Adult (19+) participation in education and training increased by 1.0% to 878,520, compared to 869,560 in 2020/21.
Most learners participated in Level 2 courses (431,860), followed by Basic skills (270,630).
Of the 878,520 learners participating in adult education and training:
For 2021/22, the most deprived fifth (20%) of areas contained 34.7% (304,220) of participating learners
For information on education and training by sector subject area, please see the ‘Subject' section.
You can create your own tables in the table builder using the Further education and skills learners data. Select ‘Education and Training’ using the ‘Provision Type’ filter to view education and training statistics. The following tables offer a range of useful breakdowns for 2016/17 to 2021/22.
Community learning participation increased by 24.9% to 304,400 in 2021/22, compared to the same period in 2020/21.
Community learning learner characteristics in 2021/22 showed:
You can create your own tables in the table builder using the Community learning learners data. The following tables offer a range of useful breakdowns for 2015/16 to 2021/22.
Participation and Achievements by type Age group (with unknowns), Sex, Ethnicity, LLDD, Detailed Ethnicity and Ethnicity group | |
Participation by type Ethnicity, LLDD, Age group (with unknowns) and LLDD primary |
Out of 3,899,200 aim enrolments in adult further education and skills in 2021/22:
Of the 1,691,340 education and training learning aim enrolments in 2021/22:
• Science, technology, engineering and maths (STEM) subjects represent 14.5% (245,640).
• Preparation for life and work was the sector subject area with the most enrolments (770,140), followed by health, public services and care (297,840).
• Entry and Level 1 courses together make up 52.4% of enrolments – 886,990 enrolments in total. The majority of these are in preparation for life (72.3%).
• Level 2 courses account for 34.6% overall (585,040) –just over a third of which are in health, public services and care (200,540).
• At Level 4 or above, the largest proportion of enrolments are in health, public services and care (42.1%) followed by business, administration and law (21.4%).
As part of the government’s Plan for Jobs (opens in a new tab) , certain adults can now access free level 3 courses as part of the Free Courses for Jobs offer.
From April 2021, people have been able to access one of the free level 3 qualifications (opens in a new tab) if they are aged 19 or over and do not already have a level 3 qualification (equivalent to an advanced technical certificate or diploma, or A levels) or higher. Previously, learners aged 24 or over, would have had to pay the course fee for these qualifications, normally through an Advanced Learner Loan.
From April 2022, the offer was extended to adults in England who are earning under the National Living Wage (£18,525 per annum) or are unemployed, regardless of whether they have a full Level 3 qualification or higher. Mayoral Combined Authorities (MCAs) and the Greater London Authority (GLA) are able to set their own wage thresholds for learners accessing Free Courses for Jobs under this extension. Full details regards funding rules and eligibility can be found in the ESFA funded adult education budget: funding and performance management rules 2021 to 2022 (opens in a new tab) .
Learners enrolled on courses as part of the Free Courses for Jobs offer
Full year final figures for the 2021/22 academic year show that;
Level 3 qualifications can take longer than a year to be completed and for learners to receive achievement status – especially if, for example, learners are balancing study with employment. We estimate that there have been 10,670 achievements by learners enrolled and funded through Free Courses for Jobs since April 2021.
Further breakdowns of the total number of adults taking up Free Courses for Jobs since April 2021 can be accessed through the link below in ‘Create your own tables’.
You can create your own tables in the table builder using the Subject data. The following tables are set up as a useful starting point.
Education and Training Enrolments 2016/17 to 2021/22 | |
Free courses for jobs total starts including extended offer, Free courses for jobs total starts under original offer April 2021 to July 2022 Note: due to small numbers, not all filters will cross-tabulate |
Of the 1,719,600 adult learners participating in 2021/22 academic year:
The region with the highest further education and skills participation was London with 310,300 learners.
Accounting for population size in each region:
More detailed breakdowns of further education and skills participation and achievement rates per population are available through the ‘Create your own tables’ link below.
You can create your own tables in the table builder using the Geography data. The following tables offer a range of useful breakdowns for 2021/22.
Local Authority, Local Authority District, Parliamentary Constituency, National and Regional Participation, Indicative participation rate per 100,000 population, Achievements, Indicative achievements rate per 100,000 population, Starts, Indicative start rate per 100,000 population. (Note: starts cover apprenticeships only) Provision type (All Further education and skills, Education and training, Apprenticeship, Community learning), Level (apprenticeship or FE level), Age group | |
Local Authority District, English Devolved Areas, National and Regional Aims Enrolments and Aims Achievements Sex, Level, Sector Subject Area (tier 1) name and Ethnicity group | |
English Devolved Areas, Local Authority District, National and Regional Participation, Achievements Age group, Sex, Sector Subject Area (tier 1) name & code, Detailed level and Ethnicity group | |
Local Authority District, National and Regional Achievements and Participation by type Age group (with unknowns), Sex and Ethnicity group |
Of the 1,719,600 learners that participated in 2021/22 academic year:
You can create your own tables in the table builder using the provider data. The following tables offer a range of useful breakdowns for 2015/16 to 2021/22.
