Oral paper presentations will take place on Thursday and Friday at the auditorium A2. 

Each author has a 15 minutes time slot followed by 5 minutes for audience questions.

Session 1: Thursday March 12th (11.30 to 12.30)

-Low Power and Low Complexity 0.3V CMOS Voltage References Using Single VT MOSFETs.

-A 50GHz Bandwidth Distributed Amplifier Analog Front-End for 80GS/s Time-Interleaved Track-and-Hold in 45-nm CMOS.

-Design of a multi-core hybrid CMOS-memristor chip for analog programming.

Session 2: Thursday March 12th (13.30 to 14.50)

-Design of a Variation-Resilient 2 MHz PWM Circuit for 28 nm Buck Converters Using an Error-Budget Approach.

-Exploring hardware/software trade-offs for CORDIC acceleration in a customized processor.

-Innovation in Linear Algebra Teaching: Modelling and Solving the “Lights Out!” Game with Python and Arduino.

-Design of a STEAM–PBL Teacher Training Framework for Robotics and Computational Thinking in Primary Education.

Session 3: Friday March 13th (11.30 to 12.30)

-Fully Passive Integrated Optical NOT Gate Using a Phase-Apodized Spiral Bragg Grating.

-Multi-agent System for Managing and Monitoring Load Consumption in Electrical Microgrids.

-Low-Latency Architecture for Open-Circuit Fault Diagnosis in Electric Drive Inverter Power Switches.

Session 4: Friday March 13th (13.30 to 14.50)

-A Multi-Channel Synchronous Acquisition System on the Redpitaya STEMlab Platform: Application to Atmospheric Muon Rate Measurements.

-Electrometric Measurement and Dynamic Compensation of a Vanadium Self-Powered Neutron Detector.

-Testbed for Custom Open-Source Power Management Integrated Circuit in Harsh Space Environments.

-Analog Mixer with Ionizing-Radiation-Test Capabilities.