What is this?
Welcome to Telstra's IoT Domain Engineer Virtual Experience.
In this virtual experience, you will discover what it's like to be part of a global telecommunications and technology business. As an IoT Domain Engineer you will perform the design, development, deployment, lifecycle, operation and continuous improvement of Enterprise IoT platforms and products. We have a team of talented developers, architects and integrators who design, build and operate scalable, stable, secure platforms leveraging cutting-edge technology built cloud-native. We address exciting new use-cases and customer opportunities by building platforms, products and services for some of Australia's biggest enterprises, contributing to an exciting portfolio of enterprise IoT products. We work in a DevOps mode of operation using Agile methodology.
What you'll learn
In this virtual experience, you will sharpen the skills required to be a successful member of Telstra's IoT team. Your tasks will include:
* Brainstorming different use cases for IoT
* Designing the payload for a sensor
* Designing a data structure for data access and storage
* Detailing operations to be performed on ingested data and describing output signal
* Designing RESTful interface specification
* Comparing device-to-platform protocols with platform-to-platform protocols
Why should you do this?
This Virtual Experience Program is self-paced andshould take only 4 to 6 hoursto complete.
This Virtual Experience Program is free for all students.
When you complete the Virtual Experience Program, you'll earn a digital badge and certificate you can share on Linkedin and include on your resume.
Throughout the program, you'll learn and develop deep insights into what it is actually like to work as an IoT Domain Engineer at Telstra.Apply your engineering knowledge to a real-world problem & gain practical experience and knowledge to draw upon in interviews.
What skills will I gain?
Brainstorming different use cases for IoT
Designing the payload for a sensor
Designing a data structure for data access and storage
Detailing operations to be performed on ingested data and describing output signal
Designing RESTful interface specification
Comparing device-to-platform protocols with platform-to-platform protocols
What you will do?
Module 1: IoT Use Cases (30 - 45 minutes)
Brainstorm a number of different use-cases for IoT, where the outcome results in a positive impact on people's lives
Module 2: Payload Design (45 minutes - 1 hour)
Design the payload for a sensor
Module 3: Data Structure (45 minutes - 1 hour)
Design the data structure to store and access the data
Module 4: Operations and Output Signal (45 minutes - 1.5 hours)
Detail the operations to be performed on the ingested data and describe the output signal sent to the device
Module 5: Platform Interface (30 minutes - 1 hour)
Design a RESTful interface specification to enable communication with another platform
Module 6: Device-to-platform protocols (30 - 45 minutes)
Compare device-to-platform protocols with platform-to-platform protocols
Ready to get started?
Click Register to begin
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