Participation and achievements by level Provider name and UKPRN | |
Aim enrolments Sector Subject Area, Level, Provider name and UKPRN | |
Participation and achievements by type
|
Note: we have amended how we refer to this type of provision, which was previously referred to as ‘English and maths’, which included English for Speakers of Other Languages (ESOL). Since January 2021 we have also started to report on participation on new essential digital skills provision (Essential Digital Skills) in this section of the release.
We will now be referring to ‘English and maths’ provision as ‘basic skills’ to better reflect this type of learning, and we will show basic skills participation with and without essential digital skills to preserve our previous time series.
Adult basic skills including digital skills participation reported for 2021/22 was 443,850. Of these:
Adult basic skills excluding digital skills participation increased by 5.1% to 434,120 in 2021/22 compared to 2020/21.
You can create your own tables in the table builder using the Basic skills data. The following tables offer a range of useful breakdowns for 2021/22.
2016/17 to 2021/22 All Achievements, All Participation, Apprenticeship Achievements, Apprenticeship Participation, Education and Training Achievements, Education and Training Participation, Participation Percentage Change Subject, Level, Reporting date and Age (under 19/19+) | |
2021/22 Regional, Local Authority District and Parliamentary constituency Achievements and Participation Subject and level and Age (under 19/19+) |
Of the 65,800 learners participating with an advanced learner loan in 2021/22:
49,200 applications received for an advanced learner loan in 2021/22, a decrease of 21.7% on the 62,900 applications in 2020/21.
Of the 49,200 applications received for advanced learner loans in 2021/22:
You can create your own tables in the table builder using the Advanced learner loans applications data. The following table offers a useful breakdown for 2014/15 to 2021/22.
Approved applications, Received applications and Total loan amount awarded (£000s) Characteristics (Age, Gender and UK status), Provider Type, Qualification type and Sector subject area (tier 1) |
An underlying file 'Advanced learner loans applications - top 10 qualifications' contains information about the 10 learning aims that received the most advanced learner loan applications each academic year since 2014/15. This can be found in the Explore data and files section of the release.
In March 2020, the Secretary of State announced that the summer 2020 exam series in England would be cancelled to help fight the spread of Coronavirus (COVID-19). This announcement also stated that Government would not publish any school, college, or provider-level educational performance data based on tests, assessments or exams for the 2019/20 academic year.
In 2020/21, as a consequence of the ongoing disruption to the assessment process, the Government announced a change to its accountability arrangements published here (opens in a new tab) where it states providers will not be held to account on the basis of exams and assessment data from summer 2020. Given the continued disruption, in February 2021, it was confirmed that no provider-level data would again be published for the 2020/21 academic year. This release will therefore not contain any provider level data.
For performance management purposes users should refer to data from 2018/19 which can be found here (opens in a new tab) .
Apprenticeship achievement rate statistics are available here .
Overall achievement rates within the 19+ Education and Training cohort have decreased from 86.0% in 2019 to 2020 to 85.5% in 2020 to 2021, a decrease of 0.5 percentage points. Compared with 2018 to 2019 they are down by 3.7 percentage points.
Level one and higher level rates have increased since last year by 0.6 and 5.1 percentage points respectively. Rates at level 2 have decreased by 2.0 percentage points whilst level 3 has decreased by 1.0 percentage point.
Care should be taken when comparing outcomes with previous years.
The purpose of releasing national level achievement rate data for 2020/21 is to maintain the continuity of information and to provide context alongside the achievement volumes found elsewhere in this publication. It is important to maintain transparency by presenting the national level data for this cohort of learners whilst recognising the extraordinary circumstances surrounding 2019/20 and 2020/21 achievement rates.
Care should be taken when comparing with previous years due to the effects of the pandemic such as disruption to exams and assessments.
Additionally, the methodology for creating achievement rates has been partially affected in two ways. Firstly, the announcement that Government will not publish any provider-level educational performance data for the 2019/20 or 2020/21 academic years. Therefore, we did not share any provider level data with providers for 2019/20 which normally helps them to improve the quality of their final data return. Secondly, this limited the fuller quality assurance processes including working closely with providers on anomalies in their data. Whilst we were able to re-introduce the fuller quality assurance process for the 2020/21 data, we are aware that providers were still affected by disruption due to the COVID pandemic.
Different sectors have been affected in different ways and as a result, care should be taken when comparing data with previous years.
Significant change in the way some assessments happened in 2019/20, and to a lesser extent in 2020/21, compared to previous years. Additionally, a significant change in some qualifications with the size of the cohort participating. As a result, care should be taken when comparing 2019/20 and 2020/21 data with previous years.
Significant change in the way some assessments happened in 2019/20, and to a lesser extent in 2020/21, compared to previous years. Additionally, a significant change in some qualifications with the size of the cohort participating. Different sectors have been affected in different ways and as a result care should be taken when comparing 2019/20 data with previous years.
The figures in this section cover the achievement rates for those learners who are from minority ethnic groups. Please note the figures for “White ethnic groups” includes white minorities.
Minority ethnic groups excluding white minorities | 88.2% | 84.7% | 84.8% |
White | 88.9% | 87.1% | 86.4% |
In 2020/21, learners aged 19+ from minority ethnic groups had an overall education and training achievement rate of 84.8%, an increase of 0.1 percentage points from 84.7% in 2019/20.
