Pasquale Cirillo Curriculum Vitæ

Transcription

1 Pasquale Cirillo Curriculum Vitæ via San Francesco, 2 - P.co Luana Capodrise (CE) Home Phone: Mobile Phone: pasquale.cirillo@unina2.it - pasquale.cirillo1987@gmail.com Skype: pasquale.cirillo1987 March 2015

2 Contents 1 Personal Information 1 2 Biographical profile 1 3 Professional experiences 1 4 Education 2 5 Awards 5 6 Publications and Proceedings International Journal Paper International Conference Papers Books and Book Chapters National Meeting and Conference Papers Thesis Technical Skills 6 8 Language Skills 7 9 Personal Interests 8 i

3 Pasquale Cirillo s Curriculum Vitæ 1 1 Personal Information First Name Pasquale Surname Cirillo Date of Birth May 18, 1987 Place of Birth Marcianise (CE) Address Via San Francesco 2, Caserta, Italy Home Phone Mobile Phone pasquale.cirillo1987@gmail.com Skype pasquale.cirillo Biographical profile Pasquale Cirillo was born on 18/05/1987 in Marcianise (CE - Italy). He receives the Bachelor s Degree in Computer Engineering at the Second University of Naples in July 2010 and the Master s Degree in January 30, The thesis, titled Magnetic Field Mapping of the Recoil Mass Separator ERNA: a robotized solution, concerns the robotized measurement of the magnetic field generated by the electromagnetic devices that constitute the ERNA separator installed at the CIRCE laboratory, San Nicola (CE). For this purpose, an ABB IRB 140 and the offline programming tool RobotStudio, have been used. From May 2013 to April 2014 he holds a research grant, titled Algoritmi di controllo di un sistema robotizzato per la foratura di elementi strutturali aeronautici, funded under the research project LOCOMACHS - FP7 and he collaborates with the DIII at SUN. From August 2014 to now he holds a research grant, titled Algoritmi di controllo di un sistema robotizzato per l assemblaggio di elementi strutturali aeronautici, funded under the research project PON Ricerca e Competitivit IESWECAN. He is qualified to the engineering profession in date 25 February Currently, he is a Ph.D Student in Electronic Engineering at the Second University of Naples and his research interests are focused on development of advanced robotic technologies for lean manufacturing of aircraft and on development of novel sensing solutions for advanced robotics and physical human-robot interaction. 3 Professional experiences 01/08/2014 NOW Collaborator with a Research Grant at DIII of SUN. Winner of a Research Grant, titled Algoritmi di controllo di un sistema robotizzato per l assemblaggio di elementi strutturali aeronautici, funded under the research project PON Ricerca e Competitivit IESWECAN. Tutor of the activities is Prof. Ciro Natale (Associate Professor of SUN). 01/01/ /02/2015 Consultant at TEA Impianti S.R.L. (Marcianise - CE) on behalf of DIII (SUN). Design and implementation of a robotic cell. The activities were focused on path planning, collision and reachability analysis developed in Coppelia Robotics V- REP robotics simulator environment, design of robot end-effectors, software design and software test and validation. The work was supported by TEA Impianti S.R.L. under the A.R.Q.U.E. project. 16/12/ /12/2014 Consultant for Breico Solutions srl (Torino). Teaching of 24 hours for the training course Corso base di ABB RobotStudio held at AVIO GE in Rivalta

4 Pasquale Cirillo s Curriculum Vitæ 2 (TO). 01/05/ /04/2014 Collaborator with a Research Grant at DIII of SUN. Winner of a Research Grant, titled Algoritmi di controllo di un sistema robotizzato per la foratura di elementi strutturali aeronautici, funded under the research project LOCOMACHS - FP7. Tutor of the activities is Prof. Ciro Natale (Associate Professor of SUN). 22/04/ /04/2013 Collaborator at SUN - DIII. Contract of occasional technical employment consisting the Installation and configuration of a robotic cells simulator. The collaboration is carried out as part of of the FP7 LOw COst Manufacturing and Assembly of Composite and Hybrid Structures - (LOCOMACHS) European Research Project. 01/12/ /11/2013 Consultant as Embedded System Developer at STMicroelectronics, Arzano site. Implementation of a set of Low Level Peripheral Drivers for PowerPC-based microcontroller such as SPC56 MCUs including SPC560D, SPC560B, SPC560C, SPC564B, SPC56EC, SPC563M, SPC564A, SPC560P, SPC56EL. In particular, the ICU, PWM, CAN and ADC drivers have been developed for the mentioned platforms according to the ChibiOS/RT templates and they have been integrated in SPC5Studio environment. 01/10/ /03/2013 Collaborator with Co.Co.Pro. contract at AEROMECHS srl. Collaborator in the MAS DE NADA project, as part of the FP7 JTI Cleansky European project, aimed to develop a system for the intelligent control of electricity on board using innovative electronic modules. In the project, the requirements of the system software were defined. In particular, the attention was focused on the programming of ARM microcontrollers using RealTime O.S. such as FreeRTOS. 4 Education 01/05/2013 NOW PhD Student in Electronic and Computer Engineering at Second University of Naples - DIII. The research interests are focused on development of advanced robotic technologies for lean manufacturing of aircraft and on development of novel sensing solutions for advanced robotics and physical human-robot interaction. The work is carried out under the LOCOMACHS (LOw COst Manufacturing and Assembly of Composite and Hybrid Structures) project and SAPHARI (Safe and Autonomous Physical Human-Aware Robot Interaction) project both funded under the European Community s 7th Framework Programme. 25/02/2014 Professional engineer certificate at Second University of Naples. 8/7/ /07/2013 SIDRA Summer School The subjects of Systems Biology and Vehicle Dynamics Control were treated. In particular, the following topics were illustrated: Introduction to kinetic models and gene and metabolic networks models; Structural properties of biological networks; Biological systems identification; Reverse-engineering of gene regulatory networks; Models for the inhibition of tumor growth; Lateral and yaw dynamics; Longitudinal dynamic control by conventional and electromechanical system;

