Electronics engineer with 5+ years of experience in controller and circuit card design, as well as system integration and qualification, mainly in the aerospace industry. Strong background in analog electronics and control theory. Self-initiative and commitment to teamwork to solve sophisticated problems. Multilingual communication skills. Quick adaptable learner and motivated questioner. |
Professional Experience |
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Senior electronics design engineer [Company name undisclosed] |
2009 – 2010 |
▪ Helped the project team analyze torque output and electrical input requirements of a servo system to be mounted on airplanes, in order to determine design specifications for the motor control card to drive this system ▪ Performed electrical and thermal circuit simulations, negotiated board mechanical outline and matters related to card's digital parts such as the MCU and FPGA, and designed the first such combined motor control card in the department, per specifications and applicable reliability standards, with the following capabilities: • Drive and control 1 brushless and 2 brush DC motors up to 60V/300W each, with the architecture allowing FOC • Control 2 solenoid brakes, and condition feedback signals from 2 encoders and 2 resolvers • Manage various supplementary circuitry such as RS232/RS422 communication, voltage reference generation, internal failure checks, buffering, filtering, etc ▪ Drafted schematics of a 28V/50W heater and fan control card for a UAV mission computer and a 3.3V/1W heater control card for a HUD mini LCD, reviewed schematic and board layout of a high-precision resolver-to-digital conversion card, and supervised 3 junior engineers implementing these designs |
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Electronics design engineer [Company name undisclosed] |
2005 – 2009 |
▪ Assisted the project team in developing stabilization and tracking algorithms, and in tuning and testing the control loops of a 4-axis gimballed FLIR system mounted on UAVs and helicopters, to be sold to a foreign customer as part of an international project ▪ Devised experiments for stabilization and controller performance evaluations, and performed HIL tests for these ▪ Actively took on extra roles in system integration processes and qualification tests ▪ Upgraded test setup to speed up plant dynamics and frequency response analysis tasks, which enabled to save significant engineering time in recurrent plant identification, tuning and controller performance tests ▪ Organized and performed auxiliary tasks for the development of this system, such as revisions of mechanical designs and cablings for its heater, spotter camera and hand control units, and redesign of a CPLD based card for the hand control unit ▪ Designed and verified several multi-layered analog and mixed-signal cards of varying complexity for the system, including a 100V/1kWx3 heater control card with fan feedback signal conditioning, a humidity sensor card, and a DC/DC power converter and filtering card, per appropriate reliability and production standards ▪ On own initiative diagnosed problems of the spotter camera unit in the system and demonstrated its successful operation, thus eliminated a potential investment loss and helped the team pass upcoming system qualification tests without delay ▪ Modified and manually finalized the production of a small batch of spotter optical assembly control cards in order to accelerate system integration and meet delivery deadline for acceptance tests during a busy period of the project ▪ Compiled and documented relevant information, by overcoming challenges of poor previous documentation where needed, and kept databases of components supplied from a diverse geographical distribution of vendor companies |
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Research assistant [Company name undisclosed] |
2004 – 2005 |
▪ Programmed image velocimetry algorithms for visualization and velocity estimation of microscale gas flow, and conducted experiments to capture images for processing, results of which were published in a project report ▪ Trained 2 students to carry out the experiments and use the programs |
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Lab assistant [Company name undisclosed] |
2004 |
▪ Developed a neural network controller for a 5-dof industrial robot and implemented its virtual reality simulation |
Education |
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MSc Systems, Control and Robotics KTH, Stockholm |
2010 – 2012 |
▪ Expected graduation: January 2013 (GPA: 4.4/5) ▪ Thesis: Algorithms and models for lateral merging of platoons ▪ Main course projects include: • Autonomous mobile robot for maze exploration with object identification • EKF-SLAM implementation with improvements • Real-time servo simulation and control with trajectory planning • Robot localization using particle filters |
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BSc Electrical and Electronics Engineering |
2000 – 2004 |
▪ Honors (GPA: 3.4/4), specialization: control systems ▪ Thesis: Neural network controller based on sliding mode learning algorithm for a 5-dof industrial robot |
Skills |
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Languages (CEFR) |
English (C2), German (C1), Swedish (B1), Spanish (A1) |
Design tools |
Good: MATLAB and Simulink, especially Control System, System Identification, Symbolic Math, Signal Processing, Image Processing, Stateflow, SimMechanics, Simulink Control Design, xPC Target, and Virtual Reality (Simulink 3D Animation) toolboxes, dynamic signal analyzers, oscilloscopes Basic: Eclipse, Code Composer Studio, Visual Studio C++, LabVIEW, Modelica, CAN, V-Realm Builder |
EDA software |
Good: SPICE, Mentor Graphics Board Station Design Architect and Layout, Cadence OrCAD, LTspice/SwitcherCAD Basic: NI Multisim and Ultiboard |
Programming |
Good: C, MATLAB Basic: C++, Python, PIC assembly, VRML |
Activities & Awards |
2012 – Finalist in the EUREL IMC (International Management Cup) in Stockholm 2012 – Successful completion of the Summer of Innovation program at KTH 2011 – “TESP 2011 Robotics” course with KTH travel grant in addition to JASSO (Japan Student Services Organization) and Tohoku University scholarship in Sendai 2011 – Advanced German language course with DAAD (German Academic Exchange Service) scholarship in Aachen 2008 – “Operational Amplifiers: Theory and Design” course at Delft University of Technology |
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