Scientistt: Cultivating a Community of Passionate Young Researchers
Scientistt is a new networking platform for PhD students and early-career researchers, where they can connect with others in similar fields, share their work, and access up-to-date information about conferences, funding and training opportunities. In this exclusive interview, we speak with Hassan Mahmudul, Scientistt’s CEO and founder, and Callum Elson, head of marketing, who tell us all about this thriving new community, and their hopes for the future.
Tell us when and why you founded Scientistt.
Hassan: As a research student at Durham University and in a leading research institute in Austria, I found that there is a lack of transparency regarding research life. The brightest minds are working to solve
humanity’s biggest problems, but working in research can be a lonely profession. In fact, a recent study by UC Berkley has shown that almost 50% of PhD students meet the criteria to be categorised as depressed.
Researchers have three sources of information about work done in their chosen field: published literature, conferences, and their supervisor. Literature reviews, whilst essential, can only reveal completed work; relevant conferences do not happen every week; and supervisors mostly rely on these same sources. It is very easy to become focused on the specifics of your own work and to lose a sense of what other related work is currently being conducted, especially by other graduate researchers.
Networking is an essential part of the research process to promote collaboration, generate new ideas, and prevent duplication of effort. I set up Scientistt in March 2020 to provide a platform for a community of passionate students and researchers where they can connect with others, voice their opinion, and get recognition for their work.
Why is networking such an essential part of the research process, and how does Scientistt facilitate effective networking?
Callum: Networking is an essential part of the research process to promote collaboration, generate new ideas, and prevent the duplication of effort. Moreover, it is becoming increasingly useful as a means for students and researchers to support one another, maintain positive wellbeing and gain recognition for their work. Scientistt allows the global research community to come together on one platform, and provides all the necessary services to aid their connectivity.
Who makes up your membership, and how can researchers sign up?
Callum: The Scientistt community is comprised of PhD students and researchers from over 50 different institutions around the world, and is free to sign up. Members can create and join interest-based groups and pages to interact with others that are similar to them.
How does Scientistt differ from other academic platforms and networking sites?
Callum: Unlike other platforms that are aimed towards established academics, Scientistt is uniquely aimed at students, and early career researchers, although remains accessible to all. Whilst other websites function around the submission of pre-prints and citing publications, Scientistt is a networking tool and encourages members to develop skills that are suited to both academic and non-academic careers. Through blog posts, weekly virtual networking events, interest-based groups and the journal, members can engage and interact with new people.
‘I set up Scientistt in March 2020 to provide a platform for a community of passionate students and researchers where they can connect with others, voice their opinion, and get recognition for their work’ – Hassan
How do you plan to grow your membership in the near future? What’s your ultimate vision for the platform?
Callum: There is no recipe for overnight success, and so we understand that it may take some time to grow the Scientistt platform in to the thriving global community that we aim to achieve. However, membership to the platform is increasing at a promising rate, with over 1200 sign ups in our first two months since launch. Our new weekly virtual networking events are a way that members of the community can meet through the screen and have conversations that are more personal than those that are typed on the keyboard. This, along with our growing number of partnerships with companies such as Science Diffusion, will hopefully spread the word of Scientistt to more and more people.
How do you keep the information on the site, such as newly-announced conferences, job opportunities and grant calls, up-to-date and easy to access?
Callum: We take a lot of pride in the fact that nearly all of the content generated for the Scientistt platform is contributed by members of the community themselves, allowing only information and events that have proven validation and interest to take up space. For example, most of the conferences in our database have been recommended to us by Scientistt members, who believe that other members of the community may find value in attending.
Presumably, networking through Scientistt is particularly important at present, as no conferences or meetings will be taking place for the foreseeable future. How have you helped your members to remain connected and productive throughout the COVID-19 pandemic?
Callum: Due to the current global situation, many in-person events and conferences have been cancelled or postponed, making it even harder for members of the research community to interact.
In response to cancelled conferences, we launched a Virtual Research Poster Competition, which allowed students to display the work they had planned to showcase at a local event. The competition received over 80 entries across its categories, and 30 shortlisted posters were open for public vote. Additionally, we have recently launched a weekly Virtual Networking Event, with limited tickets for those that wish to chat for a short period with others from the community. We’re hoping that both of these methods will help students and researchers through the difficult period ahead.
Creative Commons Licence
(CC BY 4.0)
This work is licensed under a Creative Commons Attribution 4.0 International License.
What does this mean?
Share: You can copy and redistribute the material in any medium or format
Adapt: You can change, and build upon the material for any purpose, even commercially.
Credit: You must give appropriate credit, provide a link to the license, and indicate if changes were made.
More articles you may like
Direct Laser Writing is a remarkably useful way to deposit intricately patterned materials onto surfaces. So far, however, the range of materials that can be used in the technique has been severely restricted. Now, Dr Hiroaki Nishiyama and his team at Yamagata University in Japan introduce an entirely new approach based on the unique properties of nanoparticles when suspended in a silver-based solution. When illuminated with ultra-short laser pulses, the setup can create highly stable patterns with sophisticated nanoscale structures – substantially broadening the range of materials available for use in the technique.
While alcohol is often consumed to help us relieve stress and relax, excessive consumption can negatively impact the way that our brains process and cope with stress, leading to further difficulties. Dr Lara Hwa from the Department of Psychology and Neuroscience at Baylor University is investigating the link between external stressors and stress signalling in the brain to understand how these processes govern excessive drinking.
The Wasting and Stunting Technical Interest Group: Generating Evidence to Challenge the Divide in Nutrition
Despite improvements in children’s nutrition over the past few decades, undernutrition remains a huge threat to the health and life of infants and young children worldwide. Health and nutrition actors have usually approached the problems of children being wasted, (thinner than they should be) and children who are stunted (shorter than they should be) as different outcomes of undernutrition with different causes and different interventions. Facilitated by the Emergency Nutrition Network (ENN), since 2014 the Wasting and Stunting Technical Interest Group (WaSt TIG) has challenged this view, and has begun to work to provide evidence for a unified approach to tackling these two outcomes of undernutrition.
Despite the old adage ‘nice guys finish last’, cooperation is common in life – from the scale of genes or cells through to entire societies. Although these two ideas seem to contradict each other, Dr Egbert Giles Leigh Jr has demonstrated throughout his career at the Smithsonian Tropical Research Institute in Panama that working together has been the key to the success of multicellular life. Here, he explains his view of how competition and cooperation both played essential roles in bringing forth productive, diverse ecosystems.