learning map

IoT

IoT Edge Engineer

This path focuses on the IoT Edge Engineer role capabilities covering necessary tools and knowledge to develop an IoT-based system from bare metal up to the Cloud. The goal is to work on key elements such as hardware components from embedded processors and peripherals to lab instruments, software programming from embedded real time operating systems and drivers to system integrations with middlewares, which are key components of a project involving an IoT Edge. Also includes acquisition and analysis of the data in real time, from a sensor to a camera, in order to process on the edge. You will learn the core element to build, maintain and integrate IoT Edge and Embedded devices up to Services on the Edge, Fog and Cloud.

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Contents

IoT Edge Programming Languages

This capability refers to the languages, platforms to develop on the Edge systems.

Specific Contents (16)

Python

2 resources

C Programming

1 resource

C and C++ Programming

4 resources

Cross Tool Chain Build & deploy

2 resources

Specialization

1 resource

Cloud services knowledge

2 resources

C++ programming language

1 resource

OpenCV for Computer Vision

1 resource

Nvidia frameworks for AI applications

1 resource

TinyML for embedded systems

1 resource

OS for microcontrollers

1 resource

Linux embedded with Yocto

1 resource

Design Patterns

1 resource

Python programming language

1 resource

Design Principles

1 resource

Processor Architecture

1 resource

IoT Edge Software Architecture

This capability refers to the Software architecture and technologies related to IoT Edge

Specific Contents (13)

Linux kernel and device programming

1 resource

Understand commonly used signal processing tools

1 resource

FreeRTOS

2 resources

Azure over MQTT use cases

1 resource

M2M protocols over Raspberry PI

1 resource

IoT cloud services

1 resource

M2M modules features

2 resources

Modbus over TCP/IP protocol

1 resource

M2M with 5G use cases

1 resource

Computer vision

1 resource

Speech Recognition

1 resource

TCP/IP frames debugging tools

1 resource

Linux device drivers

1 resource

IoT Edge Hardware Architecture

This capability refers to the IoT Edge Hardware architecture, from processor to peripherals architecture of IoT-based edge solutions.

Specific Contents (5)

Communication Peripherals & GPIO & Cpu Architecture

2 resources

Communication Peripherals

3 resources

Laboratory instrumentation for signal measurement

1 resource

Hardware design basics

1 resource

Hardware design advanced

1 resource

Software Engineer Practices

Defines the guidelines and best practices methodologies to deliver of IoT-based edge solutions.

Specific Contents (4)

Design Patterns

2 resources

Specialization

1 resource

Embedded systems design patterns

1 resource

C and C++ Programming

1 resource

Build & Deploy

This capability refers to the skills and practices related to code management, building and distribution of IoT-based edge solutions.

Specific Contents (3)

Cross Tool Chain Build & deploy

2 resources

CI/CD

1 resource

Advanced Cross Tool Chain Build & deploy with CMake

1 resource

SDLC

Refers to methodologies and skills involved in the delivery of projects related of IoT-based edge solutions.

Specific Contents (1)

Methodologies

1 resource