The number of learners from minority ethnic groups was 499,790 which represents 36.7% of all learners. The take up of education and training for learners from minority ethnic groups varies according to the sector subject area. The sector with the highest proportion of learners from minority ethnic groups was Preparation for Life and Work where 50.9% of learners were from minority ethnic groups. The sector with the lowest proportion was Agriculture, Horticulture and Animal Care at 10.6%.
Qualification Achievement Rates (QARs), previously referred to as qualification success rates, are calculated for individual qualifications, or programmes for apprenticeships. They show how many learners that started a qualification or programme went on to successfully complete it. Achievement rates are typically calculated at a qualification or programme level, but can be aggregated across different types of course, or for particular colleges or providers.
Technical specifications for how achievement rates are calculated can be found here:
https://www.gov.uk/government/collections/qualification-achievement-rates-and-minimum-standards (opens in a new tab)
Further information on how the performance management process works can be found here:
https://www.gov.uk/government/collections/funding-allocations-and-performance-management-for-providers (opens in a new tab)
At the start of each academic year, the business rules by which QARs will be calculated for that year are published. The full set of user guide, business rules, and the technical specifications behind the 2020/21 calculations are also available here (opens in a new tab) . We publish detailed tables to provide transparency on the measures we use for provider performance for the latest year only. These data will not always be calculated on the same basis as previous years detailed tables, which remain available for transparency of the measures used in those particular years. Additionally, we provide some tables with time series to provide transparency on how performance has changed over time. To provide comparable data we retrospectively apply the latest methodology to the previous two years. This will revise our estimates of what 2018/19 and 2019/20 would have been if calculated on this new basis. To illustrate the change this has made on our time series:
2018/19 | 89.2% | 89.0% | +0.2 |
2019/20 | 86.0% | 85.7% | +0.3 |
Data presented here in this release entirely covers adult 19+ provision only. In common with previous years, we do provide links to detailed tables which also incorporate data for 16-18 year old learners for completeness.
You can create your own tables in the table builder using the Education and training achievement rates data. The following tables offer a range of useful breakdowns for 2019/20.
Indicators: Achievement rate, Achievers, Completers, Leavers, Pass rate, Retention rate Filters: Ethnicity, Gender, LLDD, Qualification type, Qualification level and Age group | |
Indicators: Achievement rate, Achievers, Completers, Leavers, Pass rate, Retention rate Filters: Ethnicity, Gender, LLDD, Qualification type, Qualification level and Age group | |
Indicators: Achievement rate, Achievers, Completers, Leavers, Pass rate, Retention rate Filters: Ethnicity, Gender, LLDD, Qualification type, Qualification level and Age group | |
Indicators: Achievement rate, Achievers, Completers, Leavers, Pass rate, Retention rate Filters: Ethnicity, Gender, LLDD, Qualification type, Qualification level and Age group |
In recent years we have focussed on expanding the range of data being published, such as free courses for jobs. Additionally, there are a lot of sections, commentary, and extra tables built into the main release. Discussions with users have suggested it’s hard to find and access content within this release.
We are therefore considering simplifying the release structure to have less sections so, we can refocus content into two initial sections that provide an annual summary using full year data, followed by a section showing in-year provisional data. We are also introducing a section to focus on helping users to find all the tables and files in the release rather than use the release structure to achieve the same thing.
Please note we are not intending to reduce the data files that are available quarterly. We will be looking at naming conventions of files and tables, as a one-off change from the January release as part of improving the ability of users to find files. We are considering making these changes and welcome your feedback. Should you wish to provide feedback please contact us on [email protected] (opens in a new tab) .
Find out how and why we collect, process and publish these statistics.
These accredited official statistics have been independently reviewed by the Office for Statistics Regulation (OSR). They comply with the standards of trustworthiness, quality and value in the Code of Practice for Statistics . Accredited official statistics are called National Statistics in the Statistics and Registration Service Act 2007 .
Accreditation signifies their compliance with the authority's Code of Practice for Statistics which broadly means these statistics are:
Our statistical practice is regulated by the Office for Statistics Regulation (OSR).
OSR sets the standards of trustworthiness, quality and value in the Code of Practice for Statistics that all producers of official statistics should adhere to.
You are welcome to contact us directly with any comments about how we meet these standards. Alternatively, you can contact OSR by emailing [email protected] or via the OSR website .
If you have a specific enquiry about Further education and skills statistics and data:
Press office.
If you have a media enquiry:
Telephone: 020 7783 8300
If you have a general enquiry about the Department for Education (DfE) or education:
Telephone: 037 0000 2288
Opening times: Monday to Friday from 9.30am to 5pm (excluding bank holidays)
What's the difference.
Further education and higher education are both forms of post-secondary education, but they differ in terms of their focus and level of study. Further education typically refers to education beyond the age of 16, often pursued at colleges or vocational institutions. It offers a wide range of courses and qualifications that are more practical and skill-based, aiming to equip students with specific vocational skills for employment. On the other hand, higher education refers to education pursued at universities or colleges, usually after completing further education. It offers more specialized and in-depth study in various academic disciplines, leading to degrees such as bachelor's, master's, and doctoral degrees. Higher education focuses on theoretical knowledge, research, and critical thinking, preparing students for professional careers or advanced academic pursuits.
