Scientific Research Explainers

Details: We partnered with colleagues from the Fleming Initiative to develop a community-informed animation exploring how people use antibiotics, and how small changes in behaviour can help tackle antimicrobial resistance.

Rather than working from a traditional brief, this project was shaped through a series of co-design workshops with members of the public. Together, we explored the most effective and accessible ways to communicate a complex topic. Our role was to support this process, providing creative and technical guidance while allowing public insight to lead the direction.

Client: Institute for Molecular Science and Engineering - Imperial College London

The details: Reducing aviation emissions makes a significant contribution to tackling climate change. The most important low-carbon fuels for aviation are bio-jet fuels, hydrogen and power-to-liquid technologies. We need to be certain that these fuels are genuinely better for the environment, and aren't simply replacing one issue with another - it's important to assess all types of emissions from these fuels, not just CO2.

Client: Institute for Molecular Science and Engineering - Imperial College LondonDetails: Microplastics are a widespread form of plastic pollution. They are generated from degradation of existing and new plastic waste, the manufacture and laundry of textiles, and the transport sector, among other sources. There is increasing evidence that they are a threat to human health and the environment.

Client: Centre for Performance Science - Royal College of Music

Details: This animation was produced as part of a series created for the HEartS project, a research initiative led by the Centre for Performance Science at the Royal College of Music. Aimed at Key Stage 2 learners, the video was designed to communicate research findings in a clear, engaging, and age-appropriate format.

Using a clean 2D animation style, we combined colourful illustrations, smooth transitions, and a friendly voiceover to bring the content to life. Key messages were reinforced through thoughtful visual metaphors and on-screen text, helping to make the research both accessible and memorable for young audiences.

The team

Illustration and animation: ink
Sound design: Fine Line Audio

Client: The Institute of Molecular Science and Engineering (IMSE), Imperial College London

Details: This short animation was created to accompany IMSE's briefing paper, “Microbial foods as a sustainable, healthy and resilient source of nutrients for the UK.” It explores the potential of microbial foods as a viable alternative to traditional protein sources.

The video features expert commentary, engaging visuals, and accessible explanations that highlight how microbial foods can address key challenges in food security, public health, and environmental sustainability. Designed to inform policymakers, researchers, and the public, the film presents microbial foods as a promising part of a resilient and nutritious future food system.

The team

Illustration: Kyle Prior
Animation: ink
Sound design: Fine Line Audio

Client: School of Computing and Engineering - University of Huddersfield

Details: We produced this dynamic showreel for our the School of Computing and Engineering at the University of Huddersfield, to showcase the creativity and technical skills of their Games Development students. Designed as a recruitment tool, the video highlights a range of student work across disciplines including 2D/3D animation, environment and character design, UI/UX, and gameplay development.

The showreel is tightly edited to a high-energy soundtrack, using clean transitions and visual pacing to keep viewers engaged while giving space to the diversity of student projects. Our goal was to create a professional, aspirational feel that reflects the standard of work being produced on the course and ultimately inspires prospective students to apply.

The team

Title sequence design and animation: ink