5 Pasquale Cirillo s Curriculum Vitæ 3 Longitudinal dynamic control in applications of Adaptive Cruise Control (ACC) and platooning; Dynamic control through vertical suspension electronically controlled. 12/10/ /01/2013 Master s Degree in Computer Engineering, curriculum Automation (summa cum laude), at SUN in Aversa (CE). The thesis, titled Magnetic Field Mapping of the Recoil Mass Separator ERNA: a robotized solution, carried out in collaboration with the CIRCE laboratory (Center for Isotopic Research on the Cultural and Environmental heritage) of the Dipartimento di Matematica e Fisica of the SUN and partner of the Regional Competence Center INNOVA, as part of the ERNA project, a collaboration between the INFN Sezione di Napoli and the Ruhr-Universitt of Bochum, concerns the measurement of the magnetic fields generated by any magnetic devices constituting the recoil mass separator ERNA using a robotized approach. During the work, high expertise on the use of industrial robots and on the programming and calibration of robotic cells have been acquired. In particular, the ABB IRB 140 and the offline programming tool ABB RobotStudio have been utilized. The studies were focused on the learning of the basic concepts about: Automatic Control; Telecomunication Systems; Electromagnetic and Photonic Technologies for Transmission Systems; Optimization Methods (study and software implementation of minimization and optimization algorithms); Software Engineering; Calculators Architecture; Robotic; Process Controls; Electronic of Digital Systems; Distributed Systems; Protocols and Security of the Network Systems. 15/11/ /01/2012 Training inter lauream carried out at the Automatic Control Laboratory of the Dipartimento di Ingegneria dell Informazione of the SUN. The work is placed within the European project SAPHARI and it is focused on the advanced robotics and especially on the human-robot interaction. The goal was to design and prototype an innovative modular artificial skin in optoelectronic technology using off-the-sheld and lowcost devices. So, a depth knowledge of the embedded systems, measurement instruments and of electronic in general has been learned. The training ended with the submission of the paper titled A Modular and Low-Cost Artificial Skin for Robotic Applications to 4th IEEE RAS/EMBS International Conference on Biomedical Robotics and Biomechatronics (BioRob2012). 25/07/ /08/2011 Partecipation to the Campus@Micron in Information Technology at Micron Technology in Avezzano (AQ). During Campus@Micron, the the principle technologies used in Micron for process management and IT governance were presented. They include: IT Governance; Information Security; IT Governance Software methodology: Project Management and RUP; Network Infrastructure; System and Storage management: virtualization, DAS/NAS/SAN technologies for storage, diskless PC, RAID (UNIX/LINUX and Windows perspectives); Systems management solution: Performance analysis Measurement, Patrol Central, High Reliability solutions (redundancy, Cluster System); DB administration: Microsoft SQL Server management, fault tolerance management; Introduction to ASP.Net environment; Grid Computing and Micron solution: Condor; MES System: Automation and APC (Advanced Process Control) systems integration; Business Intelligence; Introduction to SharePoint; Business Intelligence and SharePoint integration.

