The aim of the conference is to review the advances in the field of electronic devices, according to the following topics: HORIZONTAL TOPICS New materials and processing technology. Manufacturing techniques for bulk materials (Czochralski, Bridgman, etc) or 2D layered materials (LPE, MBE, MOVPE…). Development of semiconductor materials: carbon-derived materials (graphene, nanotubes), new 2D related materials (chalcogenides, etc) and organic materials for devices. Technological processes and their simulation: substrate treatments, lithography and printing techniques (photolithography, e-beam, RIE, ink-jet), chemical etching, FIB, diffusion, ion implantation, metal and insulators deposition, contact/electrode technology, etc. Heterogeneous integration for photonics and energy harvesting. Device modelling and simulation. Statistical, numerical or analytical models for electronic, optical or physical device aspects. Physical and circuital device models and their interconnection are included. Characterization and reliability. Test and characterization techniques applied to electronic devices, both at material low-level (SIMS, XPS, photoluminescence, Hall-effect, X-ray diffractometry, different microscopies –SEMT, TEM, STM, AFM, Auger-, RBS, etc). Or at device level (quantum efficiency, I – V and impedance curves, TLM, etc). Reliability of both discrete and integrated devices, failure analysis, electromigration, accelerated degradation testing and real-time experiments. VERTICAL TOPICS (DEVICE TYPES) Sensors, actuators and micro/nano systems. Structures and their integration into devices for sensors, actuators and micro/nanosystems, MEMS/NEMS. It includes sensors for biological, molecular, physical or chemical detection, as well as integrated sensors. Optoelectronic, photovoltaic devices and displays. Hybrid and organic electronics. Silicon-based, III-V- and II-VI semiconductor-based solar cells. Hybrid, organic and intermediate band solar cells. Other photovoltaic devices (thermophotovoltaic), monochromatic-light converters. Optoelectronic devices: LEDs, OLEDs, OLETs, OFETs, lasers, modulators, as well as photonic-crystal structures. In the field of displays, it includes CCDs, TFT matrix and LCDs. New device concepts: quantum devices, nano-devices, RF, microwave and power devices. Design and manufacturing of new functional devices based in nanostructures (nanotubes, nanowires or quantum dots). Devices for bioelectronics applications. Magnetic, nano-photonic, spintronic, and molecular devices. Devices for micro-energy harvesting. Terahertz operating devices. Discrete and integrated devices for high power/voltage/current operation. It includes FETs, HBTs for high power, RF, microwave and integrated switches, capacitors, inductors, and components for batteries.