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The end of 2026 is just around the corner, and at In2science that means semester 2 placements are wrapping up. Our mentors have spent the last few months sparking curiosity, building confidence, and showing students that STEM is a world they can belong to. At In2science we are extremely grateful to the mentors, teachers, and students that participate in In2science and bring enthusiasm and a passion for STEM to each session. In Semester 2, In2science hosted 95 placements across 37 schools, engaging with over 1400 students. As we close out 2026, the In2science team is excited to celebrate everything this community has achieved together.

To capture the spirit of the semester, we asked some of our dedicated mentors to share the best thing about their experience.

Fazeela, an eMentor from Deakin University, reflected on the joy of connection: “Getting to know my mentee has been a delight. She is a bright and confident student, and I feel happy to be providing guidance to her.”

For Bella from The University of Melbourne, mentoring was as much about community as it was about STEM: “Getting to know the students and sharing my own journey with them, hoping my experiences might inspire or help them. I’ve also really enjoyed building genuine connections with the other mentors, teachers, and the coordinator.”

Jaydeci from La Trobe University found meaning in helping students express their knowledge: “I enjoy helping the kids, a lot of them understand the concepts — they just struggle to write and get their thoughts down. So I love helping them with that! But so far I have enjoyed that they have become more confident and open to help. There are particular students who in the beginning really did not want to have anything to do with me, but now they are more open to conversation and willing to go over their work with me.”

For Angus from RMIT University, the magic was in watching students realise their own capability: “Answering questions about university and seeing the students engage with science and understand. Helping the students to come to the conclusion themself and realise they have the understanding and capability to get there.”

And Chethana from Deakin University highlighted process of building trust: “One of the biggest and nicest things has been students slowly building trust in me as a mentor to actively seek help with their work. They would ask questions from me if they don’t understand anything genuinely, and I would help them understand the concepts with simple scenarios, which helped them understand the science concepts better.”

As we look forward next year, we’re celebrating not just the numbers, but the relationships, breakthroughs, and moments of growth that make In2science what it is.

If you would like your school to partner with In2science in 2027, reach out to us today!

By Ben Wagner, Bachelor of Engineering (Honours) student at Deakin University and In2science eMentor

As someone who has been a student and an educator in rural and online school environments, the shortfalls of practical and interesting STEM education in those environments have long been apparent to me. As a student learning chemistry and physics in high school, I desperately wanted to do what the scientific method described – in essence, to try things and see what happens, and attempt to understand why. Too often, however, the standard classroom experience in these subjects is dry and aggressively on rails, with “experimentation” consisting of students following a rigorously predetermined set of instructions to achieve a known outcome. Of course, this process does have value in allowing a large group of students to grasp the practical results of a subject under study, with minimal time and effort involved, but it falls very short in providing the sense of curiosity, surprise, and wonder that, in my opinion, is essential in reclassifying science from boring monotony to an area in which students feel they can make an impact.

I’ve been fortunate to work with In2science and La Trobe University recently to facilitate trials of FARLabs (Freely Accessible Remote Laboratories) with students from rural and remote schools via online eMentoring. FARLabs offers students the chance to exercise the curiosity and observational skills that are often neglected in traditional classes, by allowing them to directly operate equipment and view the results remotely over the internet, guided by a mentor, educator, or teacher. My approach to facilitating FARLabs sessions with eMentoring students involved a brief overview of the subject material the practical experiment covered (which they were often already studying in class), followed by an explanation of the FARLabs interface. Then, I would invite the mentee to click a button and see what happened. Often, they would require only a small amount of guidance to understand the outcomes of their actions, and the freedom offered would regularly result in questions that could be explored organically from examination of the experimental results. The remote nature of the experimentation allows the facilitator to offer the student as much freedom as they like without introducing safety risks, and the flexibility of the platform allows sessions to be as long or as short, and as in-depth or surface-level, as is required, making it extremely adaptable to both students and facilitators.

I sincerely hope to see platforms and initiatives like FARLabs incorporated into more education environments as time goes on, as I believe that encouraging curiosity and allowing true experimentation is essential in producing students that see STEM as a field of interest in their future.

If you are interested in exploring FARLabs with your students, contact project leader Dr David Hoxley.

by Jian Bai, Bachelor of Science student at The University of Melbourne and In2science Mentor

My name is Jian, and I am currently a second-year Bachelor of Science student at The University of Melbourne, majoring in Mechanical Engineering Systems. I applied as a mentor for In2science at the start of this year as I wanted to develop my communication skills and to promote STEM to high school students. Later, I signed up for the Mentor Leaders Program as I wanted to learn more about what life beyond university is like, and pathways available after graduating.

