Excerpt: Science communication scholarships 2026–2027 can help students and early-career professionals develop skills in translating research into accessible stories, engaging the public, creating digital content and communicating evidence effectively. Explore scholarship pathways, relevant master’s programmes, practical portfolio ideas, application strategies and official resources for building a career in science communication.
Scientific research does not create impact simply because a study has been published.
Researchers, universities, governments, healthcare organizations and scientific institutions also need people who can explain research clearly to audiences beyond specialist academic communities.
That is where science communication comes in.
Science communicators translate complex research into content that different audiences can understand and use. Their work can include journalism, public engagement, digital storytelling, podcasting, video production, social media, exhibitions, policy communication, research communications and educational content.
For students who enjoy both science and storytelling, this can be an interdisciplinary career path.
Science communication scholarships can help applicants pursue postgraduate study in fields such as:
- Science communication
- Scientific journalism
- Public engagement with research
- Health communication
- Environmental communication
- Research communications
- Digital media
- Science policy communication
- Museum and exhibition communication
- STEM education
- Public understanding of science
The field is also becoming more important as research organizations seek to communicate evidence clearly in an increasingly complex information environment.
The European Union’s 2026 recommendation on science diplomacy, for example, specifically discusses communicating scientific findings with the public and strengthening trust in science.
For students planning postgraduate study in 2026–2027 or 2027–2028, science communication scholarships can therefore provide an opportunity to combine scientific knowledge with communication, media and public-engagement skills.
What Are Science Communication Scholarships?
Science communication scholarships are funding opportunities that support students studying how scientific and technical information can be communicated effectively to different audiences.
Depending on the programme, students may learn how to communicate with:
- General public audiences
- School students
- Policymakers
- Journalists
- Patients
- Industry
- Research funders
- Community organizations
- Scientific audiences
- Digital audiences
A science communication programme can combine elements of:
- Journalism
- Writing
- Public relations
- Digital media
- Science
- Research
- Psychology
- Education
- Public engagement
- Visual communication
Scholarships may provide:
- Full or partial tuition
- Living-cost support
- Research funding
- Travel assistance
- Study materials
- Accommodation
- Other educational support
The exact benefits and eligibility requirements vary by provider.
Applicants should therefore distinguish between a scholarship that fully funds a programme and a bursary that provides partial financial support.
Why Study Science Communication in 2026–2027?
Scientific information is increasingly present in everyday decision-making.
People encounter research through:
- News websites
- Social media
- Podcasts
- Video platforms
- Government announcements
- Healthcare organizations
- Museums
- Universities
- NGOs
- Corporate websites
This creates demand for professionals who can communicate accurately without unnecessarily complicating the message.
Science communication can also support public engagement with research.
For example, researchers may need to explain:
- Climate research
- Public-health evidence
- Medical discoveries
- Artificial intelligence
- Biotechnology
- Environmental science
- Space research
- Food security
- Agricultural innovation
A science communicator must understand both the evidence and the audience.
That combination is what makes the field distinctive.
Science Communication Scholarships 2026–2027: Summary Table
| Category | Details |
|---|---|
| Study field | Science communication and public engagement |
| Related fields | Journalism, digital media, health communication and research communications |
| Typical degree | Master’s degree or postgraduate training |
| Core skills | Writing, storytelling, research interpretation and audience engagement |
| Digital skills | Video, social media, podcasting, web content and multimedia |
| Scientific skills | Evidence evaluation, research literacy and fact-checking |
| Scholarship types | Full scholarships, partial scholarships and bursaries |
| Target applicants | Science graduates, communicators, journalists and related applicants |
| Portfolio | Articles, videos, podcasts, explainers or public-engagement projects |
| Career areas | Universities, research institutes, media, NGOs and science organizations |
| Application strategy | Match scientific background with communication goals |
| Main caution | Funding and deadlines vary by institution |
What Do Science Communicators Actually Do?
Science communication is broader than writing popular-science articles.
A professional science communicator may work across several areas.
1. Research Communications
Research institutions need to explain discoveries and projects to non-specialist audiences.
