and object-oriented fundamentals. In hiring contexts, "broad foundation from the Fundamental Information Technology Engineer Examination, plus language fundamentals from Java Silver" is a story that holds together.

The Applied Information Technology Engineer Examination connects to scenarios like reading design documents, thinking about non-functional requirements, and understanding team development contexts. Language certifications serve as an entry point to actual coding ability. My recommendation for someone entering development without prior experience: pass the Fundamental Information Technology Engineer Examination first, then add either the Applied Information Technology Engineer Examination or Java Silver depending on the target role. For web development, prioritize the language certification; for upstream work or broad fundamentals, the Applied Information Technology Engineer Examination comes first.

Infrastructure / Networking Track: Fundamental Information Technology Engineer Examination to CCNA to Cloud

For those heading into infrastructure or networking, the most efficient sequence is Fundamental Information Technology Engineer Examination to CCNA to cloud entry certification. Adding LinuC between CCNA and cloud improves continuity.

The case for putting the Fundamental Information Technology Engineer Examination first is straightforward: entering CCNA with prior knowledge of networking, security, OS, and hardware fundamentals makes it much easier to understand IP addressing, routing, switching, and ACLs as an interconnected system rather than a collection of isolated configurations. Jumping into CCNA without that foundation tends to push the learning toward memorization.

Placing Linux after CCNA also has a practical rationale. Modern infrastructure work goes well beyond network devices alone -- it extends to Linux servers, middleware, monitoring, and cloud management. Adding a Linux certification like LinuC after CCNA strengthens server-side understanding and creates a smoother bridge to cloud. On the enterprise side, data from Randstad's IT market reports indicates that 52% of companies prioritize cloud, containers, and virtualization, meaning infrastructure roles increasingly demand cloud-ready knowledge beyond on-premises alone. This is precisely why adding Linux after CCNA carries high value even for infrastructure-focused candidates.

Cloud Track: Fundamental Information Technology Engineer Examination to Cloud Entry to Associate

For those who want cloud as their primary focus, the path is Fundamental Information Technology Engineer Examination to cloud entry-level certification to associate-level. Cloud looks flashy on the surface with its abundance of service names, but beneath it lies an accumulation of networking, authentication, availability, monitoring, and security fundamentals. People with that foundation study faster.

Looking at employer demand, cloud is clearly a priority area. Randstad survey data shows 52% of companies prioritize cloud, containers, and virtualization, and Japan is projected to face a shortfall of up to approximately 790,000 IT professionals by 2030. In a talent-scarce market, professionals who go beyond basic cloud knowledge and can extend into advanced certifications and practical application are the ones in demand. The type IT Engineer Job Index also stands at 1.1x, indicating that hiring demand is not shrinking. This is why it is worth planning your cloud path not as "get an entry cert and stop" but as a sequence that leads to higher tiers.

When choosing a vendor, the practical approach is to base your decision on the tech stack at your target employer and the job market. AWS has the largest market share, the richest library of study materials and case studies, and works as a solid first choice. Azure integrates strongly with Microsoft 365 and Windows Server, tending to align well with in-house SE and information systems job postings. GCP connects naturally to data analytics and machine learning platforms, making it a good fit for people interested in BigQuery and data infrastructure. My framework: "If unsure, go AWS; if leaning toward internal systems, go Azure; if interested in data platforms, go GCP." The key is not choosing based on brand name, but aligning your certification focus with what the companies you want to work for actually use.

Security Track: Information Security Management Examination / Fundamental Information Technology Engineer Examination to Registered Information Security Specialist

In the security track, the first certification is either the Information Security Management Examination or the Fundamental Information Technology Engineer Examination, and the next milestone is the Registered Information Security Specialist (情報処理安全確保支援士). More than in other domains, the starting point needs to be matched to the individual. Non-engineers, information systems staff, internal controls, education, and operations roles fit better with the Information Security Management Examination, while those aiming at technical roles in vulnerability assessment, SOC, CSIRT, or infrastructure security should prioritize the Fundamental Information Technology Engineer Examination.

