STEM teaching and research

Advice for academics and lecturers working in the fields of science, technology, engineering and maths to help advance STEM research and teaching. These resources cover issues such as how to widen participation and get more women into STEM fields, preparing students for STEM careers, managing the impact of AI on STEM learning, building industry collaborations and communicating STEM research for greater impact.

Address STEM inequality by reconceiving merit

The cultural yardsticks used to measure merit in STEM are warped with bias and often devalue women, people of colour and LGBTQ+ scientists with records equal to white heterosexual male peers. To fix STEM inequality, academia must reconceive merit

Mary Blair-Loy , Erin A. Cech

University of California San Diego , University of Michigan

Image showing data processing and analytics

Foundations to lay when teaching computational and data skills

Traditional teaching in data analysis focuses on statistics and visualisation but an emphasis on foundational data and computational skills is needed to prepare students to work with real data, explains Philip Leftwich

Philip Leftwich

The University of East Anglia

Running a diverse team is harder work but the rewards are immense

Running a diverse team is harder work – but the rewards are immense

John Womersley managed more than 50 nationalities on a €3 billion science project. Here, he reflects on the experience and gives tips on getting the most out of a diverse team

John Womersley

University of Oxford

Image showing researcher studying plants

Helping students tackle terminology barriers

Lots of new terminology can leave students feeling overwhelmed. Sonja Dunbar shares one way to build student confidence when encountering discipline-specific terms

Sonja Dunbar

University of Cambridge

Creating a bioscience toolkit for first year students

Chinedu Agwu shares advice on supporting first-year students to develop the core skills and knowledge they need to succeed in a bioscience course

Chinedu Agwu

University of Hertfordshire

10 ways universities can tackle gender inequality

Ellie Bothwell outlines recommendations from THE’s recent report on how universities around the world are performing on gender equality

Ellie Bothwell

Times Higher Education

Make mathematics fun and easy to learn for university students

A warm, welcoming class environment and lessons that apply to real-life contexts can make mathematics fun and engaging, as Pattama Sornkao explains

Pattama Sornkhao

Siam University

Advice on using online and blended learning tools to teach data science skills

Using online and blended learning tools to teach data science skills

Advice on teaching data science skills using online and blended learning tools and resources, by Philip Leftwich

Philip Leftwich

The University of East Anglia

University admissions policies could be hold back diversity efforts for students wanting to study STEM subjects

Are STEM admissions processes hindering our diversity efforts?

The requirement for potential STEM students to have studied traditionally related subjects such as maths and physics seems outdated and unnecessary, says Judy Raper

Judy Raper

TEDI-London

Steps institutions should take to encourage more mature female students to complete STEM courses

How to support women of all ages in post-secondary science education

Mature female students face barriers to success in STEM subjects, but steps can be taken to address this. Liette Vasseur explains what needs to be done

Liette Vasseur

Brock University

Advice on presenting live coding 'labs' as a series of short videos which take students through the problem step by step

Video makes the coding star: teaching problem-solving in bite-sized chunks online

Aidan McGowan explains how converting practical coding ‘labs’ into a series of short videos taking students through the problems step-by-step has improved learning outcomes

Aidan McGowan

Queen’s University Belfast

Universities can help encourage women into coding by reclaiming this mind-expanding skill from big tech

How do we get more women into coding? Fix how it’s taught and used

It’s time women said to the tech industry: ‘It’s not me, it’s you.’ And universities can help by not confusing the art of computer programming with rather dull ‘careers in coding’

Andy Farnell

Visiting professor

Universities and society at large must promote female involvement and achievements in STEM

Boosting female representation in STEM is crucial to global innovation

Addressing the gender disparity in STEM isn’t just a question of striving for a fairer society, it’s also fundamental to solving the complex challenges that affect us all

Jennifer Tour Chayes

University of California, Berkeley

Advice on ways to improve the teaching of higher education mathematics

Top tips to improve the teaching of mathematics in universities

Layal Hakim shares advice for improving higher education mathematics teaching, from preparation to delivery styles

Layal Hakim

The University of Exeter

Advice on looking to the wider research community for resources and training to upskill your research team

Core data science skills: filling the gaps with community developed workshops

The scientific research apprenticeship model lacks training in core data science skills. Community-developed workshops delivered by academic peers can help to fill this gap, Alison Meynert and Edward Wallace explain

Alison Meynert , Edward Wallace

The University of Edinburgh

Creative courses are an easy target and have long been undervalued despite their importance to economies

The government needs to square its rhetoric on creative courses

Undervaluing the creative sector is nothing new, but the government also says it’s part of a ‘rich mix’ needed to deliver its ambitions. So which one is it, asks Paul Thompson

Paul Thompson

Royal College of Art

Advice for taking a course like maths requiring detailed step by step instruction online

Taking challenging courses requiring step-by-step instruction online

Pam Benz offers tips for translating challenging courses, which necessitate students seeing problems worked out step by step, to online instruction modes

Pam Benz

University of West Florida

Why and how to introduce random error into virtual experiments

Striving for imperfection: introducing randomness into virtual experiments

Rachel Martins explains how she introduced random error into her lab simulations when teaching online physics, to better replicate real-world experiments for her students

Rachel Martins

Leeds International Study Centre

A virtual student competition. These events' move online has resulted in a much greater international spread of participants and collaboration.

Moving student competitions online has made them better than ever

Virtual competitions have flourished and resulted in greater international collaboration, says Gayle DeBruyn

Gayle DeBruyn

Ferris State University

Huge uptake of science subjects is expected in the wake of the pandemic, and we must utilise online learning to serve the demand.

Only a digital drive will allow us to capture the boom in STEM interest

We certainly don’t want to turn away thousands of enthusiastic STEM students due to a lack of capacity, says Steve Davies

Steve Davies

University of South Wales

Five steps to moving practical learning online

Five simple ways to recreate the practical sides of teaching online

It can be a challenge to shift physical elements of teaching online. Eoin Coakley shares five approaches to recreating the experience of in-person learning for remote students

Eoin Coakley

Coventry University

Lessons from research into the flipped classroom model online

How a flipped classroom model improves learning in online STEM courses

STEM courses can be challenging to master online, but research by Atef Abuhmaid and Tao Tang shows a flipped classroom model improves outcomes. Here they outline the key lessons from their study

Atef Abuhmaid, Tao Tang

The Hashemite University, Chengdu University of Information Technology

Remote vs virtual labs

The move to online teaching has led to a huge rise in the use of both remote and virtual laboratories. Here Dr Yeung explains how each works and outlines their strengths and weaknesses

Yau-Yuen Yeung

The Education University of Hong Kong

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