A research communications officer might produce:
- Press releases
- Research stories
- Website articles
- Newsletters
- Research summaries
- Social-media content
- Annual reports
- Videos
The challenge is to remain accurate while making complex information accessible.
2. Science Journalism
Science journalists investigate and report on scientific developments.
Topics may include:
- Health
- Climate
- Technology
- Space
- Environment
- Agriculture
- Medicine
- Energy
Journalism requires skills in research, interviewing, verification and clear writing.
3. Public Engagement
Public engagement focuses on creating meaningful interactions between researchers and communities.
Examples include:
- Public lectures
- Science festivals
- Workshops
- School programmes
- Exhibitions
- Community events
- Interactive demonstrations
4. Digital Science Communication
Digital platforms have expanded the range of formats available to science communicators.
Professionals may create:
- Short videos
- Podcasts
- Infographics
- Social-media posts
- Blogs
- Newsletters
- Interactive websites
Understanding how different formats work can make a graduate more versatile.
5. Health Communication
Health communication is another major area.
Professionals may communicate information about:
- Disease
- Vaccines
- Nutrition
- Public health
- Medical research
- Health policy
- Clinical research
Accuracy is especially important because health information can affect personal decisions.
6. Environmental Communication
Environmental communicators may explain:
- Climate change
- Biodiversity
- Conservation
- Pollution
- Sustainable development
- Renewable energy
- Water resources
This can provide opportunities with research organizations, environmental groups, governments and international institutions.
Who Can Study Science Communication?
Science communication is interdisciplinary, meaning there is no single undergraduate pathway.
Relevant backgrounds can include:
- Biology
- Chemistry
- Physics
- Environmental science
- Medicine
- Public health
- Agriculture
- Engineering
- Computer science
- Mathematics
- Journalism
- Communications
- Media studies
- Education
A science graduate may bring strong subject knowledge.
A journalism graduate may bring strong storytelling and reporting skills.
A communications graduate may bring audience-development expertise.
The strongest programme fit depends on the applicant’s existing skills and career goals.
Featured Scholarship: Professor Frank Burnet MBE Bursary
One directly relevant example is the Professor Frank Burnet MBE Bursary for Science Communication at the University of the West of England Bristol.
The university’s Science Communication Unit offers the bursary toward its MSc Science Communication. The published value is £1,500.
For the 2026 intake, applicants needed to have applied for the MSc Science Communication by 12 June 2026 and intended to start in September 2026. The university states that applicants needed to have been offered, or be in the process of being offered, a conditional or unconditional place.
That particular 2026 deadline has therefore passed.
However, it demonstrates an important point for future applicants: universities may offer programme-specific science communication bursaries that are not necessarily listed alongside large government scholarship schemes.
Students planning a later intake should monitor the official UWE Bristol scholarship page for new dates and eligibility information.
UWE Bristol Science Communication Bursary
KEMRI-Wellcome Science Communication Fellowship
For African applicants, another particularly relevant example is the Science Communication Fellowship advertised through KEMRI-Wellcome.
The official opportunity describes a six-month fellowship for a recent graduate with a background in science communication and an interest in digital storytelling. It is hosted within the Initiative to Develop African Research Leaders (IDeAL) programme.
The opportunity is particularly useful as an example of how science communication training can be connected directly to research institutions in Africa.
KEMRI-Wellcome’s opportunities portal lists science communication alongside other training and research-development opportunities.
Applicants should check the official portal for current and future calls rather than assuming a previously advertised fellowship remains open.
Science Communication and Research Careers
Science communication can also be developed alongside a research career.
Organizations such as Wellcome support research programmes and maintain career opportunities across the research ecosystem. Its careers page includes early-career opportunities and describes training and development support for employees.
For researchers, communication skills can be useful when:
- Explaining research findings
- Writing public summaries
- Engaging communities
- Working with journalists
- Presenting to policymakers
- Developing research impact
- Creating digital content
Wellcome’s early-career research funding also allows eligible researchers to request professional-skills and research-skills training as part of supported awards.
These are not conventional student scholarships in science communication, but they illustrate the broader role that communication skills can play within research careers.
Skills You Can Develop Through a Science Communication Degree
Scientific Literacy
You need to understand how scientific research works.