The rationale for this sequence is that security is not a standalone subject. Topics like vulnerabilities, authentication, logging, malware, network defense, and zero trust all presuppose understanding of operating systems, networking, and applications. The Information Security Management Examination excels as an entry point for information management and risk response, while the Fundamental Information Technology Engineer Examination builds a thicker technical base. Which one you start with changes how you approach the Registered Information Security Specialist: those starting from the Information Security Management Examination tend to absorb organizational countermeasures faster, while those starting from the Fundamental Information Technology Engineer Examination absorb technical issues faster.

The priority placed on security is also clear from market data. Randstad survey data shows 51% of companies prioritize cybersecurity, placing it alongside cloud as a key focus area. With Japan's overall IT talent shortage, the scarcity of security professionals is only intensifying. This is why the Registered Information Security Specialist should be positioned not as "a certification to aim for casually" but as a milestone that proves specialization after building a foundation. Security careers may look glamorous, but in practice, the people who grow the most are those with a broad base. For the path to the Registered Information Security Specialist, a cumulative approach consistently outperforms shortcuts.

The Registered Information Security Specialist is not an extension of entry-level certifications -- it is an advanced certification that people with a solid foundation aim for. A realistic study timeline might look like: roughly 3 months for the IT Passport, roughly 5 months for the Fundamental Information Technology Engineer Examination, then 2 to 3 months for a specialized security entry, followed by preparation for the Registered Information Security Specialist. I consistently advise security-focused candidates that building broad IT understanding first, rather than rushing to a certification with "security" in the name, produces stronger results.

Study Time and Scheduling Guidelines

IT Passport: A Standard 3-Month Plan (100 Hours)

For complete beginners, the most realistic design is to cover roughly 100 hours across 3 months. The benchmark is 10 hours per week over about 12 weeks -- a pace that holds up alongside school or work. My typical recommendation in study consultations is to accumulate small increments on weekdays and consolidate on weekends. Specifically, 1 hour on each of 5 weekdays plus 2.5 hours on each weekend day hits 10 hours per week without forcing an unsustainable pace.

For allocation, the cleanest flow is: spend the first phase reading through the textbook for a big-picture view, move into past exam questions in the middle phase, and use the final phase to eliminate weak spots. Within 100 hours, a workable split is roughly 40 hours on the textbook, 40 hours on past exam questions, and 20 hours on weak-point reinforcement. The IT Passport tests three broad domains -- Strategy, Management, and Technology -- so diving straight into problem sets without first absorbing terminology tends to produce less stable improvement in the back half.

Over a 12-week plan, the first 4 weeks would be one pass through the textbook, the next 5 weeks would focus on problem practice, and the final 3 weeks would concentrate on reviewing missed topics. In practice, this exam rewards "not dropping points across a wide range" more than "going deep on difficult questions," so iteration beats perfectionism. Reviewing terms during your commute or lunch break and doing one hour of problem practice in the evening works well, making this one of the easier certifications to schedule as a first qualification.

Fundamental Information Technology Engineer Examination: A Standard 5-Month Plan (200 Hours)

For the Fundamental Information Technology Engineer Examination, beginners should plan on roughly 200 hours across 5 months as the standard baseline. At 10 hours per week, that is about 20 weeks, so the same 1 hour on weekdays plus 2.5 hours on each weekend day framework applies directly. Because the material goes deeper than the IT Passport, a fixed weekly routine is more effective than a short-term intensive push for avoiding burnout.

A good allocation for 200 hours is 80 hours on textbook study, 80 hours on past exam questions, and 40 hours on weak-point reinforcement. Subject A requires broad foundational knowledge, while Subject B tests reading comprehension and procedural understanding, so keeping the input-to-practice ratio roughly equal is a balanced approach. The Fundamental Information Technology Engineer Examination demands more than "knowing" -- you need to reach a state where you can "retrieve knowledge in exam format." That is why dedicating as much time to solving problems as to reading the textbook directly translates to better scores.