6 Pasquale Cirillo s Curriculum Vitæ 4 09/ /07/2010 Bachelor s Thesis in Computer Engineering (110/110). The thesis, titled Sistema di acquisizione embedded per sensori in applicazioni robotiche, was carried out within the DEXMART project funded by the European Community and to which the DII of the Facoltà di Ingegneria - SUN participates. The topics covered allowed the learning of the main programming methodologies for embedded programmable systems. Specifically, the Microchip PIC microcontrollers were used for the realization of devices that allow the acquisition and the A/D conversion of transducers analog signals, such as optoelectronic sensors and tactile sensors for the measurement of angular variations of the joints of a data glove. In a second prototype to increment the number of analog channels and to improve the sample rate an external A/D converter, which is capable of communicate with the microcontroller via SPI protocol, was used. In the second phase of the work the acquisition board has been synchronized with a VICON MOCAP system to acquire data from the transducers and mocap alternatively used on the DII robotic sensorized glove. The circuit was implemented first on a printed circuit board via CNC machine generating the SPICE model in Target3001! CAD software and, later, in SMD technology the SPICE model and the gerber files using Eagle CAD software. Also, in the thesis.net C# language was used to realize an application for the data acquisition from the acquisition board developed using RS232 protocol and for displaying the data in the MATLAB environment. The university studies covered the following thematics: Mathematics, Physics, Chemistry, Elements of Programming (C/C++), Electronic Calculators - Assembler (simulations with M68000), OOP programming (Java), Governance of Information Systems, English language, Electrotechnical Theory, Telecommunications, Probability and Information, Fundamentals of Electronics, Operating Systems, Systems Theory, Signal Theory, Electronic Measurements, Electromagnetic fields. 21/04/ /05/2009 Seminar at Elasis in Pomigliano D Arco (NA). In the seminar, which lasted 21 hours, themes as Virtual Reality and its use in the physical ergonomics applications, ergonomics process and perceived quality were treated. In addition, the development environment and the theory of Jack 3D Human Modelling were introduced. The course is was broken down as follows: Module I (9 hours): VR technologies Description of the Center for VR Elasis VR applications Module II (6 hours): Introduction to Production Process Introduction to Jack (application of the theory of the Human Modelling) Applications of Ergonomics Process Module III (6 hours): Applications of Ergonomics Physics Applications of Human Machine Interface Applications of Perceived Quality 30/04/2010 ECDL - European Computer Driving License Advanced - AM5 Database.

7 Pasquale Cirillo s Curriculum Vitæ 5 09/ /2006 High School Diploma (100/100). Scientific High School Diploma obtained at F. Quercia in Marcianise (CE). 27/06/2006 ECDL - European Computer Driving License. 5 Awards September 2013 Automatica.it 2013 Best Interactive Presentation. Best interactive presentation for the article submitted to Automatica.it 2013 (Sidra2013) titled From the DEX- MART tactile sensor to the SAPHARI artificial skin. September 2013 Third Prize in Altera Design Contest 2012/13 InnovateItaly. Team manager and member of the project titled An inertial haptic interface for robotic applications. In the work will be demonstrated that inertial measurement can be used to acquire rich data about human movements and gestures, that can be utilized to control any robotic systems or in videoludic purposes. A wireless six/nine degree-of-freedom inertial measurement unit (IMU) will be used to collect the data. Utilizing the acquired data, an elaboration algorithm will provide the orientation of the sensor with respect an earth reference frame. These information can be used to control the movements of a robotic system, i.e., to control a quadcopter or to control a robotic arm. So, the sensor, supported by an intelligent unit, i.e. FPGA, will be an inertial haptic interface, that can be introduced in videoludic, robotic and medical (i.e., inertial interface for assistant robots) applications. December 2011 Second Prize in Altera Design Contest 2011 InnovateItaly. Team member of the project titled Real Time Control of an Anthropomorphic Robotic Arm using FPGA. The project objective was the implementation of a control system for a 6DOF anthropomorphic arm using the FPGA granted by Altera with the Altera DE1 Board. The robotic arm was also developed within the same project using commercial components such as Hitec servomotors and profiles of lightweight aluminum. Using two Altera DE1 Board e two Xbee Pro wireless modules, the user can steer the manipulator at long distance with a PC keyboard. The team has tried to design a low-cost control system for a little robotic arm (using an emerging technology) that can be used for the manipulation of dangerous objects (chemicals and toxicants), for rescue operations and in any operation in which human intervention is critical. The project has been developed using the software and the technologies granted by Altera: Altera DE1 Board with FPGA Cyclone II, Quartus II 11.0, SOPC Builder and Qsys, NIOS II 11.0 IDE. 6 Publications and Proceedings 6.1 International Journal Paper [IJ1] A. Cirillo, P. Cirillo, G. De Maria, C. Natale and S. Pirozzi, An Artificial Skin Based on Optoelectronic Technology, Sensors & Actuators: A. Physical, vol. 212, pp , 2014, DOI: /j.sna [IJ2] A. Cirillo, P. Cirillo, G. De Maria, C. Natale and S. Pirozzi, A new tactile skin for contact force measurement in human-robot physical interaction, Autonomous Robots, Springer, SUBMITTED