Learn:
- Research methods
- Evidence evaluation
- Statistics
- Peer review
- Scientific uncertainty
- Research ethics
- Citation practices
You do not need to become an expert in every scientific discipline.
You need to understand enough to interpret evidence responsibly.
Writing
Writing remains one of the most important science-communication skills.
Practice:
- Headlines
- Introductions
- Explanations
- Interviews
- Feature articles
- Research summaries
- Press releases
- Social-media copy
The ability to explain a technical concept in plain language is highly transferable.
Storytelling
Science communication is not simply “simplifying science.”
It also involves finding the human or practical context around the research.
For example, instead of writing:
“The study investigated agricultural water-use efficiency.”
You might explain:
“Researchers are testing whether farmers can produce the same amount of food while using less water.”
The second version immediately communicates why the research matters.
Visual Communication
Learn how to use:
- Infographics
- Charts
- Diagrams
- Photography
- Video
- Animation
A complex research finding may be easier to understand through a well-designed visual than several paragraphs of text.
Digital Communication
Useful skills include:
- Content management systems
- Social media
- Email newsletters
- Search optimization
- Video editing
- Podcast production
- Basic web analytics
Public Speaking
Science communicators may present research to:
- Students
- Journalists
- Policymakers
- Community groups
- Industry
- General audiences
Developing presentation skills can therefore strengthen your profile.
Build a Science Communication Portfolio
A portfolio can be one of the most valuable parts of an application.
You do not need professional employment to begin building one.
Project 1: Research Explainer
Choose a peer-reviewed study and write a 600–1,000-word public-facing explanation.
Include:
- Research question
- Method
- Main finding
- Limitations
- Why it matters
Avoid overstating the findings.
Project 2: Science Infographic
Take a complex topic and convert it into a one-page visual.
Potential subjects include:
- Climate change
- Antibiotic resistance
- AI
- Food security
- Water scarcity
- Renewable energy
Project 3: Short Science Video
Create a two- to three-minute video explaining a scientific concept.
Focus on:
- Clear structure
- Accurate information
- Visual storytelling
- Accessible language
Project 4: Science Podcast
Record a short interview or explainer episode.
Demonstrate:
- Research
- Interview preparation
- Question design
- Editing
- Audio storytelling
Project 5: Public Engagement Event
Design a hypothetical science-engagement activity for a school or community.
Include:
- Target audience
- Learning objectives
- Activity
- Materials
- Communication strategy
- Evaluation method
How to Make Your Scholarship Application Stronger
1. Explain Why Science Communication
Do not simply say that you “like science.”
Explain why communication matters to your career.
For example:
“My scientific training has shown me how difficult it can be for non-specialist audiences to interpret technical evidence. I want to develop professional communication skills that allow research findings to be communicated accurately and accessibly.”
2. Connect Your Scientific Background
If you studied biology, explain how that knowledge informs your communication interests.
If you studied environmental science, discuss environmental communication.
If you studied computer science, explain your interest in communicating emerging technology.
3. Demonstrate Existing Communication Experience
Include:
- Student publications
- Blog articles
- Research presentations
- Social-media projects
- Video projects
- Podcasts
- Science-club activities
- Journalism
- Public talks
- Community engagement
Even small projects can demonstrate initiative.
How to Write a Science Communication Scholarship Motivation Letter
A strong statement can follow this structure.
Paragraph 1: Your background
Briefly introduce your academic or professional experience.
Paragraph 2: Your communication challenge
Explain why scientific communication matters to you.
Paragraph 3: Your experience
Describe communication projects you have already undertaken.
Paragraph 4: Why the programme
Mention specific modules, practical training or research areas.
Paragraph 5: Your future goal
Explain what you hope to do after graduation.