For a 5-month progression: spend the first 2 months learning the core topics, the next 2 months cycling through past exam questions and similar problems, and the final month intensively addressing weak areas. Networking, databases, algorithms, and security tend to be the sticking points for beginners, but getting bogged down at any one of these delays the entire plan. Even when a topic is unclear, pushing forward and connecting the dots on the second pass tends to produce better understanding. This is why the Fundamental Information Technology Engineer Examination earns its reputation as the foundational engineering certification. It requires not just broad study, but the discipline of working through problems.

Reverse-Engineering Your Schedule: Lock in the Date First

The key to making a study plan actually work is not choosing the right textbook -- it is setting an exam date first and working backward. Both the IT Passport and the Fundamental Information Technology Engineer Examination use year-round CBT, letting you choose venues and dates with relative flexibility. Since there is no single fixed exam date, you can avoid busy periods at work or school. But that same flexibility creates a trap: "I can take it anytime, so I never take it."

For example, setting the IT Passport 3 months out and the Fundamental Information Technology Engineer Examination 5 months out immediately converts the 10-hours-per-week plan into concrete numbers. Once the date is fixed, "How far do I need to get with the textbook this week?" and "Should I be into past exam questions by next month?" answer themselves. In my view, the single most effective method for preventing study procrastination is not willpower -- it is a deadline. People who sustain their studies are not more disciplined; they have a date on the calendar.

The practical mechanics of reverse planning are straightforward. Working back from the exam date, for the IT Passport set a rule like "shift to primarily past exam questions 4 weeks before exam day"; for the Fundamental Information Technology Engineer Examination, "increase practice ratio 8 weeks before." When putting this on a calendar, "study 10 hours per week" is too abstract -- "Monday through Friday 1 hour each, Saturday and Sunday 2.5 hours each" with specific time slots locked in produces a higher execution rate. Study time is not a function of talent; it is a function of whether you block it off in advance.

Cost Considerations and Choosing Between Self-Study and Courses

Breaking Down Costs -- Including the Hidden Ones

Exam fees vary by certification type and year, so check the official exam pages of each body (IPA, Cisco, Microsoft, AWS, Google, etc.) for current figures.

Beyond money, there are costs that do not show up on a receipt. The Fundamental Information Technology Engineer Examination, for example, benchmarks at roughly 200 hours -- the study time itself is a major investment. Time spent second-guessing choices while self-studying, stalling on material selection, and dragging out weak areas through trial and error does not appear in any budget but definitely takes its toll. When comparing options, factor in not just the price tag but whether a particular approach reduces wasted time -- that stabilizes your decision-making.

Decision Framework: Self-Study vs. Courses

Self-study works well for people who can manage their own learning schedule. If you can lock in a weekly study block and transition naturally from one textbook pass to practice problem sets, your efficiency as a self-studier will be high. Additionally, for certifications like the Fundamental Information Technology Engineer Examination where algorithms, binary arithmetic, and logic circuits come into play, people who are comfortable with basic math tend to handle self-study well. When you hit a confusing point, if you can research and connect the dots on your own, commercial textbooks and free problem sets are enough to compete. People who can carve out consistent study time on both weekdays and weekends are also natural fits for self-study.

Courses, on the other hand, work well for people who want to pass quickly. When beginners try to triage what to study on their own, they tend to spend time on low-priority topics. Courses are designed to cover high-frequency material first, so you are essentially buying the shortest path. Courses also suit people who need Q&A support. The Fundamental Information Technology Engineer Examination, CCNA, and cloud entry certifications in particular tend to create a wall where "I have seen the term before but cannot solve the problem" -- having someone to ask shortens stall time.

Courses become especially valuable when you have weaknesses across multiple areas. If networking, databases, and security are all new territory when you start the Fundamental Information Technology Engineer Examination, it becomes hard to even identify where you are stuck. This is less a matter of self-study ability and more a study design issue. Courses make the question of "what to skip and what to master first" explicit, reducing time loss.