Attribute | Further Education | Higher Education |
---|---|---|
Duration | Short-term courses | Long-term programs |
Entry Requirements | Varies, often lower | Higher, usually high school diploma |
Focus | Practical skills and vocational training | Academic knowledge and research |
Qualification | Diploma, certificate, or vocational qualification | Degree (Bachelor's, Master's, Ph.D.) |
Cost | Lower tuition fees | Higher tuition fees |
Class Size | Smaller classes | Larger classes |
Flexibility | Flexible schedules and part-time options | Structured schedules, full-time |
Employability | Immediate job opportunities | Enhanced job prospects |
Introduction.
Education plays a crucial role in shaping individuals' knowledge, skills, and future prospects. Two common paths individuals can take after completing their secondary education are further education and higher education. While both options offer opportunities for personal and professional growth, they differ in various aspects such as entry requirements, duration, curriculum, and career outcomes. In this article, we will explore and compare the attributes of further education and higher education to help individuals make informed decisions about their educational journey.
When considering further education, such as vocational courses or apprenticeships, the entry requirements are often more flexible compared to higher education. Further education programs typically focus on practical skills development and may require a minimum age or specific qualifications related to the chosen field. On the other hand, higher education institutions, such as universities, generally have stricter entry requirements. These requirements often include specific academic qualifications, such as A-levels or equivalent, and may vary depending on the chosen course of study.
The duration of study is another significant difference between further education and higher education. Further education programs are typically shorter in duration, ranging from a few months to a couple of years. This allows individuals to acquire specific skills quickly and enter the workforce sooner. On the contrary, higher education programs, such as bachelor's degrees, usually span three to four years of full-time study. Some courses, like medicine or engineering, may require additional years of study or practical training. The longer duration of higher education programs allows for a more in-depth exploration of the chosen subject area.
The curriculum and focus of further education and higher education programs also differ significantly. Further education programs often have a more practical and vocational approach, aiming to equip individuals with specific skills required for a particular industry or trade. These programs may include hands-on training, work placements, and industry-specific certifications. On the other hand, higher education programs emphasize a broader and more theoretical understanding of a subject. They often include a mix of lectures, seminars, research projects, and assessments designed to develop critical thinking, research skills, and a deeper understanding of the chosen field.
Both further education and higher education can lead to promising career outcomes, but the nature of these outcomes may differ. Further education programs are often tailored to meet the demands of specific industries, providing individuals with the necessary skills to enter the workforce directly. These programs can lead to immediate employment opportunities in fields such as healthcare, construction, hospitality, or information technology. On the other hand, higher education programs, particularly bachelor's degrees and beyond, offer a broader range of career options. They provide individuals with a solid foundation in their chosen field, enabling them to pursue various career paths or even continue their education at an advanced level.
Cost and financial considerations are crucial factors to evaluate when deciding between further education and higher education. Further education programs are generally more affordable compared to higher education, as they often have lower tuition fees and shorter durations. Additionally, individuals pursuing further education may have the opportunity to earn while they learn through apprenticeships or part-time work. On the other hand, higher education programs, especially at universities, can be more expensive. Tuition fees for higher education can vary significantly depending on the institution and the course of study. However, higher education graduates may have access to a wider range of financial aid options, such as scholarships, grants, and student loans, to support their studies.
Both further education and higher education offer valuable opportunities for personal development and networking. Further education programs often provide individuals with practical skills that can enhance their employability and confidence in their chosen field. These programs may also offer networking opportunities with industry professionals, allowing individuals to establish connections and gain insights into their desired career paths. Similarly, higher education programs foster personal growth by encouraging critical thinking, research skills, and independent learning. They often provide a vibrant campus environment where students can engage in extracurricular activities, join clubs and societies, and build a diverse network of peers and mentors.
Choosing between further education and higher education is a significant decision that depends on an individual's goals, interests, and circumstances. Further education programs offer practical skills development, shorter durations, and immediate employment opportunities in specific industries. On the other hand, higher education programs provide a broader and more theoretical understanding of a subject, longer durations, and a wider range of career options. It is essential to carefully consider the entry requirements, duration, curriculum, career outcomes, cost, and personal development opportunities associated with each path. Ultimately, individuals should choose the educational path that aligns with their aspirations and sets them on a fulfilling and successful journey.
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Degrees in mathematics education provide the foundational knowledge and skills necessary for professionals to teach math at various educational levels. These programs combine in-depth mathematical coursework with training that ensures graduates are well-prepared to foster mathematical understanding in students.
This article explores how—across education levels—a degree in math education presents future mathematics teachers with the tools to make complex concepts accessible and engaging.
A mathematics education degree equips students with both advanced mathematical knowledge and the instructional skills to teach these concepts effectively. These degrees are designed to prepare future educators for a range of educational settings, from elementary to high school and beyond.
Focused on the dual components of advanced mathematics and effective teaching methodologies, mathematics education degree programs typically include coursework in mathematical theories, calculus, algebra, and statistics, as well as education-focused classes like instructional strategies, classroom management, and educational psychology. Students also engage in practical teaching experiences, often through student teaching placements, which provide hands-on training in real classroom settings.