Potential career goals include:
- Research communications
- Science journalism
- Public engagement
- Health communication
- Environmental communication
- Digital science media
- Science policy communication
How to Apply for Science Communication Scholarships
Step 1: Identify the Degree
Search for:
- MSc Science Communication
- Science Journalism Master’s
- Public Engagement Master’s
- Research Communication Master’s
- Science and Media Master’s
- Health Communication Master’s
Step 2: Review Funding
Search the university’s:
- Scholarship page
- Faculty page
- Department page
- Science Communication Unit
- International student funding page
Step 3: Check Eligibility
Review:
- Academic background
- English requirements
- Portfolio requirements
- Work experience
- Application deadline
Step 4: Prepare Your Portfolio
Include your strongest:
- Articles
- Videos
- Infographics
- Podcasts
- Presentations
- Public-engagement projects
Step 5: Apply Through Official Channels
Submit through the university or scholarship provider’s official application system.
Never assume a third-party website is authorized to accept your application.
Practical Guidance for Applicants
Don’t Hide Your Scientific Background
If you have a science degree, make it an advantage.
Science communication programmes value applicants who can understand scientific material.
Don’t Treat Communication as “Just Writing”
Modern science communication is multimedia.
Develop:
- Writing
- Video
- Audio
- Visual communication
- Public speaking
- Digital publishing
Learn to Communicate Uncertainty
A professional science communicator should understand that scientific evidence often has limitations.
Avoid statements such as:
“Scientists have proven that…”
when the underlying research does not justify that conclusion.
Instead, explain:
- What researchers found
- How the research was conducted
- What the evidence suggests
- What remains uncertain
Practice With Real Research
Choose papers from reputable journals and practice turning them into accessible summaries.
This develops both research literacy and communication skills.
Where Can Science Communication Graduates Work?
Universities
Potential roles include:
- Research Communications Officer
- Communications Coordinator
- Public Engagement Officer
- Digital Content Officer
Research Institutes
Research organizations need professionals who can communicate discoveries to stakeholders and the public.
Museums and Science Centres
Potential work includes:
- Exhibition development
- Public programming
- Science education
- Visitor engagement
Media
Career options include:
- Science journalist
- Health journalist
- Technology writer
- Science editor
- Digital producer
NGOs
NGOs may need communicators who can explain research, health information, climate issues and development programmes.
Government
Potential roles include:
- Science policy communication
- Public information
- Research communication
- Health communication
- Environmental communication
International Organizations
Large development and research institutions may employ communications professionals who work across scientific and policy topics.
A 30-Day Science Communication Preparation Plan
Week 1: Choose your niche
Select an area such as:
- Health
- Climate
- Agriculture
- Technology
- Environment
- Space
- Biotechnology
Week 2: Create content
Publish:
- One research explainer
- One infographic
- One short video
Week 3: Build your portfolio
Create a simple portfolio containing:
- Biography
- Writing samples
- Visual projects
- Video
- Research interests
- CV
Week 4: Research scholarships
Identify at least five programmes.
Record:
- University
- Degree
- Scholarship
- Deadline
- Eligibility
- Funding
- Application requirements
Then begin preparing applications.
Career Progression
A science communication career can develop in several directions.
One pathway could be:
Science Communication Graduate → Communications Assistant → Science Communications Officer → Senior Communications Officer → Communications Manager
Another could be:
Science Communication Graduate → Science Writer → Science Journalist → Senior Science Editor
Other possibilities include:
- Public engagement
- Research impact
- Digital media
- Health communication
- Environmental communication
- Science policy
- STEM education
- Museum communication
- Corporate scientific communications
Frequently Asked Questions
What are science communication scholarships?
They are scholarships or bursaries that support study focused on communicating scientific and technical information to public, media, policy, education or other non-specialist audiences.
Do I need a science degree?
Not necessarily. Some programmes accept applicants from communications, journalism, media, education and related disciplines, while others may prefer or require a scientific background.
Check each programme’s requirements.
Can journalism graduates study science communication?
Yes. Journalism can provide useful skills in research, interviewing, writing and storytelling.
Adding scientific literacy can strengthen the profile further.
Can science graduates become science communicators?
Yes. A science background can provide subject knowledge, while postgraduate training can develop communication, storytelling and public-engagement skills.
Are there fully funded science communication scholarships?
Funding varies.
Some opportunities provide full scholarships, while others offer partial bursaries. The Professor Frank Burnet MBE Bursary at UWE Bristol, for example, was a £1,500 part-funded award for its MSc Science Communication for the 2026 intake.
