# Microwave Sensing, Signals and Systems

**Source**: https://radar.tudelft.nl/Education/
**Parent**: https://radar.tudelft.nl/Facilities/radarlab.php

**[Microwave Sensing, Signals and Systems](https://radar.tudelft.nl/)** 

[Department of Microelectronics](http://microelectronics.tudelft.nl)

# Education at the MS3 Group

The Microwave Sensing, Signals and Systems (MS3) group
focuses on education on physical and signal-processing foundations of wireless
systems by exploiting electromagnetic waves in a number of societal important
applications such as autonomous driving, safety, and security and
next-generation wireless telecommunication systems. Education covers
electromagnetic wave propagation and scattering, basic principles of
electromagnetic sensors for near-, intermediate- and far-field sensing,
as well as algorithms and methods that enable detection and parameter
estimation of objects from measured electromagnetic fields. Special
attention is given to such areas as antenna systems and wireless
front-ends (phased array radar and 5G and beyond phased arrays and
ultra-wideband antennas), waveform agility (adaptive selection of
efficient sensing waveforms), signal processing algorithms for radar
imaging, advanced detection, classification and tracking of different
objects.

The supported societal applications include
autonomous driving and traffic control, Earth surface and atmosphere
monitoring, weather nowcasting, medical imaging, and public security.

The given by the group courses typically
include practicum and laboratory assignments that use state-of-the-art
equipment and help develop practical skills with microwave
measurements and microwave system operation.

The Master thesis provided by the section
bring students to the cutting edge of technology, support development
of analytical skills and prepare students to research and development
work in a wide range of microwave systems starting from phased array
front-ends and distributed MIMO radar systems up to the automotive radar
and microwave vision systems. More than 50% of student thesis result
in scientific publication in the top journals or conferences in the field.

The absolute majority of the graduates find
their first job within a couple of months. About half of our graduates in
the last 5 years are employed in global companies such as Thales,
Hensoldt, NXP, Signify, Ericson, Visteon, MathWorks, Keysight
Technologies, and other giants. Another half is spread between
R&D labs and engineering bureaus (TNO, IMEC, Altran, Arcadis,
Ceranext) and medium-size radar companies (SmartMicro, Ibeo
Automotive, etc). And some decided to continue with exciting
Ph.D. projects within our research group.

[### List of courses

Courses which the MS3 group teaches](https://radar.tudelft.nl/Education/courses.php)

[### Topics for Master Internship/Extra projects

Constantly updated list of Master Internship projects](https://radar.tudelft.nl/Education/mscinternship.php)
[### Topics for MSc thesis projects

Constantly updated list of MSc thesis projects](https://radar.tudelft.nl/Education/mscprojects.php)

## MSc track in which the MS3 group participates

[### MSc Track: Signals, Networks & Sensing

The MSc track on *Signals, Networks & Sensing*
is the part of the MSc in Electrical Engineering.](https://www.tudelft.nl/onderwijs/opleidingen/masters/ee/msc-electrical-engineering/programme/tracks/track-signals-networks-sensing)

### Our Presentation - Who We are?

### Welcome Video

### Further information

[List of MSc students and
alumni](https://radar.tudelft.nl/Education/mscstudents.php)[Internship algorithm](https://radar.tudelft.nl/Education/pdf/Internship algorithm.pdf)[MSc Electrical Engineering on TU Delft site (in new window)](https://www.tudelft.nl/onderwijs/opleidingen/masters/ee/msc-electrical-engineering)

###