Introduction to Radio Frequency Engineering

The certificate course "Introduction to Radio Frequency Engineering" imparts to the participants basic knowledge in the area of high frequency and radio frequency techniques, and with this is intended to facilitate the start into the accompanying Master's degree course "Sensor Systems".

Online kick-off meeting:

February 9, 2018

Webinars (Online-seminars):

Appointments will be announced on February 9, 2018

One day of on-campus attendance (Online participation will be provided optionally):

is expected to take place in mid-april

Oral exam (The oral exam will usually take place at Ulm Univerity):

by personal agreement

Module description

The description of the module you find here.

Contents of the course

  • Real circuit devices
  • Short overview on Maxwell's equations, boundary conditions, wave equation, vector potential, Pointing vector, skin effect, plane waves
  • Waves on transmission lines
  • Smith chart, reflection of waves at load impedances, impedance transformation by transmission lines and other circuit elements
  • Wave amplitudes, description of linear, time-invariant wave-based N-ports by scattering parameters, signal flow diagrams
  • Electronic noise
  • Components like filters, couplers, amplifiers, mixers
  • Basic terms of antenna technology
  • Introduction into wave propagation

Learning aims of the course

With the successful completion of this module, the participants will be able to describe basic properties of important radio frequency components and to use their performance to design respective circuits. They will be capable to apply basic methods for the analysis and the design of state-of-the-art RF circuits and systems.

Excerpt of the courseware

Excerpt of the courseware

Learning setting

  • Self-study with learning material that is offered on a learning platform (written material, videos, interactive exercises)
  • Webinars (online-seminars)
  • Possibility of thematic exchange in an online forum
  • One day of on-campus attendance as a refresher course (online participation will be provided optionally)
  • Oral exam (will usually take place at Ulm University)

After finishing the module successfully, you will receive a certificate and a supplement, which will list the contents of the module and the competencies you have acquired. The supplement confirms you the equivalent of 3 credit points (European Credit Transfer System).

Requirements

  • Basics of electrical engineering
  • Advanced mathematics (complex calculation, basics of vector analysis)
  • Analogue circuits
  • Signals and systems

Technical Requirements for E-Learning

Minimum requirements:

  • A desktop computer or notebook, with Windows 7 or more recent, Linux or OS X 10.9
  • Current version of Mozilla Firefox, Google Chrome, Safari or Internet Explorer (11 or more recent)
  • Current version of Adobe Flash Plugin in the browser (needed only for online-consultation hours and online-webinars)
  • Access to the internet via xDSL, Cable, LTE or with a minimum of 2 Mbit/s for downstream and 192 kbit/s for upstream (“DSL 2000”)

Recommended requirements:

  • A desktop computer or notebook, with Windows 7 or more recent, Linux or OS X 10.9, dual-core or more, 2 GHz or more
  • Current version of Mozilla Firefox, Google Chrome, Safari, IE11 (or more recent)
  • Current version of Adobe Flash Plugin in the browser (needed only for online-consultation hours and online-webinars)
  • Access to the internet via xDSL, Cable, LTE or with a minimum of 6 Mbit/s for downstream and 576 kbit/s for upstream (“DSL 6000”)

Study fees

The fee for participating in the module “Introduction to Radio Frequency Engineering” is 220 Euro.

It includes the use of all learning materials for the duration of the course, as well as the support by the Institute of Microwave Engineering at Ulm University. It also includes the possibility of taking the oral exam.

Certificate courses

Register now

Application: January 26, 2018

Lecturer

Prof. Dr.-Ing. Wolfgang Menzel
Institute of Microwave Engineering

Dr.-Ing. Tobias Chaloun
Institute of Microwave Engineering