Mathematics education degrees may be offered at various academic levels, each catering to different career goals and educational needs:
A mathematics education degree program is designed to provide a balanced mix of rigorous mathematical coursework and educational theory, ensuring that graduates are well-prepared to teach math. The core curriculum typically includes courses that build a strong foundation in mathematics, along with specialized courses that focus on pedagogical techniques and educational psychology.
Mathematics education degree programs generally require students to complete a series of core courses that cover both mathematical content and teaching methodologies. Several such courses may include:
Mathematics education programs often offer specializations that allow students to focus on specific areas of interest within the field. These specializations can enhance a teacher’s expertise and open up additional career opportunities. Common specializations include:
A mathematics education degree can pave the way to a variety of math education jobs and career opportunities. And while many graduates pursue traditional teaching roles, there are numerous other paths available for those interested in applying their expertise beyond the classroom, too.
Mathematics education graduates have a variety of career options beyond teaching, including roles in curriculum development, educational consulting, and instructional coordination, where they design and implement educational programs and materials. They may also work in educational technology creating tools to enhance math instruction or pursue careers in business, finance, or government—using their analytical skills in data analysis, statistical research, and policy development. A few possible math education job titles for which this degree may be applicable include mathematician, statistician, data scientist, and management analyst.
Staying current with advancements and continuing education is crucial for mathematics educators to remain effective and innovative in their teaching practices.
Graduate degrees in mathematics education, like a master’s or doctorate, offer educators the opportunity to deepen their knowledge of both mathematical content and educational theory. These advanced degrees often focus on specialized areas such as curriculum development, educational leadership, or mathematics education research.
For instance, a master’s degree might include courses on advanced mathematical concepts, instructional technology, and educational psychology, while a doctorate could involve research methodologies and the study of educational policies and their impacts on mathematics instruction.
Professional certifications also play a significant role in advancing an educator’s career. Those such as the National Board Certification for teachers or state-specific advanced teaching credentials demonstrate a commitment to professional growth and mastery of teaching skills. These certifications often require rigorous assessments and provide educators with recognition and opportunities for career advancement.
Innovations and modern teaching strategies are transforming mathematics education:
Mathematics education extends far beyond the classroom, influencing various aspects of everyday life and professional fields. Not to mention, educators equipped with a foundation in mathematics education can shape future generations by instilling important skills and promoting analytical thinking.
Mathematics education plays a central role in developing critical thinking and problem-solving skills key to academic success and navigating modern life's complexities. By learning to approach problems methodically and think logically, students are better prepared to tackle challenges in various contexts, from personal finance to scientific research.
A solid foundation in mathematics also opens up numerous career opportunities in STEM fields (like engineering, economics, technology, computer science, and the physical sciences), ensuring that students are well-equipped for high-demand careers that drive technological advancements and economic growth.
Furthermore, mathematics education fosters a deeper understanding of the world. Concepts such as geometry, algebra, and statistics are integral to everyday life, from understanding architectural designs to interpreting data in the news. Educators help students see the relevance of mathematics and cultivate a lifelong appreciation for the subject by making these connections clear.
In addition to individual benefits, strong mathematical skills even help individuals contribute to informed decision-making in their communities and address societal issues—from voting on policies to managing budgets and understanding scientific reports.
Mathematics educators encounter a variety of challenges in their efforts to deliver engaging instruction.
A major challenge in mathematics education is overcoming students' misconceptions that math is inherently difficult and requires natural talent. Educators can counter this by promoting a growth mindset, emphasizing that mathematical skills are developed through practice and persistence. Demonstrating math's relevance in daily life and careers can boost student motivation as well.
Additionally, educators should focus on conceptual understanding rather than rote memorization, using real-world examples and problem-solving activities to show how mathematical concepts are interconnected and practically applied.
Classroom challenges in mathematics education include managing diverse learning styles and addressing behavioral issues. The following can help overcome these obstacles:
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Education & Science
In 2024, one in two respondents in Poland rated Poland's higher education system as average. On the other hand, every fifth stated the higher education system was bad.
Characteristic | Share of respondents |
---|---|
Very good | 2% |
Rather good | 23% |
Average | 54% |
Rather bad | 14% |
Very bad | 7% |
Additional Information
Show sources information Show publisher information Use Ask Statista Research Service
August 2024
1,125 respondents
18 years and older
Computer-assisted web interviews (CAWI)
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Statistics on participation and learner outcomes in the further education (FE) and skills sector, including apprenticeships, reported from January 2014 to date.
The latest data and additional breakdowns are available on explore education statistics , along with historic data going back up to 6 years.
Breakdowns of older data from earlier releases are available in the FE data library . The table finder tool allows you to find specific datasets in the FE data library.
The most recent statistics covering apprenticeship starts, apprenticeship service registrations, learner participation and achievements in the further education and skills sector.
Related statistical publications
Earlier statistics covering the number of apprenticeships and traineeships in England.
Earlier statistics covering post-16 learner participation and achievements in further education (FE) and skills training.
Earlier releases covering the number of apprenticeship starts and apprenticeship service registrations. These statistics are released monthly.
Experimental statistics on the use of the apprenticeship service after changes to the system were introduced in May 2017 . This release was replaced by monthly ‘Apprenticeship and levy statistics’ from January 2018.
Added ‘Apprenticeships: August 2024’ to the collection.