My default lean is toward self-study, but practically speaking, the split looks like this:

• Self-study fits: Self-disciplined, comfortable with basic math, can maintain stable weekly study hours
• Courses fit: Prioritizing quick results, needing Q&A support, multiple weak areas making it hard to sequence the learning on your own

The point is not that self-study is noble or that courses are lazy. In professional life the same principle applies: people who can drive themselves do well independently, while people who hit multiple blockers get faster results by borrowing external structure. Certification study follows this principle closely.

Prioritizing Free and Low-Cost Resources

If you want to keep costs down, start with free resources. The highest-priority items are the official syllabus, past exam question study sites, and, as needed, instructional videos. The official syllabus works as a map of the exam scope, and past exam questions directly reveal the topics you need to know. Videos are useful for supplementing understanding, but relying on them exclusively tends to create passive learning -- so they work best as reinforcement for specific trouble spots.

The investment priority order is also clear. My recommendation: spend money in the sequence past exam questions first, then a summary textbook, then mock exams. Past exam questions are the top priority. Exams have patterns, and especially for established certifications like the IT Passport and the Fundamental Information Technology Engineer Examination, learning high-frequency topics through actual problems is the most direct path to points. A summary textbook comes next -- free resources alone tend to fragment your knowledge, so having one book that organizes the full scope stabilizes your study. Mock exams are most effective during the finishing phase, but taking them before you have sufficient input tends to produce nothing more than a score check, so they rank a step below.

Building a free-first study plan is straightforward: check the syllabus for scope, use past exam questions to identify high-frequency areas, and fill gaps with videos for the parts you do not understand. Add a summary textbook or paid mock exam only where you feel the need. Rather than buying multiple materials upfront, getting the outline for free first and spending money only where it is needed avoids waste.

Beginners in particular tend to find comfort in "having lots of materials," but what actually raises your score is not the number of books but the number of times you cycle through them. Completing one summary textbook and one set of past exam questions outperforms accumulating and stacking. The essence of cost management is not cutting spending itself, but investing in the order that most directly leads to passing.

Common Mistakes Beginners Make

Sequencing Mistake: Starting with Specialized Certifications and Stalling

One of the most frequent beginner mistakes is jumping straight into a specialized certification. "CCNA sounds strong for infrastructure." "Cloud is trending, so maybe an advanced AWS or Azure cert." "Security has great future prospects, so aim for the Registered Information Security Specialist." The direction may be right, but entering a specialized domain without a foundation tends to leave you spending all your energy just keeping up with terminology. When networking, OS, security, and database basics are not connected in your head, cycling through problem sets adds knowledge as isolated points but never forms lines.

The pattern I see most often in study consultations is not that the person chose a difficult certification, but that a sequencing design mistake caused them to stall. Entering CCNA without a Fundamental Information Technology Engineer Examination-level base, for example, means grappling not just with IP addressing and routing but with an unclear picture of what network devices do at each layer. The same applies to cloud: jumping to an advanced certification first turns virtual networking, IAM, and availability design into rote memorization items.

The fix is not to abandon the difficult certification, but to revert to the foundation-to-intermediate-to-specialist sequence. Complete beginners grasp the IT landscape with the IT Passport; engineering candidates go a level deeper with the Fundamental Information Technology Engineer Examination. From there, branch to the Applied Information Technology Engineer Examination or language certifications for development, CCNA or LinuC for infrastructure, or AWS/Azure entry certifications for cloud. Study efficiency is demonstrably higher this way. The IT Passport takes roughly 100 hours and the Fundamental Information Technology Engineer Examination roughly 200 hours, but skipping this foundation-building stage can cost many times that in the specialized certification phase.

Another sequencing mistake is collecting certifications without a career purpose. Curiosity about the G-Exam (G検定), cloud, and security all at once is natural, but pursuing exams without a clear objective tends to create a "certification collection." Your resume gains lines, but hiring managers have trouble seeing "what this person wants to build their career around."