My mentor, Dr. Mahta Mansouri, is a Research Officer at the Walter and Eliza Hall Institute of Medical Research (WEHI), working on small molecule design and synthesis for drug discovery. Despite our different disciplines, I have realised that there are many similarities between most careers in STEM; being able to collaborate with others and network well are both essential skills to practise. Another idea I found helpful is that the work you do within similar roles can vary a lot between organisations, and considering how your personality meshes with the company culture is even more important than I thought.

I had the opportunity to visit WEHI Parkville recently, where Mahta gave me a tour of the research facilities on level 7, where she w orks, and level 4. Although I know very little about chemistry, it was still so interesting to see all the glassware on the benches and in the fume hoods, just like in movies. My favourite part was when we went to a room with all the analytical instruments (shown in the photo), such as a microwave synthesizer and chromatography machines, as well as a special room for an NMR spectrometer (which Mahta mentioned wasn’t particularly strong despite its size!).

It was fascinating to see how the techniques we learn in first-year chemistry electives, like using UV lamps for chromatography, can be applied in professional labs. Learning about how technology can be used to determine the structure of a compound was especially intriguing as I hadn’t realised this was possible before! Mahta also explained how drug discovery actually works using a funnel diagram. This reinforced her point in all our earlier meetings that soft skills, such as patience, resilience, and collaborative problem-solving, are vital in research and any technical career.

Despite my visit being late in the day, I still got to meet some of Mahta’s friends who stayed behind. It was great to hear about their work, especially seeing how their various research areas complement each other. Talking with them also gave me a sense of how supportive and welcoming the team culture is across the entire organisation.

Overall, visiting WEHI was an incredible experience that gave me a much clearer picture of what it’s like to work in a research environment. It has given me a lot to think about as I consider my own pathway after university!

by Damion Lenne, Bachelor of Biological Sciences student at La Trobe University and In2science Mentor

Recently, I had the opportunity to visit my mentor’s workplace as part of the In2science Mentor Leaders Program. The program pairs you up with a professional in science and guides regular meetings to provide both advice as your mentor but also experiences and information that you can pass down to your In2science students. My mentor’s name is Rhiannon Grant, and she studies food allergies at the Murdoch Children’s Research Institute (MCRI). I was excited to visit especially considering the scope of the Royal Children’s Hospital (RCH), and the amount of research possible there.

I arrived about an hour earlier than we scheduled so I took the time to explore the Children’s Hospital. It was extremely open and didn’t really feel like a hospital which was really unique, especially considering the difference it must make for the kids who are receiving treatment there. After exploring I made my way to the MCRI check in area and met Rhiannon.

We took the elevator and she gave me a tour of her lab and office spaces; they really seemed like they had someone for every discipline!

Rhiannon’s lab was where she carried out most of her practical research. It had an amazing view. After the tour, we sat down at the in-office café (called the Synapse – I always love a neuroscience pun)  and we had a chat about Rhiannon’s current research and how she found herself in the position she was currently in through her studies and life experiences, which is always interesting to hear about. She then asked me about how I was going and my future directions, and about research I was currently working on through uni.

We chatted about In2science and our current work in volunteering with the Scouting Association (which we are both involved in – very cool!) and about strategies you could use when communicating science to a younger audience or community members through these programs.

Overall, visiting the MCRI was an informative experience, I sincerely enjoyed talking in person with my mentor and seeing where they do their work.

by Sahiti Peddisetti, PhD student at La Trobe University and In2science Mentor

Through the In2science Mentor Leaders Program, I have been connected with my mentor, Dr Palak Mehta, since April this year. While most of our catchups have been online, we often chat about PhD life, science, and research. Having someone outside my own research environment to share ideas, experiences and perspectives with has been incredibly valuable. So, when I had the chance to meet Palak in person, I was excited to see where she works and gain an insight into her world of science.

On 20 August, I visited Palak at Proxima Bio in the CSL building in Melbourne. We spent some time catching up before exploring the laboratories and office spaces and discussing the research being undertaken by the team. What stood out to me was seeing how a small team can work collaboratively on ambitious research with the potential to make a big impact.

Proxima Bio is an Australian biotechnology company spun out of the Walter and Eliza Hall Institute of Medical Research (WEHI) and now based at the Jumar Bioincubator. The company is developing a new class of medicines called cell-surface degraders, which are designed to target and remove disease-causing proteins that have traditionally been difficult to treat. Its research has potential applications in areas including cancer and autoimmune diseases.

As someone whose own PhD research is in food science, it was fascinating to see a completely different side of scientific research. The visit reminded me just how broad the field of science is and of the different environments scientists can work in. While the research at Proxima Bio is very different from my own, I enjoyed seeing the shared focus on using science to solve complex problems and create meaningful outcomes.

Meeting Palak in person was a wonderful addition to the mentoring experience I have had so far. Our conversations have given me a valuable space to talk about PhD life and science, and visiting her workplace gave me another perspective on what a career in science can look like. I’m grateful to the In2science Mentor Leaders Program for creating this connection and giving me the opportunity to step outside my own research area and experience science from a different perspective.