| Name | Affiliation | Title |
| Patrick Mercier | University of California San Diego, USA | KEYNOTE: Energy Harvesting and Self-Powered Sensing for Miniaturized IoT and “Unawareable” Devices |
| Baoxing Chen | Analog Devices Inc. | KEYNOTE: Powering the IoT: An Energy Harvesting Perspective |
| Veena Misra | ASSIST Center, NCSU, USA | KEYNOTE: Self-Powered Wearable Sensors for Health and Environmental Monitoring |
| Sami Oukassi | CEA LETI, France | Millimeter scale electrochemical energy storage devices for pairing with EH: a step towards enabling miniature autonomous WSNs |
| Séamus O’ Driscoll | Tyndall National Institute, Ireland | 180nm CMOS Buck-Boost Converter with Mixed Signal Control for 1uW to 100mW Power Conversion |
| Meiling Zhu | Univ of Exeter, UK | Transforming Vibration into Usable Electricity to Continuously Power the Wireless Sensor Systems for Critical Asset Monitoring |
| Elisabetta Boco | Wisepower, Italy | Hybrid solar/vibrational energy harvesting |
| Valeria Nico | Stokes, University of Limerick, Ireland | Vibrational energy harvesting for Industrial IoT Applications |
| David Arnold | University of Florida, USA | Electrodynamic Wireless Power Transfer for Charging through Conductive Media |
| Roberto LaRosa | ST Microelectronics, Italy | An Ultra-Low-Power MPPT technique for maximum Power Conversion Efficiency in systems power through Energy Harvesting and Wireless Power Transfer |
