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The biggest challenge with IoT is that most organizations need to be fully prepared. In a recent survey of organizations where IoT technology could be applied, 82% of respondents indicated plans to adopt some form of IoT within the next two years. However, 47% of these respondents admitted they needed more skills to realize the full benefits of deployment. As IoT applications continue to permeate nearly every industry, the demand for qualified IT professionals capable of designing, implementing, operating, and managing IoT ecosystems has grown critically high.
The Internet of Things (IoT) is no longer limited to connected home devices or smartwatches; it has expanded to various industries. Applications include predictive maintenance for long-haul truck fleets, proximity-based marketing for retail customers, and real-time route optimization for first responder vehicles. According to Statista, there were 10.07 billion IoT-connected devices worldwide in 2021. By 2030, the number of active IoT devices is projected to exceed 25.4 billion.
Despite its rapid growth, many organizations are unprepared for IoT adoption. While 82% of surveyed organizations plan to implement IoT within five years, 47% admit they need more skills to maximize its benefits. The increasing adoption of IoT across industries highlights the urgent need for qualified IT professionals to design, implement, and manage these complex ecosystems.
Certifications in emerging technologies like IoT are essential to closing the skills gap. They create a workforce capable of supporting advanced technologies by validating specific knowledge, skills, and abilities. These certifications often require ongoing education or recertification to keep up with evolving subject areas as technologies mature.
The Internet of Things (IoT) certification track includes the following modules:
These certifications ensure participants have the competencies required to excel in IoT-related roles, addressing the critical shortage of qualified professionals in this field.
This course is tailored for IT professionals with foundational skills in computer hardware, software support, and development who want to expand their expertise in designing, developing, implementing, operating, and managing Internet of Things devices and related systems. It is ideal for individuals interested in embedded systems, microcontroller programming, IoT security, and the development lifecycle of IoT projects.
Participants will gain hands-on experience by assembling a prototype IoT device and using software development tools. These activities are carefully guided, making prior experience in electronics assembly and programming unnecessary. This course prepares students for the following three training modules:
The biggest challenge with IoT is that most organizations need to be fully prepared. In a recent survey of organizations where IoT technology could be applied, 82% of respondents indicated plans to adopt some form of IoT within the next two years. However, 47% of these respondents admitted they needed more skills to realize the full benefits of deployment. As IoT applications continue to permeate nearly every industry, the demand for qualified IT professionals capable of designing, implementing, operating, and managing IoT ecosystems has grown critically high.
The Internet of Things (IoT) is no longer limited to connected home devices or smartwatches; it has expanded to various industries. Applications include predictive maintenance for long-haul truck fleets, proximity-based marketing for retail customers, and real-time route optimization for first responder vehicles. According to Statista, there were 10.07 billion IoT-connected devices worldwide in 2021. By 2030, the number of active IoT devices is projected to exceed 25.4 billion.
Despite its rapid growth, many organizations are unprepared for IoT adoption. While 82% of surveyed organizations plan to implement IoT within five years, 47% admit they need more skills to maximize its benefits. The increasing adoption of IoT across industries highlights the urgent need for qualified IT professionals to design, implement, and manage these complex ecosystems.
Certifications in emerging technologies like IoT are essential to closing the skills gap. They create a workforce capable of supporting advanced technologies by validating specific knowledge, skills, and abilities. These certifications often require ongoing education or recertification to keep up with evolving subject areas as technologies mature.
This course is tailored for IT professionals with foundational skills in computer hardware, software support, and development who want to expand their expertise in designing, developing, implementing, operating, and managing Internet of Things devices and related systems. It is ideal for individuals interested in embedded systems, microcontroller programming, IoT security, and the development lifecycle of IoT projects.
Participants will gain hands-on experience by assembling a prototype IoT device and using software development tools. These activities are carefully guided, making prior experience in electronics assembly and programming unnecessary. This course prepares students for the following three training modules:
The Internet of Things (IoT) certification track includes the following modules:
These certifications ensure participants have the competencies required to excel in IoT-related roles, addressing the critical shortage of qualified professionals in this field.
The biggest challenge with IoT is that most organizations need to be fully prepared. In a recent survey of organizations where IoT technology could be applied, 82% of respondents indicated plans to adopt some form of IoT within the next two years. However, 47% of these respondents admitted they needed more skills to realize the full benefits of deployment. As IoT applications continue to permeate nearly every industry, the demand for qualified IT professionals capable of designing, implementing, operating, and managing IoT ecosystems has grown critically high.
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The Internet of Things (IoT) is no longer limited to connected home devices or smartwatches; it has expanded to various industries. Applications include predictive maintenance for long-haul truck fleets, proximity-based marketing for retail customers, and real-time route optimization for first responder vehicles. According to Statista, there were 10.07 billion IoT-connected devices worldwide in 2021. By 2030, the number of active IoT devices is projected to exceed 25.4 billion.
Despite its rapid growth, many organizations are unprepared for IoT adoption. While 82% of surveyed organizations plan to implement IoT within five years, 47% admit they need more skills to maximize its benefits. The increasing adoption of IoT across industries highlights the urgent need for qualified IT professionals to design, implement, and manage these complex ecosystems.
Certifications in emerging technologies like IoT are essential to closing the skills gap. They create a workforce capable of supporting advanced technologies by validating specific knowledge, skills, and abilities. These certifications often require ongoing education or recertification to keep up with evolving subject areas as technologies mature.
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This course is tailored for IT professionals with foundational skills in computer hardware, software support, and development who want to expand their expertise in designing, developing, implementing, operating, and managing Internet of Things devices and related systems. It is ideal for individuals interested in embedded systems, microcontroller programming, IoT security, and the development lifecycle of IoT projects.
Participants will gain hands-on experience by assembling a prototype IoT device and using software development tools. These activities are carefully guided, making prior experience in electronics assembly and programming unnecessary. This course prepares students for the following three training modules:
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The Internet of Things (IoT) certification track includes the following modules:
These certifications ensure participants have the competencies required to excel in IoT-related roles, addressing the critical shortage of qualified professionals in this field.
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Expanded baseline security topics essential for IT support, including physical vs. logical security concepts, malware, and more.
A revised approach to operational procedures, covering basic disaster prevention, recovery, and scripting basics.
A stronger focus on networking and device connectivity
