This semester I am co-organising a seminar on computer simulations (3 ECTS, LOTI.05.076). One of the aim is to gather and unite researchers from different institutes. Our common topic is using computers in research, so we are “simulants”, i.e. simulating reality via calculations. Some of core organisers are pictured in the centre, from left to right: Taavi Repän, Tauno Tiirats, Veronika Zadin, and Juhan Matthias Kahk.
My first talk was about running simulations on HPC, e.g. using apptainers. Probably because of free pizza there were two–three dozen of participants from institutes of Chemistry, Physics, and Technology, which is a surprisingly high number for the university of Tartu. It is a great start and I am looking forward to contribute more into strengthening collaboration between the institutes.
The new Framework for Researchers is a cool tool for planning your career. However, it is so hard to understand and remember. That is why I suggest using the following tree analogy.
ResearchCOMP is an essence like a tree. Roots of critical thinking (1) with trunk of self-management (2) and branches of collaboration (3) hold leaves as research (4) and fruits as impact (5). Water = management 6) and sun = tools (7) nourish the research tree. The following illustration has been prepared by my son:
ResearchCOMP, Like a Tree
Roots of critical thinking, deep and strong, The trunk of self-management keeps you moving along. Branches of collaboration, reaching far, Leaves of research, showing who you are.
Fruits of impact, growing bright, Water of management keeps it right. Sunlight from tools makes it thrive, Nourishing the research, keeping it alive.
“Content created with assistance from ChatGPT, an AI language model by OpenAI.”
With this analogy it is now easy to explain what a PhD. student should focus on.
Cognitive Abilities (Roots): As a Ph.D. student, you first build your thinking skills like problem-solving and creativity. These skills are like roots that hold you on the ground.
Self-Management (Trunk): You need to manage your time and stress, set goals, and balance your workload. This helps you stay focused and handle challenges, like a trunk.
Working with Others (Branches): Collaboration is key. Branch with supervisors and teams, seek feedback, and build connections to grow your research.
Managing Research (Water): You manage your PhD project. This includes organizing resources, meeting deadlines, and planning your work. It is like a flow.
Managing Research Tools (Sun): Learn to use research tools like data management and software. These help keep your work organized. It is like external source of energy = sunlight.
Doing Research (Leaves): This is your core work – running experiments, analyzing data, and writing papers to build expertise in your field. Leaves are as dynamic as your research.
Making an Impact (Fruits): Your research creates impact. Publish, attend conferences, and share your findings as fruits to the society.
And now you can compare a young tree to a mature one. The difference is that the young one is expected to “bloom”, whether the mature one is expected to give “fruits”, as illustrated below.
Presentation from the meeting of graduates at the chemistry institute
The stuff members of the Chair of Chemical Education in 2007. From left to right: Malle Möldau, Jaak Nerut, Mare Taagapera, Vladislav Ivaništšev ja Erika Jüriado.
An article titled “Electrochemical investigation of 1-ethyl-3-methylimidazolium bromide and tetrafluoroborate mixture at Bi(111) electrode interface” by Enn Lust, Carolin Siimenson, Meeri Lembinen, Ove Oll, Laura Läll, Marta Tarkanovskaja, Liis Siinor, Vladislav Ivaništšev, and Karmen Lust was submitted to JES.
What is so special about this article? First, the work presented is done in a joiful collaboration. Second, the computational results were obtained within a “DFT Calculations in Electrochemistry” course (LOKT.02.048), within a student project by Meeri and Marta. Well done!
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My work was supported by the Estonian Research Council under grants PUT1107, PRG259 and STP52. My research was supported by the from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 101031656. All related posts are tagged with MSCA.