8 Pasquale Cirillo s Curriculum Vitæ International Conference Papers [IC1] A. Cirillo, P. Cirillo, S. Pirozzi, A Modular and Low-Cost Artificial Skin for Robotic Applications, 4th IEEE RAS/EMBS International Conference on Biomedical Robotics and Biomechatronics, Roma, 2012, ISBN: [IC2] A. Cirillo, P. Cirillo, G. De Maria, C. Natale and S. Pirozzi, A Proximity/Contact- Force Sensor for Human Safety in Industrial Robot Environment, IEEE/ASME International Conference on Advanced Intelligent Mechatronics, 2013, ISBN: [IC3] A. Cirillo, P. Cirillo, G. De Maria, C. Natale and S. Pirozzi, A FE Analysis of a Silicone Deformable Interface for Distributed Force Sensors, 7th International Conference on Times of Polimers & Composites, 2014, DOI: / [IC4] A. Cavallo, A. Cirillo, P. Cirillo, G. De Maria, C. Natale and S. Pirozzi, An Optoelectronic Artificial Skin for Contact Force Vector Estimation, 19th IFAC World Congress, Cape Town - South Africa, 2014, pp , DOI: / ZA [IC5] A. Cavallo, A. Cirillo, P. Cirillo, G. De Maria, P. Falco, C. Natale and S. Pirozzi, Experimental Comparison of Sensor Fusion Algorithms for Attitude Estimation, 19th IFAC World Congress, Cape Town - South Africa, 2014, pp , DOI: / ZA Books and Book Chapters [B1] Francesco Basile, Pasquale Chiacchio (Eds.), ROCOCO - COoperative and COllaborative RObotics, CUES, 2013, pp , ISBN: National Meeting and Conference Papers [NC1] A. Cavallo, A. Cirillo, P. Cirillo, G. De Maria, P. Falco, C. Natale and S. Pirozzi, From the DEXMART Tactile Sensor to the SAPHARI Artificial Skin, Automatica.it 2013 (Sidra2013), Palermo, Better Interactive Presentation [NC2] A. Cavallo, A. Cirillo, P. Cirillo, G. De Maria, P. Falco, C. Natale and S. Pirozzi, Low-level flexible planning and safe human-robot interaction using distributed proximity sensing, Automatica.it 2013 (Sidra2013), Palermo, Thesis July 2010 Bachelor s Thesis, Sistema di acquisizione embedded per sensori in applicazioni robotiche. (Advisor Ing. PhD Salvatore Pirozzi) January 2013 Master s Thesis, Magnetic Field Mapping of the Recoil Mass Separator ERNA: a robotized solution. (Advisor Ing. PhD Ciro Natale; Co-Advisors Prof. Lucio Gialanella and Dott. Antonino Di Leva) 7 Technical Skills advanced knowledge of FPGA-based, in particular ALTERA board and software suite, and microcontroller-based systems

9 Pasquale Cirillo s Curriculum Vitæ 7 advanced knowledge of the PIC microcontroller advances knowledge of the MPLab IDE and CCS C Compiler for the PIC firmware development good knowledge of Keil IDE for ARM Cortex programming good knowledge of Eclipse IDE for ARM Cortex programming good knowledge of Arduino microcontrollers, Arduino IDE and Processing programming language advanced knowledge of SPI, UART, I2C and ZigBee protocols advanced knowledge on the use of brushless motors, servomotors and on IMU and MARG sensors advanced knowledge of Windows Operating System and Microsoft Office Suite good knowledge of the Linux Operating System (Ubuntu and Debian distributions) use of procedural and object oriented programming languages (VHDL, Java, C/C++, C#) advanced knowledge of HTML, PHP and MySQL good knowledge of CMS such as Joomla and PrestaShop good knowledge of Matlab, Simulink, Robotic Toolbox, Virtual Reality Toolbox, Fuzzy Logic Toolbox, Real-Time Windows Target good knowledge of dspace instruments and Control Desk Tools good knowledge of the 3D model editing softwares such as Autodesk 3d Studio Max good knowledge of the CAD design software such as Autodesk AutoCad and Autodesk Inventor Fusion good knowledge on the design and develop of the electronic boards good knowledge of CAD software for circuit and PCB design such as Eagle and Target3001! advanced knowledge of the most common laboratory instruments (e.g oscilloscope, signal generator, multimeter) good skills in the use of instruments for the soldering of electronic components advanced knowledge of the industrial robot programming and good knowledge of robot offline programming tool such as ABB RobotStudio 8 Language Skills Italian: mother tongue English: good, spoken and written

10 Pasquale Cirillo s Curriculum Vitæ 8 9 Personal Interests In his studies the interest in robotics and in embedded systems has increased. In the spare time, webservices, small prototypes of autonomous mobile robots, anthropomorphic arm, quadcopters and embedded devices have been developed. Some project developed by Pasquale Cirillo are presented on his personal Website. Below, the links to the projects and videos pages are reported: Personal Website: Projects page: Videos page: