JobsReach blog

Author: JobsReach Team

  • Aviation Internships in the Netherlands (2026 Guide)

    The Netherlands is one of Europe’s strongest aviation hubs, offering internship opportunities in airlines, airports, aerospace research institutes, and engineering companies. However, most students miss out not because of competition, but because they apply at the wrong time.

    aviation internships

    Best Aviation Internships in the Netherlands: Companies, Timelines & Tips

    This guide explains exactly where to find aviation internships in the Netherlands, when companies hire, and how to increase your chances of getting selected.

     Quick Overview (What Students Should Know)

    • Most internships are filled 4–6 months in advance
    • Peak hiring happens in Feb–May and Sep–Nov
    • Internships last 3–6 months on average
    • Many opportunities are not widely advertised (especially thesis roles)

     Top Aviation Internship Providers in the Netherlands

    1. KLM Royal Dutch Airlines

    One of Europe’s largest airlines offering internships in engineering, operations, data, and aviation management.

    Hiring periods:

    • February – May (main intake for late summer/start internships)
    • September – November (smaller intake)

    Best for: Airline operations, engineering, analytics, logistics

    2. Royal Schiphol Group (Amsterdam Airport Schiphol)

    A major European airport offering internships in airport operations, infrastructure, safety, and sustainability.

    Hiring periods:

    • March – May (summer internships)
    • October – December (spring internships)

    Best for: Airport management, logistics, aviation systems

    3. Royal Netherlands Aerospace Centre (NLR)

    A leading aerospace research institute focused on aviation safety, drones, simulation, and sustainable flight technologies.

    Hiring periods:

    • September – November (main cycle)
    • February – April (secondary cycle)
    • Some roles are available year-round (project-based)

    Best for: Aerospace engineering, research, simulation, data science

    4. Airbus Netherlands

    Works on aerospace systems, aircraft engineering, and satellite-related technologies.

    Hiring periods:

    • October – January (main cycle)
    • Additional openings based on project demand

    Best for: Aerospace engineering, systems, R&D

    5. Fokker Services Group

    Specializes in aircraft maintenance, modification, and aviation engineering services.

    Hiring periods:

    • January – April
    • August – October

    Best for: Aircraft maintenance, engineering, technical operations

     Aviation Internship Calendar

    Understanding timing is the key advantage:

    January – March

    • Early applications open for summer internships
    • Airbus and technical companies start recruiting

    February – May (PEAK SEASON)

    • KLM, Schiphol, and major companies hire heavily
    • Best time for airline internships

    June – August

    • Fewer postings (holiday slowdown)
    • Last-minute openings only

    September – November (SECOND PEAK)

    • NLR research internships open
    • Second wave for airlines and airports

    December

    • Planning period (low activity)

     What Aviation Employers Look For

    Technical skills:

    • Python or MATLAB (very common in aviation analytics)
    • Engineering simulation tools
    • Data analysis skills
    • CAD software (for engineering roles)

    Soft skills:

    • Structured thinking
    • Safety awareness mindset
    • Documentation skills
    • Team collaboration in technical environments

    Eligibility Requirements

    Most aviation internships in the Netherlands require:

    • Enrollment in Bachelor (3rd/4th year) or Master’s program
    • Strong English communication skills
    • Relevant academic background (engineering, aviation, physics, data science)

    Dutch language is usually not required for technical roles.

    Common Mistakes Students Make

    • Applying after peak hiring periods
    • Using generic CVs not tailored for aviation
    • Ignoring research institutes like NLR
    • Not considering thesis internships (very common in NL aviation)
    • Only applying to airlines and ignoring aerospace companies

    Hidden Opportunities (Most Students Miss This)

    Many aviation internships in the Netherlands are not publicly advertised.

    Instead, they come from:

    • University-industry projects
    • Thesis collaborations
    • Research partnerships (especially with TU Delft)
    • Internal referrals

    This means students who rely only on job boards often miss a large portion of opportunities.

    Action Plan (Step-by-Step)

    If you are an aviation student in the Netherlands:

    1. Start searching 4–6 months before your internship
    2. Focus on Feb–May and Sep–Nov hiring cycles
    3. Apply to both industry and research institutes
    4. Use university networks for hidden internships
    5. Prepare a technical CV tailored for aviation roles

    What is JobsReach Aviation?

    JobsReach Aviation is being developed as a platform focused on helping aviation professionals and early-career professionals navigate the aviation industry more effectively.