Added 'Apprenticeships in England by industry characteristics: 2021 to 2022' to the 'Related releases' section.
Added ‘Apprenticeships: July 2024' and 'Further education and skills: July 2024'.
Added 'Apprenticeships: June 2024' to latest releases. Moved 'Apprenticeships: May 2024' to Apprenticeships and traineeships - older data.
Added ‘Apprenticeships: May 2024’ to the collection.
Added 'Apprenticeships: April 2024' to latest releases. Moved 'Apprenticeships: March 2024' to Apprenticeships and traineeships - older data.
Added 'Apprenticeships and 19-plus further education skills index: 2022 to 2023' to related releases.
Added 'Further education and skills: March 2024' and 'Apprenticeships: March 2024' to latest releases. Moved ' Further education and skills: January 2024' to FE and skills - older data and 'Apprenticeships: February 2024' to Apprenticeships and traineeships - older data.
Added 'Apprenticeships: February 2024' to 'Latest releases'.
Added 'Apprenticeships: January 2024' and 'Further education and skills: January 2024'
Added 'Apprenticeships and traineeships: November 2023' and 'Further education and skills: July 2023'.
Added 'Skills Bootcamps: starts 2022 to 2023'.
Added 'Apprenticeships and traineeships: October 2023' to 'Latest releases'.
Added ‘Apprenticeships and traineeships: September 2023’ to the collection.
Added 'Apprenticeships and traineeships: August 2023' to 'Latest releases'.
Added ‘Apprenticeships and traineeships: July 2023’ and 'Further education and skills: July 2023' to the collection.
Added ‘Apprenticeships and traineeships: June 2023’ to the collection.
Added ‘Apprenticeships and traineeships: May 2023’.
Added ‘Apprenticeships and traineeships: April 2023’.
Added 'Further education skills index' for 2020 to 2021 and 2021 to 2022.
Added 'Apprenticeship and traineeships: March 2023' and 'Further education and skills: March 2023'.
Added ‘Apprenticeships and traineeships: February 2023’ to the 'Latest releases' section and moved 'Apprenticeships and traineeships: January 2023' to the 'Apprenticeships and traineeships - older data’ section.
'Apprenticeship and traineeships: January 2023' and 'Further education and skills: January 2023' added to 'Latest releases' section.
Added ‘Apprenticeships and traineeships: December 2022’
Added 'Skills Bootcamps: starts 2021 to 2022 '.
Added 'Apprenticeship and traineeships: November 2022' and 'Further education and skills: November 2022'.
Added ‘Apprenticeships and traineeships: October 2022’
Added ‘Apprenticeships and traineeships: September 2022’.
Added ‘Apprenticeships and traineeships: August 2022’.
Added 'Apprenticeship and traineeships: July 2022' and 'Further education and skills: July 2022'.
Added ‘Apprenticeships and traineeships: June 2022’.
Added ‘Apprenticeships and traineeships: May 2022’.
Added ‘Apprenticeships and traineeships: April 2022’ and 'Apprenticeships in England by industry characteristics: 2020 to 2021'.
Added 'Apprenticeship and traineeships: March 2022' and 'Further education and skills: March 2022'.
Added ‘Apprenticeships and traineeships: February 2022’.
Added 'Apprenticeship and traineeships: January 2022' and 'Further education and skills: January 2022'.
Added ‘Apprenticeships and traineeships: December 2021’.
Added 'Apprenticeship and traineeships: November 2021' and 'Further education and skills: November 2021'.
Added ‘Apprenticeships and traineeships: October 2021’.
Added ‘Apprenticeships and traineeships: August 2021’ to the collection.
Added 'Apprenticeships and traineeships: July 2021' and 'Further education and skills: July 2021'.
Added ‘Apprenticeships and traineeships: June 2021’ to the collection.
Added ‘Apprenticeships and traineeships: May 2021’ to the collection.
Added ‘Apprenticeships and traineeships: April 2021’ to the collection.
Added 'Apprenticeships and traineeships: March 2021' and 'Further education and skills: March 2021'.
Added ‘Apprenticeships and traineeships: February 2021’ to the collection.
Added 'Apprenticeships and traineeships: January 2021' and 'Further education and skills: January 2021'.
Added 'Apprenticeships and traineeships: December 2020'.
Added 'Apprenticeship and traineeships: November 2020' and 'Further education and skills: November 2020'.
Added 'Apprenticeships and traineeships: October 2020'.
Added 'Apprenticeships and traineeships: August 2020' to the collection.
Added 'Apprenticeships and traineeships: July 2020'.
Added 'Further education and skills: July 2020' to the collection.
Added 'Apprenticeships and traineeships: June 2020' to the collection.
Added 'Apprenticeships and traineeships: May 2020' to the collection.
Added ‘Apprenticeships and traineeships: April 2020’ to the collection along with an update on publications in light of the COVID-19 outbreak.
Added ‘Further education and skills: March 2020’ and ‘Apprenticeships and traineeships: March 2020'. Added 'Further Education for Benefit Claimants, England: 2017 to 2018' and removed the 2016 to 2017 release.
Replaced 'Apprenticeships in England by industry characteristics' with the latest version 'Apprenticeships in England by industry characteristics 2018 to 2019'.
