Program Overview

University of Novi Sad

Faculty of Technical Sciences

The Faculty of Technical Sciences is a higher education institution that offers a wide range of academic programs in the field of technical sciences.

Departments

The faculty consists of several departments, including:

• Department of Energetics, Electronics, and Telecommunications
• Department of Mechanical Engineering and Construction Engineering
• Department of Architecture and Urban Planning
• Department of Production Engineering
• Department of Environmental Engineering and Occupational Safety
• Department of General Disciplines in Engineering
• Department of Civil Engineering and Geodesy
• Department of Technical Mechanics
• Department of Computer Science and Automation
• Department of Industrial Engineering and Management
• Department of Transportation Engineering
• Department of Energy and Process Engineering
• Department of Graphic Engineering and Design

Study Programs

The faculty offers various study programs, including:

• Bachelor's degree programs
• Master's degree programs
• Doctoral degree programs

Accreditation

The faculty's study programs are accredited by the relevant authorities, ensuring that they meet the highest standards of quality and academic excellence.

Research Areas

The faculty's research areas include:

• Energetics and electronics
• Mechanical engineering and construction engineering
• Architecture and urban planning
• Production engineering
• Environmental engineering and occupational safety
• Computer science and automation
• Industrial engineering and management
• Transportation engineering
• Energy and process engineering
• Graphic engineering and design

Course: Design and Fabrication of Passive Micro and Nano Components

Course Description

The course covers the design and fabrication of integrated passive micro and nano electronic components, including resistors, capacitors, inductors, filters, and others.

Course Objectives

The course objectives are to:

• Prepare students for research work in the field of design and fabrication of integrated passive micro and nano electronic components
• Enable students to successfully design integrated passive components using modern software packages
• Enable students to apply optimization procedures to achieve optimal component performance
• Enable students to successfully fabricate designed components using various fabrication processes

Course Content

The course content includes:

• Design of integrated passive components (resistors, capacitors, inductors, filters, etc.)
• Application of optimization procedures in design (geometric programming, surface response method, etc.)
• Redesign of components
• Drawing of masks in modern software packages (Autocad, Cadence, Expert)
• Overview of the most common fabrication processes (LTCC, MEMS, NEMS, monolithic, etc.)
• Overview of scientific papers in this field
• Part of the course involves independent research work in the field of design and fabrication of passive micro and nano electronic components

Teaching Methods

The teaching methods include:

• Lectures
• Consultations
• Independent research work
• Demonstrations of work with modern measurement instruments, with an emphasis on active involvement of students and their independent work

Literature

The literature includes:

• Schaper and R. K. Ulrich, "Integrated Passive Component Technology", 2003, 1st ed., L. W., Eds. Piscataway, NJ: IEEE Press, English
• Jaime Aguilera and Roc Berenguer, "Design and Test of Integrated Inductors for RF Applications", 2003, Kluwer Academic Publishers, English

Assessment

The assessment includes:

• Presence at lectures (5 points)
• Oral part of the exam (50 points)
• Seminar paper (45 points)

Teachers

The teachers include:

• Prof. Dr. Goran Stojanovic, Full Professor, Lectures
• Doc. Dr. Sanja Kojic, Associate Professor, Lectures