BROCHURES FOR SHORT COURSES

1. Document for SBL submission 100% claimable form PSMB in accordance to PSMB guidelines
Wireless Technologies for Internet of Things
Training Programme
by
Dream Catcher Consulting Sdn Bhd
10 - 11 Dec 18
Dream Catcher Consulting Sdn Bhd, Penang
303-4-5 & 303-4-6 Block B, Krystal Point
Jln Sultan Azlan Shah 11900 Sg Nibong Penang, Malaysia
http://dreamcatcher.asia
enquiry@dreamcatcher.asia
+604 640 7111 / 7112
+604 640 7110

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Synopsis
The Internet of Things (IoT) is a collection of different components that connect software,
systems, and people via Internet technology. IoT devices include not only smartphones and
tablets, but millions of machines, devices, and new twists on traditional products which were
previously not connected to the Internet. How do these devices connect to the Internet and
communicate with each other? There are various wireless technologies employed for IoT
products. This course describes various wireless technologies used for IoT.
This course begins with the overview of the internet of things, market drivers, use cases and
requirements. The end-to-end IoT architecture and wireless technologies for IoT are
introduced. The course then dives into the low power short range technologies, including NFC,
RFID, Bluetooth, ANT+, Z-Wave, ZigBee, 6LoWPAN, WirelessHART, IEEE 802.11 ah. A comparison
between the short range technologies is made. The course then discusses in detail the low-
power wide-area technologies, for both unlicensed and licensed operations. The technologies
such as LoRa, Sigfox, EC-GSM, LTE-M and NB-IoT are presented in-depth and compared. Then,
the protocols and security requirements for IoT are highlighted. The course concludes with a
summary of wireless technologies for IoT, key decision criteria and a preview of the 5G
massive IoT vision.
What You Will Learn
IoT market drivers, use cases, and requirements
IoT architecture
Low-power short-range wireless technologies
Low-power wide-area unlicensed technologies: Sigfox and LoRa
Low-power wide-area licensed technologies
LTE-M
NB-IoT technology
Comparison of wireless technologies and applications
Protocols and security in IoT
5G and massive IoT
Who Should Attend
Wireless engineers, RF engineers, DSP engineers, network engineers, electronics engineer,
researchers who work on IoT devices and systems.
Prerequisite
Basic Knowledge of Wireless Communications and Networking
Course Methodology
The course will be conducted through interactive lectures and multimedia presentations.

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Course Duration
2 day(s), 9am - 5pm
Course Structure
Day 1
Introduction to Wireless Technologies for IoT
IoT Market Drivers
IoT Use Cases and Requirements
IoT End-to-end Architecture: Devices, Connectivity, Platform, Application
Overview of Short Range and Long Range Low Power Technologies
Performance: Coverage, Data Rate, Latency, Battery Life, Capacity, Device Complexity,
Cost
Low Power Short Range Technologies
Requirement of Low Power Short Range Technologies
Near Field Communication and RFID
Bluetooth Low Energy and Beacons
ANT+
Z-Wave
ZigBee
6LoWPAN
WirelessHART
WiFi HaLow IEEE 802.11ah
Comparison of Low power short range technology
Which technology to choose?
Unlicensed Low Power Wide Area Technologies: LoRa
Demand for Low Power and Wide Coverage
Technologies for Unlicensed operation
LoRa, LoRaWAN Key Features
LoRa Physical Layer
LoRa Deployment Requirements
LoRa Performance: Coverage, Data Rate, Latency, Battery Life, Capacity, Device
Complexity,
LoRa Use Cases
Unlicensed Low Power Wide Area Technologies: SigFox
Sigfox Key Features
Sigfox Physical Layer
Sigfox Deployment Scenarios
Sigfox Performance: Coverage, Data Rate, Latency, Battery Life, Capacity, Device
Complexity,
Sigfox Use Cases
LoRa versus Sigfox
Day 2
3GPP Low Power Wide Area Technologies: EC-GSM and LTE-M

