Conference Tracks

Tracks spanning devices, fabrication, packaging and electronic materials

The scientific programme is organised into focused tracks. Submit your abstract to the track that best fits your work.

01

Advanced Semiconductor Materials & Device Physics

Core research on semiconductor material systems, carrier transport, interfaces, defects, and device behavior from nanoscale physics to applied device engineering.

  • ▸Carrier Transport & Band Engineering
  • ▸Defects, Interfaces & Reliability Physics
  • ▸Novel Device Physics
02

Next-Generation Semiconductor Devices & Architectures

Research on advanced logic, memory, sensing, and system-level device architectures beyond conventional scaling.

  • ▸Gate-All-Around, Nanosheet & CFET Devices
  • ▸Beyond-CMOS Logic Devices
  • ▸Device-System Co-Optimization
03

Advanced Electronic Materials & Functional Materials

Functional materials for electronics, photonics, sensing, energy-efficient computing, and integrated device platforms.

  • ▸Dielectrics, Ferroelectrics & High-k Materials
  • ▸Conductive, Resistive & Phase-Change Materials
  • ▸Smart & Multifunctional Materials
04

2D Materials, Graphene & Van der Waals Electronics

Semiconductor, metallic, and insulating 2D materials for transistors, optoelectronics, sensors, and heterogeneous integration.

  • ▸Graphene & 2D Conductors
  • ▸Transition Metal Dichalcogenides
  • ▸Van der Waals Heterostructures
05

Wide-Bandgap & Ultra-Wide-Bandgap Semiconductors

Materials and devices based on SiC, GaN, diamond, Ga2O3, AlN, and related platforms for power, RF, and harsh environments.

  • ▸SiC & GaN Power Devices
  • ▸Ultra-Wide-Bandgap Materials
  • ▸High-Temperature & Harsh-Environment Electronics
06

Compound Semiconductors & III–V Materials

III–V, II–VI, and related compound semiconductors for high-speed, optoelectronic, RF, and quantum applications.

  • ▸III–V Growth & Epitaxy
  • ▸High-Speed III–V Devices
  • ▸Heterostructures & Quantum Wells
07

Semiconductor Nanotechnology & Nanoelectronics

Nanoscale materials, structures, and devices for future electronics, sensing, photonics, and computing systems.

  • ▸Nanowires, Nanoribbons & Nanotubes
  • ▸Quantum Dots & Nanoscale Devices
  • ▸Nanoelectronic Integration
08

Advanced Lithography & Semiconductor Patterning

Patterning technologies for advanced nodes, nanoscale devices, packaging, and heterogeneous integration.

  • ▸EUV, High-NA EUV & Mask Technologies
  • ▸Directed Self-Assembly & Nanoimprint
  • ▸Etch, Deposition & Pattern Transfer
09

Semiconductor Fabrication, Processing & Process Integration

Front-end and back-end process modules, integration strategies, yield improvement, and manufacturable device flows.

  • ▸FEOL & MOL Process Integration
  • ▸BEOL Interconnects & Metallization
  • ▸Yield, Defectivity & Process Control
10

Advanced Packaging, Chiplets & Heterogeneous Integration

Packaging and integration methods connecting multiple dies, materials, and functions into high-performance systems.

  • ▸Chiplet Architectures & Interconnect Standards
  • ▸2.5D/3D Packaging & Interposers
  • ▸Package Reliability & Test
11

3D Integration, Hybrid Bonding & Vertical Electronics

Monolithic and stacked integration methods for dense logic, memory, sensor, and heterogeneous systems.

  • ▸Hybrid Bonding & Direct Bond Interconnects
  • ▸Through-Silicon Vias & Vertical Interconnects
  • ▸Monolithic 3D & Sequential Integration
12

High-Bandwidth Memory & Advanced Memory Technologies

Memory materials, devices, architectures, and integration for high-performance computing and data-intensive systems.

  • ▸HBM, DRAM & 3D Memory Integration
  • ▸Non-Volatile Memories
  • ▸Memory-Centric Architectures
13

AI Hardware, AI Accelerators & Semiconductor Architectures

Semiconductor platforms and architectures for machine learning, edge AI, high-performance computing, and data centers.

  • ▸AI Accelerators & Tensor Processing
  • ▸Edge AI & Energy-Efficient Inference
  • ▸Hardware-Software Co-Design
14

Neuromorphic Computing & In-Memory Computing

Brain-inspired and memory-based computing technologies for efficient learning, inference, and adaptive systems.

  • ▸Memristive & Analog In-Memory Computing
  • ▸Spiking Neural Hardware
  • ▸Emerging Neuromorphic Materials
15

Quantum Materials, Quantum Devices & Quantum Computing

Materials, devices, and integration technologies supporting quantum information, sensing, and cryogenic electronics.