Added ‘Apprenticeships and traineeships: February 2020'.
Added ‘Further education and skills: January 2020’ and ‘Apprenticeships and traineeships: January 2020’ to the collection.
Added Further education and skills: November 2019 to Latest releases. Added Apprenticeship and levy statistics: October 2019 to the Apprenticeships and levy - older data Added Further education and skills: March 2019 to the FE and skills - older data Added Public sector apprenticeships in England: 2017 to 2018 to new section Public sector apprenticeships in England - older data
Updated the page to indicate forthcoming changes to our statistics publication.
Added Apprenticeship and levy statistics: October 2019
Added 'Apprenticeship and levy statistics: August 2019' to latest releases.
Added 'Apprenticeship and levy statistics: July 2019' to latest releases. Moved May 2019 release to older data group.
Added 'Apprenticeship and traineeships: July 2019'.
Added 'Apprenticeship and levy statistics: May 2019'.
Added 'Apprenticeship and levy statistics: April 2019'.
Added 'Apprenticeship and levy statistics: March 2019' and 'Further education and skills: March 2019 to latest releases.
Added 'Apprenticeship and levy statistics: February 2019'.
Added 'Apprenticeship and levy statistics: January 2019'.
Added 'Apprenticeship and traineeships: January 2019' to latest releases.
Added Apprenticeship and levy statistics: December 2018 to latest releases. Moved Apprenticeship and levy statistics: November 2018 to older data.
Added 'Further education and skills: November 2018' and 'Apprenticeship and levy statistics: November 2018' to latest releases.
Added 'Public sector apprenticeships in England: 2017 to 2018'.
Added 'Apprenticeship and levy statistics: October 2018' to the collection.
Added 'Apprenticeship and levy statistics: September 2018' to the collection.
Added 'Apprenticeship and levy statistics: August 2018' to the collection
Added the 'Apprenticeship and levy statistics: July 2018' and 'Apprenticeships and traineeships: July 2018' publications.
Added 'Apprenticeship and levy statistics: June 2018' to the collection.
Added 'Apprenticeship and levy statistics: May 2018' to the collection and updated the introductory section to explain publication changes.
Added 'Apprenticeship and levy statistics: April 2018' along with amended contact details.
Added 'Further education and skills: March 2018' and 'Apprenticeship and levy statistics: March 2018' to the collection.
February 2018 release showing the latest monthly apprenticeship service registrations and commitments and monthly apprenticeship starts for 2017 to 2018 academic year.
Added 'Apprenticeships and traineeships: January 2018' and 'Apprenticeship and levy statistics: January 2018' to the collection.
Apprenticeship service registrations and commitments to October 2017
Added 'Further education and skills: November 2017', which includes information about planned changes to this and other further education statistics releases.
Change to include latest statistics from the apprenticeship service which includes registered apprenticeship service accounts and commitments, reported to 30 September 2017.
Added 'Further education and skills: October 2017'.
Added 'Apprenticeship service registrations and commitments: August 2017'.
Added apprenticeship service statistics to 31 July 2017.
Apprenticeship service registrations and commitments to June 2017 added.
Added a request for feedback as part of a development review for the statistical first release.
Added 'Further education and skills: July 2017' and 'Apprenticeship service registrations and commitments to May 2017'.
Update to include the March 2017 SFR
Updated to include January 2017 release on 26 January 2017.
Further education and skills: November 2016 added to collection on 17 November 2016.
New page titled Further education and skills: statistical first release October 2016 added to collection on 6 October 2016.
First published.
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Entry level. Each entry level qualification is available at three sub-levels - 1, 2 and 3. Entry level 3 is the most difficult. Entry level qualifications are: entry level award. entry level ...
The higher the level, the more difficult the qualification is. ... Further education courses and funding; Higher education courses: find and apply; Explore the topic. Apprenticeships, 14 to 19 ...
Further education (FE) includes any study after secondary education that's not part of higher education (that is, ... level 3 tech levels to specialise in a specific technical job;
Provision for further education colleges was laid out in sections 41 to 47 of the Education Act 1944; their role was to offer "full-time and part-time education" and "leisure-time occupation" for persons over compulsory school age. [1] In the 1960s, A-level students predominantly studied at school rather than colleges (often referred to as "techs" at that time).
Level 4 onwards - Higher Education. Above Level 3 is what we call Higher Education, which is a non-compulsory level of education. As you can see from the diagram, you can work your way all the way up to Level 8. Level 4 includes the first year of a Higher Level NQV, a Foundation Degree, an Undergraduate Degree or a Level 4 BTEC qualification.
T levels are new two-year further education courses available at selected schools and colleges across England, with each one equivalent to three A levels. T-levels involve 80 per cent classroom learning and 20 per cent industry placement. The 'T' stands for technical and the subjects are wide ranging, including agriculture, catering ...
GCSE grades 3, 2 or 1 (previously grades D, E, F or G) Level 1 functional or essential skills. Level 1 awards and diplomas. Level 1 certificates. Level 1 National Vocational Qualification (NVQ) Music grades 1, 2 and 3. Level 1 ESOL. Perfect for. Those aged 15-6, or anyone looking to further their education.
