12th International Conference on Circuits and Systems (CIRSY 2026)

Scope & Topics

The 12^th International Conference on Circuits and Systems (CIRSY 2026) is a premier forum dedicated to advancing research, innovation and collaboration in the broad field of circuits and systems. As technology continues to evolve at an unprecedented pace, CIRSY 2026 aims to bring together leading researchers, academics, industry experts and practitioners to share breakthroughs, discuss emerging challenges and explore future directions in electronic design and system level integration.

The conference provides a dynamic platform for presenting original research contributions spanning analog, digital, mixed signal, RF, VLSI, embedded systems, photonics, power electronics, AI hardware, chiplet based architectures and many other cutting edge domains. By fostering interaction between academia and industry, CIRSY 2026 encourages the exchange of ideas that drive technological progress and support the development of next generation electronic systems.

Only original, unpublished research papers are invited for submission. Through high quality presentations, discussions and networking opportunities, CIRSY 2026 seeks to inspire innovation and strengthen the global circuits and systems community.

Topics of interest include, but are not limited to, the following:

Advanced Circuits, Devices and Emerging Technologies

Beyond CMOS Devices (spintronics, memristors, ferroelectric FETs)
Neuromorphic and Brain Inspired Circuits
In Memory and Near Memory Computing
AI Native Analog Computing & Mixed Signal AI Engines
Quantum Circuits, Cryogenic Electronics and Qubit Control
3D/2.5D Integration, Chiplets, UCIe Based Systems and Heterogeneous Packaging
Novel Interconnects, High Bandwidth Interfaces and Photonic Electrical Co Design

Analog, Mixed Signal, RF and mmWave Circuits

High Performance Analog and Mixed Signal ICs
RF, mmWave and THz Circuits for 5G/6G
Reconfigurable Intelligent Surfaces (RIS) Hardware
Low Power Analog Front Ends and Sensor Interfaces
High Speed Data Converters and Clocking Systems
Integrated Power Amplifiers, Oscillators and Frequency Synthesizers

Digital Circuits, VLSI and System on Chip Design

Digital IC Design and Optimization
VLSI Systems, SoC/NoC Architectures
RISC V Architectures, Extensions and Open Source Silicon
Low Power, Thermal Aware and Energy Efficient Design
Hardware/Software Co Design and Co Verification
FPGA Based Systems and Reconfigurable Architectures

Circuits and Systems for AI, ML and High Performance Computing

AI/ML Accelerators (DNN, LLM, transformer, diffusion and generative AI hardware)
Memory Centric and Bandwidth Optimized AI Architectures
Analog and Mixed Signal AI Accelerators
Edge AI, TinyML and Always On Intelligence

Hardware for HPC, Cloud and Data Center Workloads

Vision, Imaging and Real Time Perception Hardware
Hardware Security, Trust and Post Quantum Protection
Secure Hardware Architectures and Trusted Computing
PUFs, Anti Tampering and Side Channel Attack Mitigation
Hardware Trojans and Supply Chain Security
Post Quantum Cryptographic Accelerators
Zero Trust Hardware Architectures
Secure Chiplet Interconnects and Multi Die Security

Photonic, Optoelectronic and Quantum Systems

Silicon Photonics and Integrated Optical Circuits
Photonic Neural Networks and Optical Computing
Optical Interconnects for HPC and Data Centers
Quantum Photonic Circuits and Cryogenic Readout Systems

Power Electronics, Energy Systems and Sustainable Circuits

Power Management ICs and High Efficiency Converters
GaN/SiC Power Devices and Automotive Power Electronics
Wireless Power Transfer and Energy Harvesting
Circuits for Renewable Energy and Smart Grids
Sustainable IC Design and Carbon Aware Architectures
Eco Friendly Materials and Sustainable Semiconductor Manufacturing

Sensors, Sensing Systems, IoT and Cyber Physical Systems

Intelligent Sensor Interfaces and Edge Processing
Ultra Low Power IoT Hardware and Battery less Systems
Cyber Physical Systems and Smart City Electronics
Environmental, Industrial and Biomedical Sensing
Joint Communication Sensing Hardware for 6G

Robotics, Autonomous Systems and Real Time Hardware

Real Time Perception and Control Circuits
Low Latency Embedded Systems for Robotics and Drones
Safety Critical and Mission Critical Hardware
Autonomous Navigation and Sensor Fusion Hardware

Biomedical and Bio Inspired Circuits and Systems

Wearable and Implantable Medical Devices
Neural Interfaces, Brain Machine Circuits and Bio Signal Processing
Lab on Chip, Bio MEMS and Point of Care Systems
Bio Inspired Computing and Adaptive Systems

EDA, Modeling, Simulation and Verification

AI Driven EDA (ML based P&R, analog automation, RL based optimization)
LLM Based Hardware Design Automation & Autonomous Chip Design Agents
System Level Modeling and Hardware Emulation
Formal Verification and Design Validation
Fast Analog/Mixed Signal Simulation
Digital Twins for Circuits, Systems and Semiconductor Manufacturing

Nonlinear, Neural and Complex Dynamical Systems

Nonlinear Circuits and Chaos Based Systems
Adaptive and Self Organizing Circuits
Complex Networks and Dynamical System Modeling

12^th International Conference on Circuits and Systems (CIRSY 2026)

June 20 ~ 21, 2026, Sydney, Australia

Scope & Topics

Topics of interest include, but are not limited to, the following:

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