Women in STEM careers UK still face a steep climb. The WISE Campaign’s most recent workforce data, from 2023, puts women at 28% of core STEM roles. EngineeringUK’s 2024 report found that women make up just 16.5% of the engineering workforce, or roughly one in six. In technology, BCS, The Chartered Institute for IT, reported in 2024 that women hold around 22% of IT specialist roles. These numbers have shifted only slightly over the past decade, despite a wave of outreach programmes, apprenticeships and government initiatives.

The gap matters for every woman running a business in the UK. STEM skills underpin high-growth sectors from artificial intelligence to clean energy, and the shortage of women in these fields limits the talent pool, shapes biased products and keeps pay gaps alive. The answer is not to ask women to fix themselves. It is to change the culture around them, from early childhood through to boardroom promotion.

Where the STEM pipeline leaks

The path into a STEM career starts long before university. By the time a young woman chooses her GCSE options, she has already absorbed years of messages about which subjects are “for her”.

Early stereotypes shape choices

Gendered marketing still funnels toys and activities along pink-and-blue lines. Construction sets, coding kits and chemistry sets are often aimed at boys, while dolls and beauty toys are aimed at girls. The Let Toys Be Toys campaign has repeatedly shown that retailers can and do change this, yet many high-street and online stores still sort STEM toys into the boys’ aisle. The toys children play with shape the skills they practise and the careers they imagine.

Schools and families reinforce the pattern

Research into stereotype threat shows that when girls are reminded of their gender before a maths or physics task, their performance can dip. Most girls have internalised the idea that these subjects are not for them long before they sit their GCSEs. Careers advice sometimes steers girls towards “people” subjects and boys towards “things” subjects, while work experience placements are less likely to place girls in technical environments.

The A-level gap is stark

The result shows up in exam entries. According to JCQ’s 2024 A-level results, girls accounted for 23.1% of physics entries and 15.1% of computing entries. These are the gateway subjects for engineering and technology degrees, so the underrepresentation at A-level feeds directly into underrepresentation in the workforce.

Exposing the myths about women and STEM

The idea that men have better spatial awareness or mathematical brains is one of the most persistent myths in education. Large-scale studies have found no meaningful biological difference in the cognitive abilities needed for STEM. Where gaps appear, they are linked to confidence, practice and culture, not innate talent.

In fact, girls now outperform boys in many STEM subjects at GCSE. Medicine, dentistry and veterinary science have become majority female. Biology A-level attracts more young women than men. The problem is not that girls cannot do STEM; it is that too many are made to feel they do not belong there.

The subjects that remain stubbornly male, physics, computing and engineering, are often the ones with the strongest stereotypes and the fewest female teachers. A girl who never meets a female engineer or software developer may conclude the profession is not for her. Representation is not a luxury; it is a signal about who is welcome.

What works for women in STEM careers UK

Closing the gap means changing culture, not just competence. Here are the approaches that evidence and experience suggest make a real difference.

Start early and challenge stereotypes

Campaigns such as Let Toys Be Toys have shown that retailers and parents can resist pink-and-blue marketing. Schools can introduce coding, engineering and problem-solving as everyday activities for all children, not optional extras for boys. Early-years educators can use neutral language when talking about who builds, fixes or experiments.

Provide visible role models and mentors

From Ada Lovelace and Marie Curie to Dame Stephanie Shirley and Dr Anne-Marie Imafidon, women have always been at the forefront of science and technology. Modern programmes such as Stemettes, WISE, the Women’s Engineering Society and STEM Ambassadors connect girls with women already working in technical roles. Research consistently shows that meeting female role models raises girls’ interest, confidence and persistence in STEM.

Improve careers advice and work experience

Girls need clear information about the breadth of STEM careers, from cybersecurity and data science to civil engineering and biotechnology. Quality work placements, apprenticeships and employer visits help young women see themselves in those roles. Our women in business facts page shows why representation at every level matters for the UK economy.

Make workplaces genuinely inclusive

Employers must tackle pay gaps, biased recruitment and inflexible working patterns that push women out. Returner programmes, part-time technical roles, transparent promotion criteria and inclusive team cultures help women stay and progress. Flexible working rights in 2026 are not a perk; for many women in STEM they are the difference between leaving and thriving.

Support women already in the field

Professional networks, sponsorship and leadership training keep women in STEM careers once they have started. For women moving from technical roles into management or founding their own ventures, our guide on women in tech jobs in the UK sets out current pay gaps, pathways and opportunities.

Action steps for employers, educators and founders

• Audit your recruitment language and imagery for gender bias.
• Offer structured returner programmes and part-time technical roles.
• Partner with local schools and STEM Ambassador networks to provide visible role models.
• Publish gender pay gap data and set clear targets for women in technical and leadership roles.
• Review flexible working policies and promotion criteria so they do not penalise caring responsibilities.
• Fund or volunteer with organisations such as Stemettes, WISE and the Women’s Engineering Society.

Women in STEM careers UK are held back by culture, not competence. The pipeline leaks from early childhood through to senior leadership, but the fixes are practical and well understood. Start with stereotypes, add role models and mentors, improve careers advice, and build workplaces that value women’s contributions. Every employer, educator and founder who acts on these steps helps close a gap that has cost the UK economy for too long.