Andrea Notari Email & Phone Number

Correggio (Re)

Responsible for new product concept validation, prototype verification, know-how transfer and interface with production dept. Technical support to production line: components inspection and assembling processes, procedure definitions, software-based applications for component calibration test and validation, troubleshooting and fault analysis. Technical support to R&D department: new project development, testing and validation, commissioning for field tests.Domestic and international field service with systems installation at costumer's sites and centres.System modelling/simulation for problem estimation and solution conceptualisation. MATLAB scripting.Document writing: technical procedures, user and service manuals, application notes.Mentoring junior engineers in conceiving, scripting and validating 3D-vision calibration strategies.Related links:- REMO Rapide: https://www.youtube.com/watch?v=c3T6eEAta2w- ProfilScan: http://www.corghi.com/default.php?t=ecomm&eid=Profilscan_Standalone&vimgd=&lang=EN- Smart Manager: http://www.corghi.com/site/corghia_webprofessional_it/ebusiness/depliant/REMO_Rapide_it_en.pdf

Correggio (Re)

Coordinating committee activities, easing welfare know-how transfer within the company, representing Corghi towards external welfare institutions, identifying doubts and concerns with respect to welfare issues, conceiving strategic proposals and solutions to possible welfare-related problems.

Correggio (Re)

Responsible for the back-end section of the production line of micromorph (thin film) photovoltaic modules.Analysis, development and verification of process correctness related to thin-film micro-crystalline modules. The Back-End process engineer must understand and qualify all process aspects so that the final product complies with company requirements and international certification standards. Tasks and competencies covered monitoring and support during production line build-up and commissioning.Being in charge of setting-up, monitoring and reporting all activity related to damp-heat test sessions.Failure analysis of incompliant modules rejected by the production line/returned from installation fields.Related links:http://www.expoclima.net/en/profile/company/pramac_swiss_sa/http://www.solar.tel.com/about-us/about-solar/http://www.expoclima.net/en/renewable_energies/photovoltaic/pv_panels/pramac_luce_micromorph_mcph_p7.htm

Member of the R&D team being involved in concept identification and prototype creation of company's new products.Being in charge of analysing new ideas for improving available product lines or creating new ones, writing new-concept specifications, verifying concept implementation, managing application engineers, consultants and academic institutions to reach final prototype stage.Related links:http://www.bluelight.corghi.com/http://www.bluelight.corghi.com/default.php?t=site&pgid=4

Being in charge of managing and coordinating activities within the EM8570 development team. Project finalization thorough specification understanding, regular feedback analysis and specification updates, fast concept and modification implementation. MATLAB scripting was a must for understanding physical system behaviour and to facilitate improved design and testing.Related links:http://www.corghiusa.us/site/corghiamerica_webprofessional_it/EM8570%20QL-RR_DPCG000222_09_09.pdf

Eindhoven Area, Netherlands

Creation, revision, maintenance and migration of RTL code (VHDL and Verilog) for IP and test implementation. Code compatibility and integration with design-flow. IP reuse compliance methodologies. Synthesis and Design for Test (DfT). Prototyping and verification on Altera FPGA-based set-ups. Tcl scripting. Design reviews of IP modules. Datasheet and document writing.

Eindhoven Area, Netherlands

Working on digital interfacing system for CRT-prototypes (F!T tubes) in a multi-disciplinary project regarding state-of-the-art cathode ray tube without shadow mask. Analysis, modification and development of Altera HDL codes (through MAX+plus II development kit).Design of LabVIEW Virtual Instruments (VIs) for data acquisition, system control and verification of embedded hardware set-ups.Design of Philips' 8xC51 microcontroller-based digital board (by Mentor Graphics development kit) for acquisition, processing and return of video contents.ANSI-C programming and development (by Keil μVision and Microsoft Visual Studio compilers) of a communication interface using serial RS232 and I2C protocols.Scripting of MATLAB algorithms for physical modelling and design of a research and simulation tool.Author of invention disclosures, reports and unclassified documentation.Related links:http://www.slideshare.net/ANdreaNotari/the-fast-intelligent-tracking-ft-tube-a-crt-without-shadow-mask

Milano

Member of the IT group. Responsible for software and hardware troubleshooting and fault recovery of discrict's IT equipment (mainly computers printers and servers).

Master In Science (Isced 5), Electronic Engineering

Graduation project titled “Algorithms for camera calibration and image rectification for stereo vision applications”, March 1998

Master'S Degree, Electrical And Electronics Engineering