PIONEERING MULTIMODAL ARTIFICIAL INTELLIGENCE & NEURAL REASONING
ACADEMIC RIGOR, SCHOLARLY MENTORSHIP & GLOBAL IMPACT
CROSS-DISCIPLINARY DISCOVERY AT THE FRONTIERS OF COMPUTING
Department of Computer Science & Engineering • Indian Institute of Science (IISc), Bangalore

Chair Professor & Laboratory Director

Prof. Dr. Aravind Swaminathan Ph.D. (Stanford), B.Tech (IIT Madras), F.I.A.Sc., SMIEEE

PIONEERING MULTIMODAL ARTIFICIAL INTELLIGENCE & NEURAL REASONING

Directing the Cognitive Systems Lab at IISc Bangalore with foundational research in scalable multimodal architectures and clinical intelligence.

Research Focus: Deep Generative Models Foundation Architectures Multimodal AI Healthcare NLP Graph Neural Networks
Featured Highlights
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128+ Peer-Reviewed Publications
5,840+ Citations (h-index: 42)
18+ Ph.D. Scholars Mentored
₹4.5 Cr Funded Research Grants
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Prof. Dr. Aravind Swaminathan

Ph.D. (Stanford), B.Tech (IIT Madras), F.I.A.Sc., SMIEEE

Primary Appointment

Chair Professor & Laboratory Director

Department & School

Department of Computer Science & Engineering

Academic Institution

Indian Institute of Science (IISc), Bangalore

Consultation Office Hours

Tuesdays & Thursdays, 2:00 PM – 4:30 PM

“Dedicated to scientific inquiry, algorithmic rigor, and mentoring independent researchers whose work drives foundational societal impact.”

Academic Biography & Research Statement

Advancing foundational science and educational leadership.

Prof. Dr. Aravind Swaminathan is a Chair Professor of Artificial Intelligence and Neural Computing in the Department of Computer Science at the Indian Institute of Science (IISc), Bangalore. He directs the Cognitive Systems Laboratory, an interdisciplinary research collective dedicated to uncovering the principles of scalable machine perception, neuro-symbolic reasoning, and reliable foundation models.

He earned his Ph.D. in Computer Science from Stanford University under the Stanford AI Lab, where his doctoral dissertation focused on hierarchical representation learning in latent graph spaces. Prior to that, he completed his B.Tech in Computer Science and Engineering from the Indian Institute of Technology (IIT) Madras with the Institute Gold Medal.
01. Research

Lab Leadership

Guiding doctoral and graduate researchers across multidisciplinary federal and industry grants.

02. Pedagogy

Teaching Excellence

Designing forward-looking university curricula bridging algorithmic theory and systems-level labs.

03. Community

Scholarly Service

Serving on prestigious international journal editorial boards and national policy advisory councils.

Peer-Reviewed Literature & Academic Offerings

Selected Publications, Research Grants & Courses

Representative research publications, competitive grants, and courses taught. Click any item for abstract, citation details, or collaboration enquiries.

Multimodal Foundation Models for Clinical Diagnostic Reasoning
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Multimodal Foundation Models for Clinical Diagnostic Reasoning

Published in Nature Digital Medicine (2025). Investigating hierarchical attention architectures that align high-resolution 3D medical imaging with dense clinical notes, demonstrating state-of-the-art diagnostic accuracy with verifiable uncertainty calibration.

Academic Item
Autonomous Neural Reasoning in Constrained Environments (DST-SERB Grant)
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Autonomous Neural Reasoning in Constrained Environments (DST-SERB Grant)

Sponsored National Research Project (Grant Value: ₹1.85 Cr / $225,000). Developing continuous-learning transformers optimized for energy-efficient neuromorphic hardware and safety-critical edge autonomous systems.

Academic Item
CS 804: Advanced Deep Generative Architectures & Multimodal AI
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CS 804: Advanced Deep Generative Architectures & Multimodal AI

Graduate Seminar Course (Spring Semester, 4 Credits). Comprehensive curriculum covering score-based diffusion models, flow matching, multimodal cross-attention alignment, latent spatial tokenization, and alignment under RLHF.

Academic Item
Scalable Graph Transformers for Large-Scale Molecular Property Prediction
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Scalable Graph Transformers for Large-Scale Molecular Property Prediction

Published in IEEE Transactions on Pattern Analysis and Machine Intelligence (TPAMI, 2024). Introducing sub-quadratic spatial relative position encodings for graph neural networks applied to bio-molecular drug discovery.

Academic Item
Ph.D. Doctoral Supervision & Lab Research Openings
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Ph.D. Doctoral Supervision & Lab Research Openings

Inviting prospective doctoral scholars and postdoctoral fellows with strong mathematical foundations in probability, linear algebra, and deep learning. Fully funded fellowships available through IISc and industry research grants.

Academic Item
CS 302: Data Structures & Algorithmic Foundations
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CS 302: Data Structures & Algorithmic Foundations

Core Undergraduate Course (Autumn Semester, 4 Credits). Foundational algorithms, amortized complexity, balanced search structures, graph algorithms, dynamic programming, and systems-level memory efficiency.

Academic Item

Classroom Instruction & Student Supervision

Teaching, Mentorship & Academic Service

Fostering an open, rigorous, and supportive environment for graduate seminars, doctoral supervision, and international scientific stewardship.

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Active Coursework

Regularly instructing core graduate and undergraduate courses. Syllabi emphasize foundational proofs, reproducible implementations, and collaborative group term projects.

• Advanced Deep Generative Models (CS 804)

• Algorithmic Foundations of Data (CS 302)

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Ph.D. & Postdoc Advising

Actively advising doctoral candidates in foundation models, reasoning, and bioinformatics. Weekly one-on-one meetings, lab reading groups, and full conference travel funding.

• 18+ Ph.D. Scholars Mentored

• Prospective student inquiries welcomed via email

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Service & Editorial Roles

Committed to peer review and open science. Serving on international program committees and reviewing for flagship journals and top-tier AI conferences.

• Senior Member IEEE & Fellow IASc

• Area Chair / Reviewer: NeurIPS, ICML, ICLR

Scholarly Engagements & Inquiries

Interested in research collaboration or doctoral advising?

Connect with Faculty

Academic Correspondence

Communication

Prospective students, visiting scholars, and academic partners are welcome to reach out.

Campus Office Location

IISc Bangalore, Karnataka 560012, India

Scheduled Office Hours

Tuesdays & Thursdays, 2:00 PM – 4:30 PM

Institutional Email aravind.swaminathan@iisc.ac.in
Department Phone +91-80-2293-2000

Note for Prospective Doctoral Applicants

Please mention your academic transcript GPA, research statement, and links to your code or publications in the initial enquiry message.