Certification selection becomes much more stable when you first decide whether to prioritize general literacy, career change, development, infrastructure, or security. General literacy points to the IT Passport. Engineering career change points to the Fundamental Information Technology Engineer Examination. Development extends from the Fundamental Information Technology Engineer Examination to language certifications and the Applied Information Technology Engineer Examination. Infrastructure extends from the Fundamental Information Technology Engineer Examination to CCNA and LinuC. Security builds broad IT understanding first, then adds the Information Security Management Examination and advanced certifications. There are many certifications out there, but narrowing your purpose to one at the entry point dramatically reduces indecision.

Planning Mistake: Procrastination and Insufficient Review

The scheduling flexibility of CBT exams cuts both ways -- it also makes procrastination easier. Both the IT Passport and the Fundamental Information Technology Engineer Examination are available year-round, so "I can take it anytime, let me polish up a bit more" becomes a tempting thought. In practice, this "a bit more" stretches into weeks, and a surprising number of people finish one pass through the textbook, feel satisfied, and let their past exam questions review go shallow before study grinds to a halt.

Beginners in particular tend to lean toward input activities that feel productive: watching videos, reading textbooks, making notes. They get that far, but re-practicing missed problems and hammering weak topics gets thin. Exams do not reward "I have seen this before" -- they require "I can select the right answer" or "I can explain this." People who rush to the exam without adequate review often walk out thinking "I recognized that question but could not answer it."

Setting an exam date at the start of your study period is the most effective countermeasure. For year-round CBT certifications in particular, I find that having a date from day one is what keeps the momentum going. Without a date, the pattern becomes: "I was busy this week so I will study less, I will catch up next week." With a date, what you need to finish this week becomes concrete.

Building a weekly review into your routine also prevents insufficient review. Something as simple as checking at the end of each week -- "Which topics did I get wrong twice in a row this week?" and "Should I re-practice anything before moving to new material next week?" -- stabilizes your study. Beginners in particular benefit from a mindset of roughly 70% new material, 30% review. The Fundamental Information Technology Engineer Examination in particular covers a broad range, and without a review mechanism, roughly 200 hours of study tends to fragment.

Behind procrastination there is often perfectionism. "My mock exam scores are not high enough yet." "I still have weak areas." These feelings make it hard to commit to a date. But beginner study often sees the biggest gains right before the exam. Rather than making "textbook complete" the finish line, deciding in advance how many cycles of past exam questions, review, and mock exams to complete, working backward from the exam date, puts you on a path closer to passing.

Logistics Mistake: Neglecting Registration and Day-Of Preparation

Some people whose study is on track get tripped up by logistics. The classic example is putting off exam registration. CBT looks flexible, but preferred dates, times, and venues are not always available. Delaying registration means the slots that avoid conflicts with work and personal life fill up, and your study plan shifts along with them. "I will take it when my schedule opens up" works about as poorly in exams as it does in professional life.

For beginners, turning logistics into a template is the easiest approach. My framework for year-round CBT certifications:

1. Tentatively reserve an exam date 3 months out when starting study
2. Review the date once at the midpoint
3. Make a final judgment with a mock exam or comprehensive problem set 1 week before

This structure prevents indefinite open-ended study from the start and allows realistic mid-course adjustment. Trying to pick the perfect date up front causes paralysis; setting a provisional one and adjusting at the midpoint lowers the psychological barrier.

Day-of preparation gaps can also cause problems that have nothing to do with your score. For the IT Passport, there is no mailed exam voucher -- the process involves downloading and printing a confirmation slip to bring with you. Registration changes are accepted up to 3 days before the exam. Overlooking these logistical rules creates scrambling that is entirely unrelated to your study content. Flustered test-day arrivals affect concentration, especially on an exam like this where you need to work through 100 questions in 120 minutes.

Preparation gaps go beyond venue and what to bring. Arrival time, travel time, which material to review last, and how many problems to solve the night before -- aligning all of these reduces day-of variance. My preference is to avoid reaching for new topics the day before and instead focus on reviewing missed problems and reconfirming high-frequency topics -- that produces the most stable outcomes. Certification exams are a test of ability, but they are also a test of logistics. Even a great study plan loses ground when registration and preparation are handled carelessly.