Applicants should not describe a partial bursary as fully funded.
Are there science communication opportunities in Africa?
Yes. KEMRI-Wellcome has advertised a six-month Science Communication Fellowship for a recent graduate with a science-communication background and interest in digital storytelling.
Students should monitor the organization’s official opportunities portal for new calls.
What should I include in a science communication portfolio?
Include several formats if possible:
- Research articles
- Public-facing explainers
- Infographics
- Videos
- Podcasts
- Presentations
- Public-engagement projects
Is science communication the same as science journalism?
There is overlap, but they are not identical.
Science journalism focuses strongly on reporting and journalism practices, while science communication encompasses a broader range of activities including institutional communications, public engagement, education and digital content.
Can science communicators work remotely?
Some writing, digital-content and communications positions can be remote or hybrid, but work arrangements depend on the employer.
What software should I learn?
Useful tools can include:
- Canva
- Adobe Creative Cloud
- WordPress
- PowerPoint
- Video-editing software
- Audio-editing software
- Social-media publishing platforms
- Basic analytics tools
You do not need to master everything before applying.
When should I apply for 2027 programmes?
Begin researching during 2026.
University and scholarship deadlines vary, so applicants should check individual programme websites rather than relying on a single general deadline.
Official Scholarship and Application Resources
UWE Bristol Science Communication
The University of the West of England Bristol’s Science Communication Unit offers the MSc Science Communication and has offered a dedicated Professor Frank Burnet MBE Bursary. The 2026 bursary was worth £1,500 and required applicants to have applied for the MSc by June 12, 2026.
UWE Bristol Science Communication Bursary
KEMRI-Wellcome Training Opportunities
KEMRI-Wellcome’s official opportunities portal includes science communication among its research and training opportunities.
KEMRI-Wellcome Science Communication Fellowship
The official fellowship listing describes a six-month graduate-trainee opportunity focused on science communication and digital storytelling within the IDeAL programme.
Science Communication Fellowship
Wellcome Careers
Wellcome’s official careers portal provides information about jobs, graduate programmes and internships. It also states that Wellcome does not charge fees or request bank details during recruitment.
Erasmus Mundus
Erasmus Mundus Joint Masters provide another international postgraduate funding route. Individual master’s programmes determine their fields, admission requirements and student application procedures. The official Erasmus+ programme information provides the framework for the initiative and its international focus.
Final Takeaway
Science communication is increasingly important at the intersection of research, technology, public engagement and society.
For students who enjoy science but also want to write, create digital content, work with audiences or explain complex ideas, it offers a distinctive career direction.
The strongest scholarship applications will demonstrate both sides of the field.
You need to show that you can understand scientific information and communicate it effectively.
That means developing a portfolio rather than relying exclusively on academic grades.
Write research explainers. Create an infographic. Produce a short science video. Interview a researcher. Build a small science podcast. Organize a public-engagement activity.
These projects can demonstrate initiative before you have professional science-communication experience.
When searching for scholarships, do not restrict your research to opportunities labelled “Science Communication Scholarship.” Explore master’s programmes and funding in:
- Science communication
- Science journalism
- Public engagement
- Research communications
- Health communication
- Environmental communication
- Digital media
- STEM education
For African applicants, research organizations such as KEMRI-Wellcome can also be useful sources of practical science-communication training opportunities. Its official portal has advertised a six-month graduate fellowship specifically focused on science communication and digital storytelling.
For university applicants, programme-specific bursaries can also be important. UWE Bristol’s Professor Frank Burnet MBE Bursary demonstrates how a dedicated science-communication award can contribute toward postgraduate study.
The goal is not simply to obtain a qualification.
It is to develop the ability to take reliable research and turn it into clear, engaging and responsible communication that different audiences can understand and use.
Disclaimer
This article is provided for general scholarship, education and career information only. Scholarship availability, deadlines, eligibility criteria, funding amounts, programme requirements and application procedures can change. Inclusion of a scholarship or training opportunity does not mean that applications are currently open or that every reader is eligible. Always verify the latest information through the official university, research organization or scholarship provider before applying. Never pay an unofficial individual or website in exchange for a guaranteed scholarship, fellowship or admission.
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