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Overview:

• Maxbyte Technologies Inc., a prominent provider of solutions for industrial digital transformation, is launching a Certification Program focused on Industrial IoT (IIoT).
• This initiative aims to equip both professionals and aspiring engineers with essential skills to thrive in the dynamic realm of smart manufacturing and Industry 4.0.
• The program seeks to connect Operational Technology (OT) with Information Technology (IT) by offering comprehensive knowledge, practical experience, and valuable industry insights into IIoT applications.
• This Industrial IoT Certification Program presents a distinctive opportunity for participants to acquire practical experience and in-depth technical understanding of Industrial IoT, data analytics, cybersecurity, and cloud computing.
• By merging theoretical frameworks with real-world applications, this program prepares participants to be job-ready and capable of facilitating digital transformation within the manufacturing sector.

Focus Areas:

• Industry 4.0 Overview & Transformation Strategies
• OT Infrastructure and OT – IT Integration
• IIoT Platforms, Data Analytics & AI Overview
• IT Infrastructure and Cloud Computing
• IIoT Operations, Maintenance, Change Management, Data Governance & Cybersecurity
• OT-IT Integration & KEPware Configuration
• Introduction to ThingWorx Platform
• Introduction to Services
• Introduction to Immersive Technologies
• IIoT Platforms & Data Analytics
• Hands-on expertise in advanced digital tools and solutions

Outcomes:

Virtual instructor-led Training session (Theory)

• Apply transformation readiness assessment models to evaluate an organization’s Industry 4.0 maturity.
• Describe the key components and functions of OT-IT systems in industrial environments.
• Describe the components and architecture of a typical IIoT platform to collect, process, and visualize industrial data.
• Illustrate the different types of cloud service models (IaaS, PaaS, SaaS) and deployment types relevant to smart manufacturing ecosystems.
• Describe the importance of change management, data governance, and cybersecurity in industrial systems.

Virtual instructor-led Lab Session (Practical)

• Use KEPware configuration steps to connect a PLC and transmit data to a visualization platform.
• Explore ThingWorx architecture, components, and connectivity to Learn how to develop IoT applications and dashboards.
• Configure data processing, alerts, and control actions using services to develop custom service logic using JavaScript and ThingWorx scripting.

Hands-on Lab Training Session

• Describe the architecture and data flow between OT and IT systems with key protocols and standards involved in OT–IT integration (e.g., OPC, MQTT) to connect an industrial device to an IT dashboard.
• Describe the functionality and role of KEPServerEX in creating and managing device tags, enabling the connection of a Programmable Logic Controller (PLC) device, and streaming live data to a client application.
• Describe the key differences between AR, VR, and MR technologies and their industrial use cases
• Describe the components and architecture of a typical IIoT platform to collect, process, and visualize industrial data.
• Use advanced digital tools to configure a production workflow in smart manufacturing

Target Audience:

The program is ideal for individuals seeking to enhance their knowledge and skills in IIoT, including:

• Engineering Students (Final Year, Graduates, and Postgraduates)
• Research Scholars interested in industrial digital transformation
• IIoT Enthusiasts exploring opportunities in smart manufacturing
• IT and OT Professionals in manufacturing organizations
• Manufacturing Associates and Managers working on digital transformation initiatives

Training Duration:

The Industrial IoT Certification Program follows a hybrid learning model, blending online theoretical training with practical hands-on experience in a physical lab. The training is scheduled as follows:

• Virtual Instructor-led Training (December 2nd – 6th, 2024): 5 days of virtual instructor-led sessions, each lasting 2 hours per day (total 10 hours).
• Virtual Hands-on lab session (December 11th – 13th, 2024): 3 days of virtual instructor-led laboratory sessions, each lasting 2 hours per day (total 6 hours).
• Physical Hands-on Training (December 18th – 19th, 2024): 2 days of intensive practical lab sessions, each lasting 6 hours per day (total 12 hours).

Delivery Method: 

• Online: Virtual platform for training (MS Teams) & MCQ Test – Google Forms
• Offline Venue: Advanced Technology Center, Virginia Beach, VA

Assessment Method:  

• At the end of each theory session, a multiple-choice question (MCQ) test will be conducted using Google Forms. During the hands-on practical sessions, assignments will be given and assessed by the instructor.
• To receive certification, participants must achieve a minimum score of 60% on the MCQ test, complete at least 50% of the assignment steps, and maintain an overall attendance of 80%.
• The total CEU offered in this program is 2.0.

Registration:

This program is offered as a free program.

REGISTER FOR THIS PROGRAMME

FOR MORE DETAILS, CONTACT

Dineshkumar P / Kannapiran Eswaran

Programme Coordinator(s)

Mobile: +1 (609) 937-5914

E-mail: dineshkumar.p@maxbytetech.com  / kannapiran.e@maxbytetech.com 

REGISTRATION:  

Prior registration for participation is necessary. The number of participants is limited and will be accepted on a ‘First Come, First Served’ basis. A Certificate of Participation will be issued to participants.

Important Information: 

Participation fee includes course material, working lunch, and tea/coffee. Interested companies are requested to register online by clicking on the ‘REGISTER’ button and by filling up the nomination authority and participant’s details in the specified form.