Overview of Key Certifications and Next Reading Guides

This section organizes which in-depth guides to read for each entry-level certification, so your next step becomes clear. Only the big picture is covered here; specific textbook recommendations, study procedures, and problem practice rotations are handled in the individual guides.

IT Passport Study Methods (Related Article)

This guide covers how a complete beginner can structure study over roughly 3 months and break down 100 hours into manageable blocks. It suits non-IT professionals, students, and anyone looking to build broad foundational terminology as a first step. For detailed weekly plans and material selection, see the related article on this site (e.g., IT Passport Study Methods).

This guide covers how to read, write, and select elective sections to avoid losing points on the afternoon essay portion. It suits those who have finished the Fundamental Information Technology Engineer Examination and are tackling the next challenge, and those looking to deepen practical understanding in development, infrastructure, or PM domains.

For the Applied Information Technology Engineer Examination afternoon section, how you cycle through past exam questions makes more difference than raw knowledge volume. In my experience, reviewing question phrasing across domains rather than just solving by exam year produces a notable jump in stability. For afternoon-section prep alone, building at roughly 10 hours per week over 3 months tends to be a workable benchmark.

AWS Certification Difficulty and Recommended Order

This guide covers which order of AWS certifications best connects to practical work, and how to think about progressing from entry-level to associate and beyond. It suits cloud-focused candidates, in-house SEs, and those shifting their infrastructure focus toward cloud.

As discussed, cloud offers many options, but AWS's depth of available information makes it the most straightforward first vendor certification to plan around. The key takeaway in this guide is not the list of certification names but the sequence that allows learning to build. Study hours vary by exam, so this guide is best read with an eye toward distinguishing the relative weight of each.

G-Exam (G検定) Preparation

This guide helps you understand how to approach AI and deep learning terminology, and how far you can go even with an aversion to formulas. It suits planners, consultants, engineers, and anyone involved in data utilization who has an interest in AI.

The G-Exam (G検定) is less an implementation certification and more a way to build a solid foundation for correctly handling AI in business and technical contexts. The JDLA G-Exam is a 120-minute online test with an exam fee of 13,200 yen (~$90 USD) for general applicants and 5,500 yen (~$37 USD) for students. My take: understanding generative AI, machine learning, and ethics as a connected whole produces better scores and stronger practical relevance than pure term memorization.

Information Security Management Examination Difficulty

This guide shows how much effort it takes to learn security fundamentals one step more practical than the IT Passport. It suits information systems staff, general affairs professionals, in-house IT coordinators, and non-engineers who want to develop security knowledge.

This certification is best understood not as a gateway to a security specialist career but as a way to systematize the defensive common sense that businesses need. It is approachable as an extension of the IT Passport, but because it incorporates incident response and management control contexts, people with a mental model of their business operations tend to learn faster. Since study time varies significantly based on prior knowledge, the individual guide focuses on approaches for beginners.

Are IT Certifications Useful for Job Changes? A Role-by-Role Perspective

This guide organizes how much weight certifications carry in job changes and what to prioritize by role. It suits people entering the IT industry without experience, those looking to increase their value in their current role, and anyone deciding between development, infrastructure, or in-house SE tracks.

In a market with ongoing IT talent shortages, certifications alone are not a decisive factor, but for candidates without experience they function effectively as visible proof of learning motivation and foundational ability. My view: the Fundamental Information Technology Engineer Examination for development, the Fundamental Information Technology Engineer Examination plus CCNA or cloud for infrastructure, and the Information Security Management Examination for information systems roles -- combinations where the connection between role and certification is visible tend to earn stronger evaluations. The question to answer is not "is it advantageous?" but "in which role does it have impact?"

Frequently Asked Questions

Is the IT Passport exam worth taking?

Yes. For non-IT professionals, students, and complete beginners in particular, it is a meaningful entry point for grasping the shared language of IT. It is not a certification for writing code directly, but it connects foundational terminology across system development, security, business management, and legal topics -- making it useful even in roles like in-house SE, sales, administration, or planning.

