myphotoСЛОБОДАН Н. ВУКОСАВИЋ, редовни члан Академије Инжењерских Наука Србије (АИНС) oд 2007. године, дипломирани инжењер електротехнике, редовни професор Електротехничког факултета Универзитета у Београду и шеф Одсека за енергетику ЕТФ, члан је савета Универзитета, савета ЕТФ, комисије IEC TC9 и других међународних и националних стручних тела. Аутор је техничких решења и проналазака заштићених међународним патентима. Руководио је истраживачко развојним тимовима корпорација Емерсон, Викерс и MOOG, и дизајнирао хардвер и софтвер система за управљање кретањем робота за производњу аутомобила, који се и данас користе у фабрикама Европских произвођача. За техничка решења и публикације добија Теслину награду, Диплому Привредне коморе Београда и друге. На ЕТФ држи наставу из предмета Електричне машине, Електрична возила и Дигитално управљање пре­ тварачима и погонима. На постдипломским студијама предаје три спе­ цијалистичка курса. Семинаре и предавања одржава на факултетима универзитета у Бањалуци, Ливерпулу, Торину, Новом Саду и Ђенови, као и на Универзитету North-Eastern у Бостону где је 2003. изабран за придруженог професора. Говори енглески, италијански и руски језик. Аутор је великог броја научних радова, међународних патената, уџбени­ка и монографија. Основао je Лабораторију за микропроцесорско управљање при ЕТФ, која се бави применом ДСП технологија у електроенергетици. Тим студената сарадника Лабораторије је освојио прву награду на светском такмичењу студената електротехнике, одржаном у Чикагу 2005. Проф. Вукосавић руководи тимом за развој и примену електростатичких преципитатора, који се бави научним, истраживачким и практичним аспектима отклањања штетних материја из дима који емитују термоелектране и индустрија. Техничка решења која је тим начинио и применио примењују се у Србији од 2005. и привлаче пажњу корисника ван Србије. За собом има 21 међународни пројекат и 23 пројекта националног значаја.

 

SLOBODAN N. VUKOSAVIĆ, full member AESS rom 2007., Ph.D. EE, Full Member of Academy of Engineering Sciences of Serbia (AESS) from 1998, was born on January 27, 1962. in Sarajevo, by mother Ankica, b. Čekić, and father Nikota. He obtained his B.Sc. and Ph.D. degrees at the School of Electrical Engineering, University of Belgrade in 1985 and 1989, respectively. He is elected an associate professor at the University Belgrade in 1998, and for full professor in 2003. He is currently the Head of The Power Enginnering Department. He was visiting professor, lecturer at postgraduate courses, and gave seminars at technical institutes and universities in Boston (NEU), Novi Sad, in Italy (TO, GE), and Banja Luka. With Vickers Electric since ‘91, his R/D team developed motion control products for industrial robots in use at major EU car manufacturers.

Јoined ESCD Laboratory of Emerson Electric, St. Louis, in ‘88, conducted research in the field of SR drives and sensorless drives.

His interests include Electrical machines, motion control (MC) technologies applied to general automation, embedded DSP solutions in power electronics and electrical drives (PED), power conversion, clean and renewable energy technologies. In the field of electrical machines, design and control resulting in an increased efficiency and reliability, multiphase machines, SR machines, and the application of DSP technologies in monitoring and diagnostics of large machines. MC research is focused on transmission-less structures with linear motors, and performance improvement of conventional robots by anti-resonant controllers, suppressing the mechanical resonance in compliance-critical, flexible transmission. Proprietary control & tuning for MC systems extend the bandwidth, reduce stiffness and allow for shorter cycles. His R/D activity in PED include the motor-converter integration, efficiency optimized control, switching techniques reducing the insulation stress, state reconstruction for sensorless drives and parameter estimation focused on efficiency, robustness and diagnostics. Efforts in the field of energy conversion include novel topologies and embedded control providing reduced conversion losses, and concede savings on iron, copper and power semiconductors. His interest include electrostatic precipitation (ESP) applied to filtering pollution gasses released by power plants and industry.

His over 100 scientific papers are cited in leading international publications, including Wiley Encyclopaedia of E&E Engineering (SCI = 105 excluding self-citations). Author of patented technical inventions. Member of the Serbian national academy of engineering, adjunct professor at the North Eastern University (Boston), IEC TC9 member, IEEE and IEE reviewer, member of the of the Belgrade University Council, Head of the Power engineering department. His students won the 1st prize at the IEEE “FEC” contest in 2005. He published several textbooks and monographs, the most recent one being Digital Control of Electrical Drives, published in 2007. by Springer.

He founded The Laboratory for Digital Control of Electrical Drives and Power Converters at the School of Electrical Engineering, at The University of Belgrade (DDC Lab), with the goal of applying the DSP technology in power electronics and drives, with the motto to save on iron and copper by smart use of silicon and software. Design house with mature experience in developing, prototyping and manufacturing consumer, industrial, automotive and appliance products involving power electronics, electrical drives, digital controls and the DSP technology.

The Laboratory founded by Slobodan Vukosavić works in the field of DSP-controlled power conversion, general purpose drives, Automotive, Military, Appliances, Electrical drives, Motion control systems, UPS, electrical traction, fork lifts, golf carts, alternative energy. Technical expertise includes long, mature experience in designing servo drives and motion control systems. Consulting in power electronics and industrial drives. Analytical studies, experimental and prototyping capability in building low-cost appliance drives designed to the norms. Complete product development cycle, potentials and risks, rapid prototyping, Compliance to applicable standards. Providing design and manufacturing documentation tested and qualified samples. Development and design of converter topologies, Hardware, software & firmware, Analog & digital, Circuit & PCB designs. Reliability, safety and compliance. Fresh ideas are generated from a synergy of DDC-Lab mature experience of our engineers and the energy brought in by our new University postgraduates. Experience and flexibility we gained over the years turned us into a cost-effective, one-stop service provider for your product design, prototyping, qualification and production needs. Our outsource design capacity and flexibility ensure correct product integration, technical and post-production support. Our technical expertise and references are the unique benefits, completing our service provider offer. The DDC Lab offers quick and simple one-stop product design services, with both the cost and technical effectiveness. The Lab performed research for Sever-Subotica, Sprade-COM India, Serbain Railways, Nikola Tesla Power Plant, Zastava-automobili, Vickers-Electric, MOOG-Electric, International Rectifier, Lord-Baladyne Corp., Emerson Electric, Msemicon-IRL, GND-UPS Taiwan, Semicron, ELGE-Mi, Polimotor-GE, Iskra-avtoelektrika, Atech-SI, and other domestic and international companies and centers.