François Morini Email & Phone Number

Congresbury, Gb

I joined Oxford Instruments in 2022 as an Application Engineer working in depositing various optical coatings using ICPCVD, and PECVD systems. This includes also PVD, Ion Beam Sputter Deposition and Etch. I work on developing and supporting deposition and etching processes for customer requirements. My breadth of knowledge spans deposition, etch and various analysis techniques of a wide range of materials for many applications with a focus on electronic device fabrication and characterisation. Working at Oxford Instruments Plasma Technology a provider of a powerful range of systems supporting a wide variety of applications for etching and deposition. These include ALD, ALE, CVD, IBD, IBSD, IBE, ICP, PECVD and RIE.

Netpark, Explorer 2, Thomas Wright Way, Sedgefield, Stockton-On-Tees Ts21 3Ff

Development of facile, cost-effective, and industrially scalable process flow over large-area substrates for the fabrication of ultrasensitive sensors. The developed and final devices represent the nerves of electronic skin "to make robots feel and sense like humans do". In Summary, I : - Led and managed the development of conformal e-skin for multi-sensing applications - Refined e-skin production processes for improved sensing abilities- Scaled-up and optimized manufacturing from R&D to large production of various sensors- Designed, developed and built circuitries for multi-detection capabilities- Managed process and electronic engineers, and postgraduate interns* Process developmentDevelopment fabrication process on various substrates size for nanostructures based sensors:• Multilayer masks design• Various Photolithography techniques• Nanostructures synthesis• Various Micro/Nano-Fabrication & characterisation techniques* Material/Device integration and testingDevelopment and integration of fabricated Nanostrutrures:• Multilayer PCB design for sensors characterization and associated signal processing• Mechanical test bench dedicated for sensors testing• Python-based programming for instrumentation engineering, electronic component modelling, and data processing• Device integration on any surface adaptive substrate “electronic skin” of any robotic parts.

Région De Tours, France

Full-time Temporary Lecturer for bachelor and engineer students in Electrical, Electronic, and Computing Engineering Department, at Tours Institute of Technology:• 400 hours per year with 120 students• Analog electronics: from theory to PCB design and fabrication techniques, components soldering and circuit testing• Power electronics: 3 phases systems and machines study and testing applied to electric energy conversion and distribution• Mechanical and heat transfer engineering• Supervised students in final projects, graded exams, and reviewed report and viva after work placement in industry• Mentor students to achieve greater personal and professional growth

Tours

Since the early 2000’s, many new applications related to nomad electronics need “portable”electrical energy. The mechanical ambient energy trough low frequency “vibrations”, as forexample human motion, liquid flow or engine vibrations, is a source of interest.The heart of FLexIBLE project (Thin Film of Lithium and ZnO nanowires microgenerator) is todevelop a prototype that integrates, on the same flexible chip, a piezoelectric microgeneratorthat converts the ambient mechanical energy into electrical energy that can recharge a lithiumbattery, through a specific electrical converter and to focus on the coupling of the thin film Lithium microbattery to the ZnO nanowires microgenerator (through a specific electrical converter):· Conducting the theoretical study of the microgenerator (ZnO nanowires - polymercomposite), using an electrical circuit simulation software (e.g. PSpice),· Choosing the best suited electrical converter that must be inserted between themicrogenerator and the microbattery, and model this circuit,· Simulating the complete energy conversion chain,· Conducting the experimental testing

Région De Lille, France

Researcher at the Institut d'Electronique, de Microelectronique et de Nanotechnologie(IEMN), Villeneuve d'Ascq (59)• Non conventional thermoelectricity based on thermionic emission: partnership with STMicroelectronics, Crolles (38)• Low work function thin film synthesis for high efficiency Thermionic Energy Converter (TEC)• Development and optimization of a Ultra High Vacuum work function measurement tool using thermionic emission, photoemission and Kelvin probe techniques (200k€)• Development and optimization of alkali metal thin film deposition process under oxidant atmosphere including a radiative heater• Electrical and thermal simulations of a TEC• Graphic User Interface programmation for physical parameter acquisition• Involved in the UPTEG ERC Starting Grant Project (1.5M€)Technical skills• Clean room• Ultra High Vacuum technologies• Thin film growth• Work function measurement techniques• Electrical characterisations• Spectroscopic analysis techniquesSkills• Management of research project• Ability to innovate• Written and oral communications, knowledge transfer• Analysis and synthesis abilities: permanent science and technology watch, critical analysis• Teamwork, industrial workshops

Isen

Students supervision in electronics practice works (64 hours per year):• basics of analog electronics and digital electronics (FPGAs)

Région De Limoges, France

Structure and electrical properties in the K1/2 Bi1/2 TiO3 – K1/2 Bi1/2 ZrO3 solid solution• Lead free ceramics synthesis by solid-solid mixing process• X-ray diffraction for structure determination• Piezoelectrics and ferroelectrics properties determination

Région De Tomsk, Russie

Work placement in Department of Electronics Devices, Tomsk State University of Control Systems and Radioelectronics (TUSUR)“Light-induced changes in the spectrum of optical absorption in Bi12TiO20, Cd doped crystal”

Limoges, Nouvelle-Aquitaine, France

Diplôme Universitaire de Technologie, Mesures Physiques, Matériaux et contrôles physico-chimiques