Open University

Course is offered via <a href="https://fitech.io/en/">FITech</a>. Get your study right by filling in an application in FITech’s application system. Click the Start here button on each <a href="https://fitech.io/en/studies/internet-of-things-wireless-communications/">course page</a> to be directed to the right application form. Once your application has been accepted, you will get instructions on how to activate your IT-credentials and start your studies.

Online course

Internet-of-things wireless communications (FITech)

Course is offered via <a href="https://fitech.io/en/studies/internet-of-things-wireless-communications/">FITech</a> free of charge.&nbsp;

Active participation, small homeworks via Moodle or via presential participation or each lecture/topic area, and a small final project in (e.g., literature study and short video presentation on a chosen topic). For FITech students, flexible mechanisms are pursued.

More information in the Tampere University <a href="https://www.tuni.fi/en/students-guide/curriculum/course-units/tut-cu-g-48078?">study guide</a>.

You can get a <a href="https://fitech.io/en/studying-at-fitech/study-credits-and-digital-badges/">digital badge</a> after completing this course.

Contact information 
Email: open.studies.tau [at] tuni.fi (open[dot]studies[dot]tau[at]tuni[dot]fi) 
Phone: 0294 520 200

More information concerning Open University studies 
<a href="https://www.tuni.fi/open-university">tuni.fi/open-university</a>

Advanced studies

Faculty of Information Technology and Communication Sciences

Technology and Natural Sciences

English

Online studies

Different IoT requirements and use cases from wireless communications perspective

<ul>
	<li>massive MTC</li>
	<li>mission critical MTC</li>
	<li>ultra-reliable low-latency communications (URLLC) and MTC</li>
</ul>

Enabling Wireless Communications methods and systems and their key features, characteristics, pros and cons, including:

<ul>
	<li>low-range local area techniques (Bluetooth, Zigbee, Z-wave, etc) for IoT systems</li>
	<li>wider-range techniques (e.g. IEEE 802.11ah) for IoT systems</li>
	<li>wide-area techniques at unlicensed/ISM bands (LoRa, SigFox) for IoT systems</li>
	<li>wide-area cellular network based techniques available today, especially extended coverage GSM (EC-GSM), 3GPP LTE-M, 3GPP Narrowband IoT</li>
	<li>wide-area cellular network based techniques currently in the R&amp;D phase, especially 3GPP 5G New Radio (NR) and massive MTC and mission-critical MTC solutions</li>
</ul>

Ultra reliable and low latency communications (URLLC) concept

Synchronization, modulation, and multiple access issues in IoT

Practical examples of short-, medium-, and long-range IoT applications

Link budget computations in IoT

&nbsp;

This course focuses on the requirements, enabling techniques, use cases and applications of the different Wireless Communications technologies for realizing and enabling the Internet-of-Things (IoT) and Internet-of-Everything worlds.

After passing this course, the students have good and comprehensive understanding of the potential, requirements, use cases and core enabling techniques for realizing the future Internet-of-Things (IoT) system and networks. Particular emphasis is on the wireless communications physical layer and radio system/network aspects techniques.

Basic math, basics of signals and systems

For all those who are interested in understanding the fundamentals and future prospects of Internet-of-Things, with particular focus on the wireless communication technology.

Lecture notes, slides and other complementary materials.

Internet-of-things wireless communications (FITech)

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Internet-of-things wireless communications

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