We Are Chemistry Blog: The Lab Notes

Chemistry is a well-balanced STEM degree that sits at the intersection of multiple sciences, combining elements of physics, biology, materials science, and mathematics. With an even mix of theoretical learning and practical work, it equips students with a broad and adaptable skillset. Far from being a niche subject confined to the lab, chemistry offers versatility, creativity, and opportunities to make a real-world impact. This article breaks down why chemistry is the ‘underdog’ STEM degree into seven key reasons.

U- Unusually Versatile Skillset

With a strong balance between theoretical and practical work, chemistry offers students a broad skillset that equips us for whatever pathway we choose. From lab competence and data analysis to communication and teamwork, the versatility of our degree gives us the flexibility to step into niche scientific roles or entirely different industries.

N- Not Just Lab Coats

A common misconception about chemistry is that the only career pathways are all lab based. In reality, chemistry can open doors to scientific roles in safety regulation, science consulting and computational chemistry among other fields.

The possibility to branch into careers outside science is also notable, as around 65% of chemistry graduates do (according to data from Prospects Luminate). Chemistry degrees can provide viable paths into careers in finance, law, teaching and business among others. Many of these employers value chemistry graduates specifically for our abilities to handle data with precision and solve complex problems under pressure, skills often attributed to our many lab practicals.

D- Desirable Earnings Potential

You may be curious about the financial prospects that come with a chemistry degree. As reported by the Royal Society of Chemistry, the median salary for chemical scientists is £38,590, around £7,500 higher than the UK median for other job postings. Over a career, this earning potential grows: chemistry graduates often see strong long-term salary growth, with mid-career professionals earning significantly more than graduates in many other science subjects. Furthermore, with the ability to branch into other sectors such as finance and consulting, chemistry graduates can access a variety of opportunities, making our long-term financial prospects even stronger.

E- Equality and Inclusion are Improving

The undergraduate chemistry gender balance is closer to 50:50 than in degrees like physics (where women make up ~24%) and computer science (~20%). Additionally, the ASPIRES 3 study shows that a significant percentage of chemistry undergraduates are from underrepresented ethnic minorities; in particular, the report mentions that Black students are relatively well-represented at undergraduate level compared to other STEM courses.

Students often feel more comfortable when given the opportunity to study alongside peers from a variety of cultural and social backgrounds. It reduces feelings of isolation, encourages a wider range of ideas and helps support a sense of community.

R- Real World Impact

Chemistry holds the key for solving many of the world’s greatest environmental, health and energy problems. From designing cleaner batteries and more sustainable materials, to developing medicines and agrochemicals that can help improve world health and food security, chemists contribute directly to innovations that improve everyday life. On a smaller scale, undergraduates can experience this impact firsthand through opportunities such as research projects and industrial placements, giving a tangible sense of how our work matters beyond the classroom. Choosing chemistry is not only about learning the theory, but also gaining the skills and perspective to tackle global problems and making meaningful discoveries.

D- Deeply Interdisciplinary

Linking multiple scientific fields- physics, materials, pharmaceuticals, data, maths, and biology- this degree allows exploration of other areas of science beyond the main focus of chemistry. If you’re curious about other disciplines but don’t want to commit to a full degree, you can still satisfy your curiosity with a chemistry degree. This interdisciplinary approach trains students to think across boundaries, making us adaptable for academia, industry and beyond.

O- Opportunities to Stand Out

With smaller cohorts compared to subjects such as engineering and maths, chemistry students can have a higher opportunity to be on their lecturers’ radar, therefore can more easily get support and guidance from them when needed. A smaller cohort can also encourage collaboration and mutual support, allowing students to share ideas and tackle challenges effectively.

G- Genuinely enjoyable

Chemistry is about problem solving, and problem solving is inherently creative; it flexes our ability to think critically and experiment boldly. There is an immense sense of satisfaction when a reaction is successful, or a mechanism makes sense. Along with the thrill of discovery- or simply the joy of creating, whether that be a new molecule, a new formula or a new material- chemistry is endlessly engaging and rewarding. A subject that keeps you curious every step of the way, it is arguably enjoyable for many students.

Another note is that I enjoy telling people I study chemistry- it always seems to impress.