    By combining jobs, insights, and connections, the platform aims to simplify one of the most complex and competitive career paths.

    Explore More Aviation Career Insights

    To learn more about aviation careers and internships, you can read:

    👉 Jobsreach Aviation Blog: Exploring Career Opportunities in the Growing Aviation Industry

    This guide covers key aviation employers, internship timing in the Netherlands, and how students can prepare for careers in the industry.

  • Beyond Word of Mouth: How B1 Engineers Can Find Better MRO Opportunities

    Finding the right Maintenance, Repair, and Overhaul (MRO) opportunity as a B1 engineer is not always as straightforward as it should be.

    Despite the growth of digital platforms and job boards, many licensed aircraft engineers still rely heavily on word of mouth to discover new roles. While this approach has worked for years, it also brings limitations, especially in today’s fast-evolving aviation industry.

    How Networking Drives Hiring in the Aviation MRO Industry

    Aviation maintenance is often described as a small, tightly connected community.

    In many cases:

    • Engineers hear about vacancies through colleagues or former teammates
    • Opportunities circulate within known circles
    • Hiring decisions are influenced by trusted recommendations

    This system has its advantages. It builds trust and ensures that experienced professionals are referred for critical roles. However, it also creates challenges.

    Limitations of Word of Mouth Hiring for B1 Engineers

    While personal networks are valuable, relying on them alone can restrict opportunities.

    1. Limited Visibility

    Not all job openings reach everyone. If you’re not part of a specific network, you may never hear about certain roles.

    2. Geographic Barriers

    For engineers looking to relocate, especially across countries, local networks may not be enough.

    3. Uneven Access

    New entrants or those switching sectors within aviation may find it harder to break into established circles.

    4. Missed Matches

    Highly skilled engineers may miss roles that perfectly match their license and experience simply because the information didn’t reach them.

    Aviation networking among licensed engineers for career growth
    Professionals building connections for aviation career growth

    Modern Aviation Job Search Strategies for B1 Engineers

    The aviation industry is evolving and so are the ways professionals connect and find opportunities.

    B1 engineers today are beginning to look beyond traditional methods by:

    • Expanding their professional networks online
    • Engaging in aviation-specific communities
    • Staying informed about industry trends and movements

    However, a major gap still exists:
    There is no single focused space dedicated to connecting aviation professionals in a meaningful way.

    Why Aviation Networking Is Essential for Aircraft Maintenance Careers

    Networking remains essential, but it doesn’t have to be limited to personal contacts.

    A more effective approach combines:

    • Strong personal connections
    • Wider industry visibility
    • Access to shared insights and opportunities

    When engineers can connect beyond their immediate circles, they gain:

    • Better awareness of global opportunities
    • Insights into different MRO environments
    • Support from peers facing similar challenges

    Improving Access to MRO Opportunities for Licensed Aircraft Engineers

    To improve how opportunities are discovered in aviation maintenance, the industry needs to move toward:

    • More transparent job visibility
    • Stronger peer-to-peer connections
    • Accessible platforms tailored to aviation professionals

    This doesn’t replace word of mouth, it enhances it.

    A New Direction for Aviation Professionals

    As conversations with engineers continue to highlight these challenges, it’s clear that there is a growing need for a more focused and connected approach.

    Creating a space where aviation professionals can:

    • Connect with peers globally
    • Share insights and experiences
    • Stay informed about industry trends
    • Discover opportunities relevant to their qualifications

    This is something We’ve been actively exploring through JobsReach Aviation with the goal of supporting aviation professionals in building stronger connections and accessing better opportunities over time.

    ✍️ Final Thoughts

    Word of mouth will always be a part of aviation hiring and for good reason.

    But as the industry grows more complex and global, relying on it alone may no longer be enough.

    For engineers, combining traditional networks with broader, more accessible connections could open the door to better, more relevant MRO opportunities.

    For those exploring broader aviation career paths, especially internationally, understanding different regions can also make a significant difference. For example, Europe offers diverse opportunities for aviation professionals at various stages of their careers.

    👉 You can explore this in more detail here:
    https://blogs.jobsreach.net/aviation/careers/exploring-europe-for-aviation-students-study-work-and-grow-your-career

    Understanding airline recruitment timing is crucial if you want to plan your application effectively. You can read a detailed breakdown of aviation hiring seasons in Europe and when airlines actively recruit cabin crew, pilots, and ground staff here:
    https://blogs.jobsreach.net/aviation/hiring/aviation-hiring-in-europe-know-the-seasons

  • B1/B2 Aircraft Engineer Jobs in the Netherlands (2026): Why Demand Is Surging

    In 2026, licensed B1 and B2 aircraft engineers are among the most sought-after professionals in the Dutch aviation sector. With fleet modernization, busy operations at Amsterdam Airport Schiphol and expanding MRO facilities, demand for certified engineers continues to grow.

