5G Core Network
The training explains the challenges the 5GS faces from the huge variety of services it will carry, and presents the new network features that are the tools to enable the 5GS to satisfy the various service requirements in an optimal and cost-efficient way: Service Based Architecture approach with specialized NFs, Network Slicing, PDU Sessions with multiple PDU Session Anchors, hosting services closer to the user, traffic influencing from external AFs, and the 5G PCC model used to enforce service-specific handling rules. The course presents how the 5GC enables the different types of UEs to access services, discussing the 5G Registration, the PDU Session Establishment traffic cases, User Plane resources definitions and handling, UE mobility handling, and the three basic 5G use cases (eMBB – including Vo5G, MIoT/mMTC, URLLC). The presented features are used as a basis to discuss various deployment scenarios for evolving the EPS network into 5G.
Course Objectives At the end of this course, the participants are expected to able to:
· Specifications of 5G core network
· The basic architecture of 5G core network
· How there is a functional split in the architecture
· Aspects of physical layer and higher layers
· How LTE is connected to 5GC
· How 5G functionalities are implemented in 5GC
· Transport network of 5G
· 5G network architecture options in 3GPP rel-15
· How 5G network slicing is used
· Multi connectivity in 5G networks
· Dual connectivity in 5G networks
· Description of 5G core
Basic Time Management Course special
Personal time management skills are essential for professional & personal success in any area of life. Those able to successfully implement time management strategies are able to control their workload rather than spend each day in a frenzy of activity reacting to crisis after crisis.
Certification on Industry 4.0 Foundation
The Fourth Industrial Revolution impacts every aspect of business, from the products we make to the jobs we have to the skills we need. Automation has nurtured a fear that robots are coming for our jobs, but in reality, the Fourth Industrial Revolution is creating and enhancing perhaps more jobs than it is eliminating. In the current industry environment, providing high-end quality service or product at the least cost is a major determinant of success. Factories are constantly trying to lower their cost and increase their revenue. By utilising data to understand current operating conditions and detecting faults and failures, factories that deploy Industry 4.0 technologies are able to use condition monitoring and fault diagnosis to gain more insight on the status of the factory and improve yields.
This program is specially designed to introduce participants to the key design principles of the new industrial revolution, its key challenges, as well as new potential opportunities throughout the entire value chain of the implementation. Participants will be introduced on the digital transformation and all the technological pillars within fourth industrial revolution. The lecture will be focusing on journey of digital transformation that required for all the executive in embracing the fourth industrial revolution. In order to be certified, each participant is required to submit the roadmaps of digital transformation of their work, pass the oral and written exam.
CERTIFIED INTERNET OF THINGS TECHNOLOGIST TRAINING WITH EXAMINATION
4 days, 28 hours
This programme is a combination of classroom lectures, demonstrations and lab exercises with computers.
Lecture (Day 1 – 4)
Lab demonstration (Day 3)
Pre-Course Test (Day 1)
Exam (Day 4)
Wrap Up (Day 4)
Upon completing the Certified Internet of Things Technologist Training with exam, the student should be able to:
Understand the concepts of IoT and various building blocks to build an IoT application.
Understand the architecture, communication protocols, energy management in IoT.
Understand the technologies behind setting up end-to-end IoT ecosystem.
Understand the concepts in designing and optimization of IoT applications.
Acquire the knowledge and skills in building a business entity focusing on IoT solutions
Design and develop smart IoT applications.
Internet of Things as a buzzword has caught the attention of all of us. This course will help you gain adequate knowledge on the Internet of Things. You will be able to understand the potential of the Internet of Things for our society, in terms of impact on the lives of billions of people and on the world economy. You will also understand the underlying technology that powers the Internet of Things, as well as the challenges that comes with such technologies. We will explore many real-life examples of IoT devices that are commercially available, and you will have a glimpse of the future of the Internet of Things.
At the end of this course, the students will be able to
Explain what is the Internet of Things
Understand how Internet of Things devices interact together & with users
Learn about the protocols used by Internet of Things devices
Discover the different platforms that are available to develop applications
Learn about commercially available devices that are already using the Internet of Things
Understand the current challenges of the Internet of Things
Certified Internet of Things Technologist Training with exam:
Overview of Internet of Things (IoT) system
Overview of Advancement in MEMS based sensor
Reliability of sensing technology – robustness, sensitivity, security
Type of sensors
Integration of sensor output to ADC
Interface circuitry ADC to micro controller and communication protocol
Sensing instrumentation and measurement
IoT Concepts and standards
IoT component dimensioning
IoT Communications Protocols
IoT Internet Gateways
IoT Device Requirements Design
Cloud Computing of IoT
Securing IoT Networks
Application Stacks to IoT
IoT Smart-X Applications
CERTIFIED WIRELESS COMMUNICATION ENGINEERING TECHNOLOGIES (WCET) TRAINING new
Five days of intensive learning is a unique opportunity to take a deep dive across seven key areas in wireless. This course will provide insight into how different facets of wireless practice fit into the overall design, implementation, and operation of wireless networks. It helps participants understand current technology and operations and assess prospective future developments in wireless communications. It’s also a recommended course for those who seek to earn the IEEE Wireless Communications Professional credential.
How to Become a Startup Founder
If you want to build a successful business online, watch the promo video to see why 13,000+ students are using this online entrepreneurship course to learn the 10 steps that work for me every day to build and grow a business online!
How to Design a Logo – a Beginners Course hot
Welcome to Logo Design fundamentals of building a great brand Logo. Our course teacher Lauren, walks you through his process of logo design. Logo design fundamentals is a great course. Peter describes logo design from start to finish using all the elements of creating and building a great logo.
Industrial 4.0 Awareness Program
The purpose of this seminar was to increase the awareness of the latest development on Industry 4.0 among SMEs and to encourage the adoption of Industry 4.0 technology. Our principal, Anston Tan, presented a talk on this subject to a well-attended audience of government and business leaders from the manufacturing industry.
Our booths, managed by iPlast4.0, iFactory 4.0 and German Training Centre together with our Eco partners, ADVANTECH, German-Malaysian Institute (GMI) and Wittmann Battenfeld, received overwhelming response.
This seminar was graced by YB. Dato’ Sri Mustapa Mohamed, the Minister of International Trade and Industry, who also showed great interest in our booths.