Jelena Radic Email and Phone Number

Active Sensor Monitoring Network and Environmental Evaluation for Protection and Wise use of Wetlands and Other Surface Waters - SeNs Wetlands Project is financed with around EUR 390,000 by the Interreg IPA Cross-border Cooperation Programme Croatia-Serbia 2014-2020. The Project main objective is the development of integrated cross-border monitoring for protection of environment and biodiversity, which will provide new cross-border data correlation and evaluation. Specific objectives of the… Show more Active Sensor Monitoring Network and Environmental Evaluation for Protection and Wise use of Wetlands and Other Surface Waters - SeNs Wetlands Project is financed with around EUR 390,000 by the Interreg IPA Cross-border Cooperation Programme Croatia-Serbia 2014-2020. The Project main objective is the development of integrated cross-border monitoring for protection of environment and biodiversity, which will provide new cross-border data correlation and evaluation. Specific objectives of the Project are:Development and implementation of active sensor monitoring system which will provide cross-border database;Analysis of physicochemical parameters in water by analytical and new fiber optic sensor methods;Definition of guidelines for enhancing the ecosystem services of bankside vegetation in the agricultural landscapes in Pannonia region and adjacent areas;Collection of data about the interests of local communities and other stakeholders in the sustainable use of the multifunctional vegetation strips. Show less

• Department of Power, Electronics and Telecommunications Engineering Undergraduate Courses: “Computer aided design of analog integrated circuits “, “Computer aided design of digital integrated circuits “ , “Electronics in communication“, and “Software lab skills“• Department of Mechatronics Undergraduate Courses: “Introduction to electronics“, and “Digital electronics“• Department of Power, Electronics and Telecommunications Engineering Graduate Course: “Advanced computer aided… Show more • Department of Power, Electronics and Telecommunications Engineering Undergraduate Courses: “Computer aided design of analog integrated circuits “, “Computer aided design of digital integrated circuits “ , “Electronics in communication“, and “Software lab skills“• Department of Mechatronics Undergraduate Courses: “Introduction to electronics“, and “Digital electronics“• Department of Power, Electronics and Telecommunications Engineering Graduate Course: “Advanced computer aided design of microelectronic circuits“• Co-supervised diploma theses related to analog and digital IC design• Designed and implemented laboratory exercises in analog, digital and RF IC design• Developed a reconfigurable, low cost, low-power IR-UWB pulse generators based on Gaussian baseband pulse shaping, achieving state-of-the-art 10dB bandwidth. The PGs are FCC mask compatible and ready to drive a 50 Ohms load.• Complete development flow: circuit design, IC fabrication, and characterization. • Participated in the development and characterization of parts of an IR-UWB Receiver• Designed an Operation and Differential Amplifier in 0.35μm AMS BiCMOS technology • Characterization of passive components Show less

• Developed a reconfigurable, low cost, low-power ring oscillator-based IR-UWB pulse generators, achieving state-of-the-art 10dB bandwidth. The PGs are FCC mask compatible and ready to drive a 50 Ohms load. • Designed adjustable MB–OFDM UWB Power Amplifiers in 130nm and 180nm UMC CMOS technologies• Designed a Narowband Mixer for 2.4 GHz frequency in 0.35μm AMS BiCMOS technology• Designed a Narrowband Low Noise Amplifier for 2.4 GHz frequency in 0.35μm AMS BiCMOS… Show more • Developed a reconfigurable, low cost, low-power ring oscillator-based IR-UWB pulse generators, achieving state-of-the-art 10dB bandwidth. The PGs are FCC mask compatible and ready to drive a 50 Ohms load. • Designed adjustable MB–OFDM UWB Power Amplifiers in 130nm and 180nm UMC CMOS technologies• Designed a Narowband Mixer for 2.4 GHz frequency in 0.35μm AMS BiCMOS technology• Designed a Narrowband Low Noise Amplifier for 2.4 GHz frequency in 0.35μm AMS BiCMOS technology• Upgraded the RF laboratory measurement equipment for (on-die) Wafer Probing Station measurement (Including RF and DC probes, Spectrum Analyzer, RF Oscilloscope, Pulse Pattern Generator and specially implemented PCB circuits for Power Supply) • Participated in the preparation and submission of the UWB project technical annex as well as progress reports and deliverables. Responsible for placing the orders for laboratory components. Show less