Curriculum vitae 2.0 english


Published on

  • Be the first to comment

  • Be the first to like this

Curriculum vitae 2.0 english

  1. 1. ROMY BOMPART Urb. Los Olivos, Conjunto Residencial La Arboleda, calle Los Alamos, Casa #18 Puerto Ordaz, Bolívar Venezuela 8050 Home Phone: 011-58-286-9616250 Mobile: 011-58-414-864-58-34 Email: Availability to be relocated Languages: Spanish (native), English and Portuguese. Electronic EngineerProfession Interest: Automatization and Control:Induction Heating System Design, Monitoring Systems Design, Analog and Digital circuit studies:Simulation and Design, Automatization and Control using programmable logic controller (PLC),Programming , Process Control Computer, Printed Circuit Board (PCB) studies: Layout andDesign, 3D Modeling of PCB Components. Key SkillsMs Office: Word, Excel, PowerPoint, Outlook, OpenProjCircuit Simulation: Altium Designed Release 10, Orcad Pspice 9.2, Ares Proteus, MatLab, Program CCDesign: Isis Proteus, Altium Designed Release 10, PCB wizard, Adobe Photoshop CS6, SketchUp 8Transmission Systems: Radio Mobile, Feko Software, and Cisco Network DesignProgramming Language: C/C++, Assembler, Visual Programming Language, Relay Logic, HTML, CCS, PHP, Java/JavaScript.Programming Programs: MPLAB, MIKROC, PIC CCS, PIC C30, Eclipse Indigo, Dreamweaver CS6, LabView, MatLab, Program CC, Step 7 SimulinkOperation System: Windows XP/ Vista/ 7, Linux Android, Debian, Ubuntu.PCB construction Methods: Double sided Component Assembly, Conventional, transfer through paper (using heat) and through exposure (using light)
  2. 2. Work Experience 2007 – 2011VENEZUELAN CORPORATION OF ALUMINIUM (CVG VENALUM)Puerto Ordaz – Venezuela Internship Program as Research and Development EngineerJune 2011 – September 2011 Investigation and Development Department of CVG VenalumDuring the current period carried out studies in the following areas:Electromagnetic Theory and Induction Heater principles • The utility of the induced current to the design an induction furnace taking into account aspects such as: skin depth, frequency, electric power, etc. • Understanding of how the magnetic field is applied to generate induced electric current as well as how the electric field is linked with the magnetic field developing Maxwell equations. • Development of a build process of Induction Heater by means of equations and procedures of construction.Induction Heater Control System • Carried out with the concept of the feedback loop to control the frequency which is given by the AC/DC Inverter. • Controlled design of the loop based on Phase-locked loop (PLL) to maintain the maximum transferred power. • A wide review about the different architectures of inverters.In addition to the study, carried out the following activities: • Determination of the electric power which must be used to melt the aluminium adhered to the siphon by means of an average of volume measures in order to design the whole system • Study of the production of aluminum in CVG Venalum (Proposed by the Tutor to understand the integral process) • Testing of the power switches and studies about theirs to select the most indicated to the application, taking in count the price, the efficient, and the durability • Developed PCB design for each module: Power supply, Inverter, Control, Tank Circuit using Altium Release 10 and Isis Proteus, plus ScketchUp 8.
  3. 3. • Developed a prototype that melted 64g of Aluminium.POLYTECHNIC EXPERIMENTAL NATIONAL UNIVERSITY ANTONIO JOSE DE SUCRE (UNEXPO)Electronic School, Puerto Ordaz – Venezuela Programming and Development EngineerOctober 2010 September 2011 Social Work to Develop two wireless display board in the community Baseball Stadium of Villa AsiaDuring this time the following activities were carried out: • Design of circuitries which forms the system of both of display boards and control. • Modeling of circuitries on the computer carried out with Isis Proteus and SketchUp 8 • Development and testing of the PCB designed previously • Configuration of Xbee© series 2 and 1 to receive and transmit the information between control and display board • Developed an algorithm to detect faulty transmission and to manage the whole process of displaying the information on 7-segment displays, including the control program Computing II trainerMarch 2009 - September 2010 University Work to give aid for those students with weaknesses in this area.In this period of time achieved the followings goals: • Algorithm Development to solve mathematical equations such as integral, sequence, etc. • Optimization of Microcontrollers algorism • Development of Laboratory practices • Aid to students with weakness in this field Physics II trainerMarch 2007 - September 2008 University Work to give aid for those students with weaknesses in this area.In this period of time achieved the followings goals: • Better conceptualisation of physics theories through research and teachings • Intense study of Electromagnetic theory
  4. 4. • Development of Laboratory practices • Aid to students with weakness in this field EducationPolytechnic Experimental National University Antonio Jose de Sucre(UNEXPO), Puerto Ordaz - Venezuela.Bachelor of Science in Electronic EngineeringThesis Project: Design and Construction of an Induction Heater to project an Induction Systemcapable to release the aluminium adhered on siphons of CVG Venalum AwardsOutstanding academic performance during the university career. Final GPA 7.28 over 9Recognition for the service as a Physics II and Computing II trainer during the university career Specialized Training • Process Control using Fuzzy Logic May, 2010. University of the Andes (ULA), Mérida, Mérida, Venezuela • Auto-location of Mobile Robots May, 2010. University of the Andes (ULA), Mérida, Mérida, Venezuela Professional AssociationMember, CIV (Association of Professional Engineers of Venezuela)