    If you are exploring B1/B2 aircraft engineer opportunities in the Netherlands, this guide explains why the market is booming, which aircraft types are most in demand, and what professionals need to know to stay competitive.

    EASA B1 B2 Engineer

    Why B1 B2 Aircraft Engineer Jobs in the Netherlands Are Increasing in 2026

    The Netherlands is one of Europe’s most strategically important aviation markets.

    At the center of activity is Schiphol Airport, supporting:

    • Short-haul and long-haul passenger operations
    • Cargo and logistics operations
    • Line and base maintenance operations
    • Technical services and ground handling

    All aircraft maintenance and certification require EASA Part-66 licensed engineers, making B1 and B2 professionals essential to keeping fleets operational.

    Major Employers Driving Demand

    Several organizations create strong demand for licensed engineers:

    B1/B2 Aircraft Engineer Jobs at KLM

    Operating a mixed fleet of narrow-body and wide-body aircraft across Europe and intercontinental routes.

    KLM Engineering & Maintenance

    A leading MRO provider supporting both KLM and third-party operators.

    B2 Avionics Engineer Roles at Transavia

    A growing short-haul fleet requiring continuous line and base maintenance.

    These organizations create ongoing opportunities for engineers with active type ratings and recent CRS experience.

    Most In-Demand Aircraft Types for EASA B1 B2 Engineers

    In 2026, engineers with experience or type ratings on the following aircraft are highly competitive:

    • Boeing 737
    • Boeing 787
    • Airbus A320

    B2 avionics engineers are increasingly important due to digital systems, predictive maintenance, and advanced flight management tools.

    Latest Aviation Trends in the Netherlands (2026)

    Understanding market trends is crucial for career planning. Key trends include:

    • Fleet Modernization – Newer Airbus and Boeing models increase demand for certified engineers.
    • Digitalization – Advanced avionics and predictive maintenance technologies are reshaping maintenance operations.
    • MRO Expansion – Line and base maintenance facilities are growing to support larger fleets.
    • Cross-Border Mobility – EU recognition of EASA licenses allows engineers to work in multiple countries.
    • Sustainability Initiatives – Green aviation programs and alternative fuel projects are creating new technical roles.

    Salary and Career Outlook

    B1/B2 engineers in the Netherlands enjoy:

    • Competitive EU-level salaries
    • Shift allowances and pension benefits
    • Contractor flexibility and rotation opportunities
    • Premium rates for multi-type rated engineers

    Ongoing fleet growth and regulatory requirements ensure sustained demand for certified professionals in 2026.

    How JobsReach Aviation Supports Aviation Professionals

    While JobsReach Aviation is building its platform, it is designed for all aviation professionals, including engineers, technical staff and operations specialists.

    Key features include:

    • Connect with Other Aviation Professionals – Network with peers, share insights, and stay updated on career opportunities.Many B1 engineers still rely on networks when searching for roles.
      👉 Learn how to move beyond word of mouth and find better MRO opportunities
    • Stay Informed on Latest Trends – Access analysis of fleet modernization, digitalization, MRO expansion, and emerging roles in aviation.
    • Career Guidance – Learn how to position yourself for competitive roles, maintain certifications, and track market demand.

    Even if you’re focused on B1/B2 engineering roles, JobsReach Aviation provides valuable information and networking opportunities across the aviation industry.

    Final Thoughts

    The Netherlands remains one of Europe’s strongest markets for licensed B1 and B2 aircraft engineers in 2026.

    Fleet modernization, operational growth and MRO expansion ensure ongoing opportunities for certified engineers.

    By leveraging JobsReach Aviation, aviation professionals can stay informed about market trends, connect with peers, and prepare for upcoming opportunities across the Dutch and European aviation sectors.

    To learn more about the Europe Aviation Career Roadmap 2026, check out this article.

  • How to Get Your First Pilot Job in Europe with Low or Zero Flight Hours

    Getting your first pilot job in Europe is often the hardest step in an aviation career especially if you’re a newly graduated pilot with low or zero flight hours. Most job listings demand experience you don’t yet have, creating a frustrating cycle.

    The good news is that many pilots before you faced the same problem and still succeeded. This guide focuses on practical, realistic ways to break into the European aviation market with minimal experience.

    Why Getting Your First Pilot Job in Europe Is So Difficult

    Europe has one of the most regulated aviation environments in the world. Operators prefer pilots who:

    • Are familiar with EASA regulations
    • Require minimal additional training
    • Already have real operational experience

    As a low-hour graduate, your main objective is simple:
    build credible flight experience as efficiently as possible.

    Flight Instructor: The Fastest Way to Build Flight Hours

    Becoming a flight instructor is the most common first job for low-hour pilots in Europe.

    Why flight instruction works:

    • You accumulate flight hours quickly
    • You improve decision-making and procedural discipline
    • Instructor experience is highly respected by airlines
    • You earn income while flying

    Even if instruction isn’t your long-term goal, it is often the most reliable stepping stone toward commercial or airline flying.

    Entry-Level Pilot Jobs That Accept Low Hours

    Not all pilot jobs require thousands of hours. Some entry-level flying jobs in Europe are accessible to new graduates:

    • Tourist and sightseeing flights
    • Aerial photography and survey flying
    • Agricultural or utility flying
    • Pipeline or powerline patrols

    These jobs may be seasonal or location-specific, but they provide valuable operational experience and help you move beyond zero hours.

    Small Airlines and Regional Operators in Europe

    Major airlines rarely hire low-hour pilots directly.
    However, small and regional operators are often more flexible.

    How to improve your chances:

    • Be willing to relocate anywhere in Europe
    • Apply directly to operators, not only job portals
    • Look for airlines offering mentorship or type-rating support

    Many airline captains today started their careers with small regional companies.

    Cadet Programs and Graduate Pilot Schemes

    Several European airlines and flight schools offer cadet programs designed specifically for newly licensed pilots.

    These programs often include:

    • Structured training and mentoring
    • A defined path to employment
    • Lower initial flight-hour requirements

    Cadet programs are competitive, but they remain one of the best entry points for low-hour pilots in Europe.

    Trained Outside Europe? Start License Conversion Early

    If you completed your training outside Europe, you must convert your license to EASA standards before working commercially.

    Typical requirements:

    • EASA theoretical knowledge exams
    • Skill test or simulator assessment
    • Possible additional flight training
    • Costs of approximately €10,000–€20,000
    • Timeline of 3–12 months

    Starting the conversion early significantly increases your job options.

    Networking: The Hidden Pilot Job Market

    Many first pilot jobs are never publicly advertised.

    Effective networking includes:

    • Staying in contact with instructors and examiners
    • Attending aviation expos and job fairs
    • Connecting with pilots and recruiters on LinkedIn
    • Joining European aviation forums and clubs

    In many cases, a strong recommendation matters more than total flight hours.

    Alternative Ways to Gain Aviation Experience

    If flying jobs are limited at first, consider staying active within aviation:

    • Simulator or ground school instruction
    • UAV / drone operations
    • Dispatch or operational roles with flying companies

    These positions keep you close to flying opportunities and strengthen your professional profile.

    Key Takeaways for Low-Hour Pilot Graduates

    • Flight instruction is the fastest way to build hours
    • Entry-level and niche jobs provide valuable experience
    • Small airlines are more open to low-hour pilots
    • Cadet programs offer structured entry into aviation
    • Networking is essential in the European job market
    • Every flight hour matters, especially early on

    Final Thoughts

    Getting your first pilot job in Europe with low or zero flight hours is challenging but absolutely achievable. Success depends on flexibility, persistence, and smart career planning. Your first job doesn’t define your entire career, but it does open the door. Once you start flying, opportunities expand quickly.

    If you’d like to explore more pilot career opportunities, take a look at the article below.

    https://blogs.jobsreach.net/opportunities-for-pilots/

  • The Ultimate Guide to the COMPASS Test: Everything Aspiring Pilots Need to Know (EPST Phase 1 & Beyond)

    COMPASS pilot aptitude test overview for flight school applicants

    If you’re aiming to join a flight school or an airline cadet program, you will almost certainly encounter the COMPASS test one of the aviation industry’s leading pilot aptitude assessments.
    Despite its importance, many applicants feel unsure about what the test actually includes, how to prepare, and what the different modules truly measure.

    This guide gives you one complete overview of the COMPASS test, including:

    • All modules explained clearly
    • What each section measures
    • Examples
    • Preparation tips
    • EPST-specific insights

    Whether you’re applying to EPST Phase 1, CAE, FTE Jerez, or any school using COMPASS, this article will help you prepare with confidence.

     What Is the COMPASS Test?

    COMPASS stands for Computerized Pilot Aptitude Screening System.
    It is a computer-based assessment designed to measure a candidate’s pilot potential not aviation knowledge or flying experience.

    It evaluates whether you have the native cognitive and coordination abilities required for flight training.

    The COMPASS Test Measures: Hand eye foot coordination, Multitasking ability, Mental arithmetic, Short-term memory, Spatial orientation, English skills & Reaction time.

    These abilities are essential for flying and help schools predict how well you will perform in aircraft or simulators.

    COMPASS Test Modules

    The exact modules vary slightly by flight school, but the main components remain the same. Below, you’ll find a complete explanation of each module.

     1. Control Test (Tracking & Coordination)

    The Control Test is one of the most important and challenging parts of COMPASS. It measures your ability to coordinate your hands, feet, and eyes simultaneously.

    Your Task

    You control two instruments at once:

    1. A ball drifting left/right (controlled with rudder pedals)
    2. A needle moving on a gauge (controlled with a joystick or yoke)

    How Controls Work

    • If the ball drifts right, press the left pedal
    • If the ball drifts left, press the right pedal

    This is based on real aircraft yaw control.

    What Makes It Hard

    • You must constantly switch your focus
    • You can’t “fixate” on one instrument
    • Small, smooth corrections are required
    • It becomes harder as the speed increases

    What It Measures

    • Coordination, Reaction time, Divided attention, Precision

    Pro Tips

    • Don’t overcorrect
    • Keep movements smooth
    • Scan both instruments continuously
    • Stay relaxed — tension leads to jerky inputs

     2. Math Test (Mental Arithmetic)

    The Math module contains simple but fast-paced arithmetic.
    The difficulty is not the math itself, but the time pressure.

    Included in This Section

    • Addition, Subtraction, Multiplication, Division, Long division & Multiplication tables.

    What’s NOT Included

    • No algebra, No geometry, No word problems, No aviation questions.

    Why It Matters

    Pilots constantly perform mental calculations:

    • Fuel, Altitude/vertical speed, Descent planning, Speed &Time.

    Preparation Tips

    • Practice without a calculator
    • Memorize multiplication tables
    • Use mental shortcuts
    • Practice long division in your head
    • Train under time pressure

     3. Memory Test

    This test evaluates your short-term memory and your ability to recall information under pressure.

    Typical Formats

    • Number sequences, Symbols, Positions on a grid, Flash sequences that disappear after 1–2 seconds

    What It Measures

    • Working memory, Accuracy, Attention & Your ability to retain ATC instructions or checklists.

    How to Prepare

    • Use memory apps
    • Practice chunking numbers
    • Repetition drills
    • Visualization techniques

    4. Spatial Orientation Test

    This module tests your ability to visualize orientation and position, an essential pilot skill.

    Common Tasks

    • Determining aircraft attitude
    • Rotating objects in 3D
    • Matching views to instruments

    Why It Matters

    Pilots constantly interpret pitch, roll, direction & orientation in space.

    How to Prepare

    3D puzzle apps, Mental rotation exercises, Flight simulator practice.

     5. English Test

    The aviation world uses English as its standard language, so COMPASS includes a basic English module.

    Areas Covered

    Grammar, Vocabulary, Reading comprehension, Synonyms, antonyms & Basic aviation Terminology.

    Difficulty

    Moderate level similar to secondary school English.

    How to Prepare

    • Read aviation news, Practice grammar basics, Learn ICAO phraseology.

    6. Multitasking Test

    This test simulates cockpit workload.
    You will perform two or more tasks at once, such as: Simple calculations, Keeping a target centered and Responding to audio cues.

    How to Improve

    • Multitasking games, Dual-task exercises, Practice math while doing a second task (e.g., tracking a cursor)

     7. Physics/Science Module (Not Always Included)

    Some flight schools include a simple science module.

    Typical Questions

    • Speed = distance ÷ time
    • Basic forces
    • Pressure & temperature
    • Mechanics basics

    Difficulty

    Very basic high-school level.

     What Passing COMPASS Really Means

    The COMPASS test is designed to evaluate whether you have the natural abilities required to become a pilot. It doesn’t expect perfection. It doesn’t require experience.
    It simply checks whether you can learn to fly effectively.

    If you understand the modules and practice the basics especially coordination, math, and multitasking. You’ll walk into the test with confidence.