  • ▸Qubits & Quantum Device Platforms
  • ▸Cryogenic Electronics & Control
  • ▸Quantum Materials & Interfaces
16

Semiconductor Spintronics & Magnetic Electronics

Spin-based materials, devices, and circuits for memory, logic, sensing, and non-volatile computing.

  • ▸MRAM & Magnetic Tunnel Junctions
  • ▸Spin-Orbit & Topological Spin Devices
  • ▸Magnetic Sensors & Logic
17

Optoelectronics, Photonics & Photonic Integrated Circuits

Optical and optoelectronic devices, materials, and integrated circuits for communication, sensing, imaging, and computing.

  • ▸Lasers, LEDs & Photodetectors
  • ▸Photonic Integrated Circuits
  • ▸Optoelectronic Systems & Applications
18

Silicon Photonics & Co-Packaged Optics

Silicon-based optical integration and packaging for data centers, AI systems, high-speed interconnects, and sensing.

  • ▸Silicon Photonic Devices
  • ▸Optical I/O & Co-Packaged Optics
  • ▸Photonic-Electronic Co-Design
19

RF, Microwave, mmWave & Sub-THz Semiconductors

Semiconductor materials, devices, circuits, and modules for high-frequency communication, radar, sensing, and instrumentation.

  • ▸RF Front-End Devices & Modules
  • ▸mmWave & Sub-THz Circuits
  • ▸High-Frequency Materials & Packaging
20

5G/6G, Terahertz & Advanced Wireless Electronics

Device, circuit, antenna, and system technologies for next-generation wireless, terahertz links, and connected infrastructure.

  • ▸6G & Terahertz Devices
  • ▸Advanced Wireless ICs & Systems
  • ▸Wireless Sensing & Integrated Communications
21

Semiconductor Sensors, Biosensors & Smart Sensing

Semiconductor-enabled sensing devices and integrated systems for health, environment, industry, mobility, and intelligent infrastructure.

  • ▸Chemical, Bio & Medical Sensors
  • ▸Image, Gas & Environmental Sensors
  • ▸Sensor Fusion & Edge Intelligence
22

MEMS, NEMS & Micro/Nano Systems

Micro- and nano-electromechanical systems for sensing, timing, actuation, communication, and biomedical applications.

  • ▸MEMS Sensors & Actuators
  • ▸NEMS & Nano-Mechanical Devices
  • ▸Microfluidics & Bio-MEMS
23

Flexible, Wearable & Printed Electronics

Flexible substrates, stretchable systems, printed devices, and wearable electronics for health, sensing, displays, and IoT.

  • ▸Flexible & Stretchable Devices
  • ▸Printed & Additive Electronics
  • ▸Wearable Systems & E-Textiles
24

Power Electronics & Advanced Power Semiconductor Devices

Power semiconductor devices, modules, converters, and systems for efficient electrification and energy management.

  • ▸Power Device Design & Fabrication
  • ▸Power Modules & Converters
  • ▸Automotive, Grid & Renewable Applications
25

Thermal Management, Reliability & Failure Analysis

Thermal, mechanical, electrical, and materials reliability for semiconductor devices, packages, modules, and systems.

  • ▸Thermal Interfaces & Cooling Technologies
  • ▸Reliability Testing & Lifetime Prediction
  • ▸Failure Analysis & Root Cause Methods
26

Semiconductor Modeling, Simulation & Computational Materials

Multiscale modeling, simulation, data-driven methods, and computational design for materials, processes, devices, and systems.

  • ▸TCAD & Device Simulation
  • ▸Atomistic & First-Principles Modeling
  • ▸AI for Semiconductor Design & Process Optimization
27

Electronic Materials Characterization & Metrology

Analytical, electrical, optical, structural, and inline methods for understanding and controlling semiconductor materials and devices.

  • ▸Structural & Chemical Characterization
  • ▸Electrical & Optical Metrology
  • ▸Inline, Defect & Process Metrology
28

Sustainable Semiconductors & Green Electronics

Sustainability-focused semiconductor research covering energy efficiency, materials circularity, green manufacturing, and environmental impact.

  • ▸Low-Carbon Semiconductor Manufacturing
  • ▸Circular Materials & E-Waste Reduction
  • ▸Energy-Efficient Devices & Systems
29

Emerging Semiconductor Technologies & Beyond-CMOS Electronics

Exploratory materials, devices, and computing concepts that extend or replace conventional CMOS technologies.

  • ▸Steep-Slope & Low-Power Devices
  • ▸Reconfigurable & Adaptive Electronics
  • ▸Post-Silicon Computing Platforms
30

Semiconductor Industry, Technology Translation & Future Innovations

Industry strategy, commercialization, supply chains, standards, workforce development, and translation of semiconductor research into products.

  • ▸Technology Transfer & Commercialization
  • ▸Semiconductor Supply Chain & Manufacturing Strategy
  • ▸Workforce, Standards & Future Roadmaps
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March 10–12, 2027 · Amsterdam

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