The AoC has revealed that the average tuition fees for international students studying a further education qualification is £8,200 per year, with Level 3 courses proving the most popular. As colleges are renowned for providing a pipeline for those progressing to university, a high proportion of international students choose to move on to HE ...
Here students typically study A-levels, further academic qualifications required of students before they enter higher education and a degree program. A-levels, like GCSEs, follow a two-year program and there are two components to them: full A-levels and half AS-levels. Generally A-levels comprise of 6 modules, and an AS-level has 3 modules.
Further education in UK is the stage of education between compulsory education and higher education or university education. As we described here, ... A-Levels - are subject-based qualifications conferred about several subjects. Most students concentrate on three particular subjects because this is what most universities require to get admitted.
Level Equivalent education level: Intermediate: 2: 5 GCSE passes at grades A* to C: Advanced: 3: A-level pass: Higher: 4,5,6,7: Foundation degree and above: ... Find further advice or search for information on a course or university. Search Advice; Search courses &/or universities; Search search.
What further education courses can I do? You normally study further education courses at college. As well as A-levels or Scottish highers, there are a huge number of further education (FE) courses you can do. You can take an FE course at technical colleges, Colleges of Further Education (CFE), and Adult and Community Colleges. You can take ...
Further education. Whether you've just finished your GCSEs or are looking to return to education through adult learning, consider what the UK's further education (FE) sector has to offer. Discover how to apply for college courses, and explore studying for A-levels, T Levels, HNCs, BTEC diplomas or higher apprenticeships.
Within further education there are level 2, 3 and 4 qualifications. Here is a breakdown of what they are equivalent to. Level 2 qualifications are roughly equivalent to GCSEs. They provide learners with foundational knowledge and understanding of a subject area.
Introduction. The Further Education (FE) sector is a wide-ranging and remarkably diverse section of the education system. It is made up of many different types of provider and offers a huge range of exciting education and training opportunities. The Further Education (FE) sector is a wide-ranging and remarkably diverse section of the education ...
A levels - this is the most common form of further education in the UK and is the qualification you will normally take if you're staying on for sixth form at school. Art Foundation Diploma Course - this is a level 3 and 4 BTEC vocational course that lasts for one year, is for school leavers who want to check whether they like studying art or ...
Further education ( FE) is for learners who want to: learn a skill or trade. study a vocational subject. develop their professional career. take post-16 academic studies. study as part of an ...
In short, further education is simply education after you've completed secondary school, usually at age 16. There are different types of further education. These include level 3 courses such as A-Levels and BTECs. Alternatively, you can leave school and do other types of further education such as an apprenticeship or traineeship.
We are updating guidance in the USCIS Policy Manual regarding when students may be eligible for optional practical training (OPT) extensions for Science, Technology, Engineering, and Mathematics (STEM) fields. This guidance, found in Volume 2, Part F, of the Policy Manual, also provides clarifying guidance for F/M nonimmigrant students concerning online study, school transfers, the grace ...
Give them a call to discuss potential routes into higher education, further education, or the workplace. Whatever your results, if you want to find out more about all your education and training options, as well as get practical advice about your exam results, visit the National Careers Service page and Skills for Careers to explore your study ...
What is further education? It covers 3 key areas: vocational courses including plumbing, manufacturing and health care. academic classroom-based learning of subjects including English and maths, including A levels in a sixth form college. basic skills courses on literacy, numeracy, English for speakers of other languages, and special needs.
The Further Education Outcomes publication presents statistics on the employment, earnings and learning outcomes of further education learners. This publication covers learners who achieved apprenticeships, 19+ education and training learners, and learners who completed a traineeship in 2020/21, and tracks their outcomes in the following academic year (2021/22).
The figures in this section cover adult (19+) further education and skills in the 2021/22 academic year and were first published in November 2022. This is a summary of all adult further education activity including Apprenticeships, Community Learning, and Education and Training provision. Adult (19+) further education and skills:
This summer, students have received more than 400,000 results for level 2 and level 1/2 vocational and technical qualifications used for progression to further education.
Further education and higher education are both forms of post-secondary education, but they differ in terms of their focus and level of study. Further education typically refers to education beyond the age of 16, often pursued at colleges or vocational institutions.
Level up your security posture with the latest capabilities for unified network and workload micro-segmentation protection. Upgrade now. 10:03. Experience Firewall Management Center in action. See how you can centralize and simplify your firewall admin and intrusion prevention. With visibility across ever-changing and global networks, you can ...
Lu et al. (2017) point to the need for higher education institutions to become process-oriented organizations and strive for improvement. Focusing on processes and drawing on data is important given that a major challenge for continuous improvement in higher education has been resistance and unwillingness to change (Sunder & Antony, 2018). Data ...
Elementary mathematics education - Focuses on teaching math at the elementary school level. Courses cover methods for teaching basic arithmetic, geometry, and introductory algebra as well as strategies for engaging young learners . Secondary mathematics education - Prepares students to teach middle and high school mathematics. The ...
School population in Romania 2023-2024, by level of education; Share of school population in Romania 2022-2023, by gender and educational level ... Further Content: You might find this interesting ...
Apprenticeships, traineeships and internships. Statistics on participation and learner outcomes in the further education (FE) and skills sector, including apprenticeships, reported from January ...