My view is that the IT Passport's value lies not in being "powerful on its own" but in serving as a foundation that makes subsequent learning easier. When you move on to the Fundamental Information Technology Engineer Examination, there is a significant difference in comprehension between encountering terms for the first time and having already been exposed to them through the IT Passport. The year-round CBT format also makes it easy to fit into a study plan.

Can I skip the IT Passport and go straight to the Fundamental Information Technology Engineer Examination?

You can. If you are comfortable with math, logical thinking, and basic PC and networking concepts, going directly to the Fundamental Information Technology Engineer Examination is a realistic route. People with self-study experience, science backgrounds, or regular IT terminology exposure at work may find this path faster.

On the other hand, if basic terms like "CPU" or "database" and "algorithm" feel quite unfamiliar before you start, taking the IT Passport first is the safer bet. The Fundamental Information Technology Engineer Examination covers a broad range at moderate depth, so starting in a state where you need to look up every term makes the roughly 200-hour study load feel considerably heavier. If you are undecided, building a terminology base through the IT Passport first helps you maintain momentum.

Which cloud certification should I start with?

The first thing to check is not the certification name itself but which cloud platform your current or target employer actually uses. Azure may be a natural fit if you are in an in-house IT or information systems role working with Microsoft products. GCP can be a strong match in workplaces that emphasize data analytics or machine learning.

For beginners who are genuinely unsure, AWS Certified Cloud Practitioner tends to be the easiest first pick. Study materials, practice questions, and exam experience reports are abundant, making it straightforward to grasp the overall cloud landscape. Cloud certifications are domain-specific, so having networking and security fundamentals makes them easier to understand -- but as an entry point, starting with AWS gives you the smoothest study path.

Can someone with a non-technical background pass these exams?

Absolutely. In practice, whether you have a technical or non-technical background matters less than whether you can secure the time to build foundational knowledge from scratch. The IT Passport takes roughly 100 hours and the Fundamental Information Technology Engineer Examination roughly 200 hours as benchmarks, so non-technical candidates tend to do better with a sustained study schedule rather than short bursts.

From what I have observed, the most common stumbling block for non-technical beginners is trying to understand technology topics purely through text. Subjects like networking, algorithms, and databases click much faster when supplemented with video lectures and diagrams. On the flip side, strategy and management sections are often easier for people with humanities backgrounds.

How much should I trust published pass rates and exam fees?

It is important to view these figures as moving targets that shift with each exam year and revision cycle. Pass rates and exam fees in particular can vary between different guide articles, so verifying them on the official exam pages from IPA or the relevant vendor before registration is the right approach. This article is organized based on information from major official sources, but for data-sensitive items, it is better not to memorize fixed numbers.

Summary and Next Actions

For the most direct path forward, IT Passport followed by the Fundamental Information Technology Engineer Examination is the most reliable anchor. Build that foundation, then branch: the Applied Information Technology Engineer Examination or language certifications for development, CCNA or LinuC for infrastructure, AWS or Azure for cloud, the Information Security Management Examination or the Registered Information Security Specialist for security. People who stack certifications in sequence are less likely to get lost midway, and the knowledge between certifications connects cleanly.

As an immediate next step, narrow your purpose to one of these: general literacy, career change, development, infrastructure, or security. Then tentatively reserve a CBT exam date, and lock your first week's study block into your calendar: one textbook read-through session and one set of past exam questions. The busier you are, the more "block it off first" beats "study when I have time."

Summary and Next Actions

For the shortest path forward, the sequence IT Passport then Fundamental Information Technology Engineer Exam is the most stable foundation. Build your base there, then branch: Applied Information or language certs for development, CCNA or LinuC for infrastructure, AWS or Azure for cloud, or SG and Registered Information Security Specialist for security. People who stack credentials in order are less likely to lose direction mid-path, and knowledge across certifications connects cleanly.

For your immediate next step, narrow your goal to one of general literacy, career change, development, infrastructure, or security. Then tentatively book a CBT exam date, and block your first week's study time with one textbook read-through and one past-exam set fixed on your calendar. The busier you are, the more "study when I have time" fails -- "block it first" works.