Routes into STEM: flexible pathways through HTQs

For many college students interested in a career in science, technology, engineering or maths (STEM), the message has often been simple: Finish college, go to university and then start your career.

But the reality today is much more flexible.

Alongside traditional degree routes, there are now multiple ways to build a career in STEM, including Higher Technical Qualifications (HTQs) – flexible technical courses designed with employers in mind.

For students who enjoy practical learning, want to develop job-ready skills or are looking for alternatives to full-time university study, these new pathways can open up exciting opportunities in growing STEM industries.

To help you understand your options early so you can make more informed choices about your future, here’s a guide to what alternative routes into a STEM career we offer at RNN Group.

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What are HTQs?

Higher Technical Qualifications (HTQs) are specialist courses designed to give students the technical and practical skills needed in modern industries.

Usually studied at level 4 or level 5, they sit between level 3 qualifications (such as A-levels or BTECs) and a full bachelor’s degree. They’re similar to HNCs, HNDs and foundation degrees but they must have the employer-endorsed kitemark attached to them to be a HTQ.

Unlike some traditional academic courses, HTQs focus strongly on applied learning. This means students spend more time developing the kinds of technical skills used in real workplaces.

HTQs are recognised by employers and are developed with input from industry to ensure that course content reflects the needs of the job market. Learners may take part in projects linked to real-world work scenarios.

Find out more about HTQs
Understand Higher Education qualifications

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What HTQs do we offer at RNN Group and what STEM jobs could they lead to?

Here at RNN Group, we offer HTQs as part of the South Yorkshire Institute of Technology. This is an employer-led Higher Education provision specifically for STEM occupations.

SYIoT is one of 21 national institutes of technology which are all backed by government funding from the Department of Education and partners.

Here is an idea of the HTQs we offer at our campuses and what jobs these could lead to:

Data Analyst

The HTQ in data analyst typically focus on key areas of data analytics including data science and statistics, data visualisation, programming language and database management. These skills are highly transferable across industries from finance and technology to healthcare and retail.

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Cyber Security Technologist

Cyber security is one of the fastest-growing areas in digital technology due to the increasing need to protect systems and data across different sectors from banking and finance to the government and defence. The HTQ teaches learners about network security, cybersecurity principles, ethical hacking, incident response and information assurance.

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Modern Methods of Construction

Modern methods of construction are seen a way to solve the UK’s housing crisis by focusing focuses on innovativeconstruction technologies, including off-site manufacturing, digital design and sustainable building methods.

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Assistant Practitioner in Health and Social Care

The HTQ has been designed in response to the rapidly changing workforce demands and policy initiatives within healthcare, aimed at modernising services and improving quality, productivity and efficiency. Although part of healthcare, this pathway includes many applied science and technical healthcare roles.

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Animal Management

Our animal management programme include biology, animal welfare science, ecology, and conservation. Students sometimes progress into areas such as veterinary science, ecology or conservation biology.

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Why employers value technical qualifications

One reason technical pathways are growing in popularity is because employers are increasingly looking for candidates who can apply knowledge in practical situations.

In many STEM sectors, organisations need professionals who understand both the theory behind technology and how to use it in practice.

HTQs are designed to support this by helping students develop skills such as:

• Problem-solving in real technical environments
• Working with specialist equipment or software
• Collaborating on industry-style projects
• Understanding workplace processes and standards

For employers, this means graduates often arrive with skills that can be applied quickly in the workplace, which can make them strong candidates for entry-level roles.

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HTQ vs University Degree: Which route is right for you?

Choosing between a technical qualification like a HTQ and a traditional university degree can feel like a big decision.

Both routes can lead to successful careers in STEM, but they often suit different learning styles and goals.

A traditional degree may be the right option if you enjoy academic research and theory, want a broad subject education or plan to pursue postgraduate study.

A HTQ may suit you if you prefer practical, hands-on learning, want to develop industry-specific skills early or are interested in entering the workforce sooner.

Importantly, these pathways are not always separate. Many students start with a HTQ and later progress to a full degree, sometimes while already working in their chosen industry.

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How flexible study paths can fast-track your career

Another benefit of HTQs is the flexibility they offer students.

Depending on the course, students may be able to study part-time alongside work. This flexibility allows students to gain experience while studying, which can make the transition into employment smoother.

For some learners, it also reduces financial pressure as they don’t always need to give up their employment to study.

Technical routes such as HTQs are also quicker to complete than traditional degrees. A full-time level 4 course lasts for one year, while the part-time option can be done over two years.

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Building your own route into STEM

One of the most important things to remember is that there is no ‘correct’ route into a STEM career.

Some students progress directly from college to university. Others begin with technical qualifications, apprenticeships or work-based learning before continuing their education later.

What matters most is choosing a pathway that fits your interests, your learning style and your long-term goals.

By exploring technical qualifications like HTQs and understanding the flexible options available, you can start building a route into STEM that works for you.

Find out more about Higher Technical Qualifications