June 1, 2026 to July 31, 2026
UG, PG, PhD students, faculty members, researchers, and enthusiasts interested in cellular automata. PhD students must submit a supervisor consent letter.
PhD supervisor consent letter (PDF) required for PhD applicants.
Students interested in theoretical computer science rarely get structured research exposure early in their careers. Programs that mix coursework with a real research project are even rarer.
The Indian Summer School on Cellular Automata is one of those exceptions. Organized by Cellular Automata India, the program brings together students, researchers, and enthusiasts to study cellular automata and related computing topics through lectures and a guided research project.
This was the sixth edition of the program, running from June 1 to July 31, 2026. If you want to work on a research problem and possibly turn it into a conference paper later, this program is worth a serious look.
Applications for the 2026 cycle are now closed. The next cycle is expected around the same time next year. In the meantime, review the eligibility requirements and prepare your documents. Being ready will help you apply quickly once applications open.
Program Name Indian Summer School on Cellular Automata
| Organised By | Cellular Automata India
| Program Duration | June 1 – July 31, 2026
| Learning Phase Location | IIEST Shibpur (offline) or online participation
| Registration Deadline | May 20, 2026 (closed)
| Eligibility | UG, PG, PhD students, researchers, and enthusiasts
| Program Type | Learning + Research Project
| Apply Mode | Online registration form
If you're actively exploring research internships, it might also help to browse all opportunities on Talentd. You'll find programs from institutes, labs, and government bodies across India.
The Indian Summer School on Cellular Automata is a research-oriented program designed to promote cellular automata research in India and globally.
Cellular automata sits at the intersection of mathematics, theoretical computer science, and complex systems. Think grid-based computational models where simple local rules produce surprisingly complex behavior. If you've ever been curious about topics like distributed computation, algorithmic complexity, or modeling natural systems, this field touches all of them.
This summer school is structured in two phases. First comes a week of intensive lectures. Then participants spend nearly two months working on a guided research project with mentors.
Programs that combine teaching with a publishable research outcome are rare at the student level. That alone makes this one stand out.
The learning phase lasts one week and includes lectures and training sessions on cellular automata and related topics.
Classes run for about six hours daily, from 10 AM to 6 PM IST. Participants can attend either offline at the workshop venue or join virtually.
The organizers mention that future editions will likely move fully offline, so attending in person can be a better experience if you can manage the travel.
Online participants do not get hands-on training sessions. The assignments and test act as the evaluation step before moving into the research phase.
After the lecture phase, selected participants move into the research phase. This is where things get interesting.
Each participant works on a research project inspired by the topics covered during the lectures. The process begins with proposing a project idea, which is then refined through discussions with mentors.
The mentors and participants finalize the topic together. Sometimes mentors may suggest or steer the project direction if needed.
During the progress presentation, participants share early results and discuss challenges. There's also an option to exit the program at that stage if necessary.
At the end of the program, participants present their completed work. Traditionally, students are encouraged to write a research paper based on the project and submit it to venues such as ASCAT 2027 or other relevant conferences.
If the project requires more time, the school may extend the research phase by an additional month.
The program is intentionally open to a wide academic audience.
However, there is one specific requirement for PhD scholars.
PhD students must submit a supervisor consent letter confirming that the supervisor agrees to co-mentor the project during the summer school.
The format is available on the official program page. You can access it here: Download PhD Supervisor Consent Letter Format.
Also note that the program requires full-time participation. Parallel enrollment in similar programs during this period is not allowed.
The application itself is fairly straightforward, but students should prepare a few details beforehand.
The statement of purpose is short but important. In about 100 words, applicants must explain why they want to join the summer school and how their interests connect with cellular automata research.
If you're unsure what kind of projects are expected, it's useful to check examples from previous editions. That gives a clearer picture of the research depth expected.
Participants attending the learning phase offline must arrange their own travel and stay.
There are several budget hotels near IIEST Shibpur. UG and PG students may also apply for hostel accommodation within the campus, though availability depends on capacity.
If you're planning to attend offline, it's smart to arrange accommodation early. Workshops in academic institutes often fill nearby options quickly.
The Indian Summer School on Cellular Automata sits somewhere between a workshop and a research internship. You get structured lectures first, then move into independent research under mentorship.
If you're exploring other government or academic research programs, you may also want to check:
Each program targets different domains, but all of them offer exposure to real policy or research work.
The Indian Summer School on Cellular Automata is not a typical internship with a stipend and fixed deliverables. It is closer to an academic research bootcamp.
If you enjoy theoretical problems, algorithms, or mathematical modeling, this kind of environment can be extremely valuable. And if your project evolves into a conference paper later, that is a strong addition to any academic CV.
Applications for the 2026 cycle closed on May 20, 2026.
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Radhika is a Technical Content Writer at Talentd, where she creates clear, practical, and research-driven content focused on jobs, internships, career guidance, and technology. She specializes in simplifying complex technical topics and turning them into easy-to-understand resources for students and fresh graduates. At Talentd, Radhika contributes to articles related to hiring updates, interview preparation, career roadmaps, and industry trends, helping thousands of learners stay informed and make better career decisions. Her work focuses on delivering accurate, actionable, and student-friendly content that supports the growing Talentd community.
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