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EC-GSM-IoT: Features and Performance
LTE Machine Type Communication (Cat1, Cat0 and Cat-M1)
LTE-M: Features and Performance
LTE-M Physical Layer
LTE-M Deployment Scenarios
LTE-M Performance: Coverage, Data Rate, Latency, Battery Life, Capacity, Device
Complexity,
LTE-M Device Ecosystem
LTE-M Use Cases
3GPP Low Power Wide Area Technologies: Narrow Band IoT (NB-IoT)
NB-IoT Key Features
NB-IoT Deployment Scenario
NB-IoT Performance: Coverage, Data Rate, Latency, Battery Life, Capacity, Device
Complexity
NB-IoT Device Ecosystem
NB-IoT Use Cases
NB-IoT vs LTE-M
Licensed vs Unlicensef LPWA
IoT Protocols and Security
Overview of Protocols for IoT
Open Mobile Alliance LWM2M
Device/network mutual authentication
Securing of communication channels
“end-to-end security” at the application level
Secure provisioning and storage of device identity and credentials.
Conclusions, Summary and Q&A
Summary of Wireless Technologies for IoT
Key Decision Criteria
5G and Internet-of-Things
Massive Machine Type Communication
Course Instructor(s)
Dr Bruce Leow
Chee Yen (Bruce) Leow obtained his B.Eng. degree in Computer Engineering from Universiti
Teknologi Malaysia (UTM) in 2007. Since July 2007, he has been an academic staff in the Faculty
of Electrical Engineering, UTM. In 2011, he obtained a Ph.D. degree from Imperial College
London. He is currently a senior lecturer in the faculty and a staff member of the Wireless
Communication Centre (WCC), UTM. His research interest includes but not limited to
cooperative communication, Advanced MIMO, digital beamforming, full duplex communication,
interference mitigation, physical layer security, non-orthogonal multiple access, convex
optimisation, communications theory, Long Term Evolution (LTE) and 5G.

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Administrative Details
Programme Logistics
Duration: 2 day(s), 9am - 5pm
Date: 10 - 11 Dec 18
Venue: Dream Catcher Consulting Sdn Bhd, Penang
Morning break, lunch and tea break will be provided throughout the course duration. Course
Manual and Certificate of Attendance will be provided.
Your Investment
Type Condition Price per Pax
Regular Fee - RM2,160.00
Early Bird
Discount
for registration before 12-Nov-2018. N/A for SBL KHAS RM1,965.00
Group Discount
For every 3 pax registered, receive 1 complimentary
seat
RM2,160.00
Additional cost may incur for customization or extra material request. Course fee is 100%
claimable from PSMB (SBL scheme) in accordance to PSMB guidelines.
3 Easy Steps to Register
Phone +604 640 7111 / 7112
Fax registration form to +604 640 7110
Email registration form to register@dreamcatcher.asia

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Method of Payment
Crossed cheque / bank draft made in favour of DREAM CATCHER CONSULTING SDN BHD.
Registration form
together with payment to be couriered to :
Dream Catcher Consulting Sdn Bhd
303-4-5 & 303-4-6
Block B, Krystal Point
Jln Sultan Azlan Shah
11900 Sg Nibong
Penang, Malaysia
Payment must be received no later than 10 working days before the course commences. An
undertaking may be accepted in cases where payment is delayed. However all payments must
be made before the course commences.
Closing registration date is 26-Nov-2018.
Refund and Cancellation
Fees will only be refunded in full for cancellation received in writing more than 10 working days
prior to the commencement date. Substitute attendee(s) will be accepted at no extra charge.
Disclaimer
Dream Catcher Consulting Sdn Bhd reserves the right to change the instructors, date and to
vary/cancel the programme should unavoidable circumstances arise. All effort will be taken to
inform participants of the changes. Upon sending the registration form, you are deemed to
have read and accepted the terms.
Enquiries
call us at +604 640 7111 / 7112 or email us at enquiry@dreamcatcher.asia

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Registration Form
Course Title Wireless Technologies For Internet Of Things
Course Date 10 - 11 Dec 18
Location Dream Catcher Consulting Sdn Bhd, Penang
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This registration is invalid without a signature. Payment must be made no later than 10 working days
before the course commences. An undertaking may be accepted in cases where payment is delayed,
However all payment must be made before the course commences. Participants who registered but did
not attend will be invoiced accordingly. Fees will only be refunded in full for cancellation received in
writing more than 10 working days prior to the commencement date. Substitute attendee(s) will be
accepted at no extra charge.
Please send payment with this form to
Dream Catcher Consulting Sdn Bhd
303-4-5 & 303-4-6
Block B, Krystal Point
Jln Sultan Azlan Shah
11900 Sg Nibong
Penang, Malaysia
Enclosed cheque/bank draft no ____________________ made in favour of DREAM CATCHER CONSULTING
SDN BHD