RCIE

Rocheston Certified IoT Engineer (RCIE)

Course Description:

A Rocheston Certified IoT Engineer will be trained in the various disciplines required to navigate the challenges of the Internet of things revolution. The course provides understanding and insight into developments in networking, data management and analytics, communication devices, embedded systems and user interface design.

At present, IoT ¬finds application in the fields of Transportation, Design, Education, Healthcare, Fitness & Lifestyle and Construction. The sectors where knowledge of the IoT is being sought include Product Management, Robotics, Hardware Engineering, Business Intelligence, Networking, Industrial Programming, Software Development, User Interface and Experience Design (UI/UX) and more.

What will you learn?
The following are the skills that the student will pick up upon enrolling for the course:

IoT Concepts
IoT Standards
IoT Platforms
IoT Development Boards
IoT Business Models
IoT Circuits and Wirings
Infrastructure for IoT
IoT Network Architecture and Design
IoT Sensors, Actuators and Smart Objects
Entrepreneurship Opportunities in IoT
IoT Building Prototypes using 3D Printers
Interconnecting Smart Objects
IoT Programming Languages
IoT Network Layers
Big Data Analytics

Audience:

Students of business management
Engineering and software development professionals
Students of mobile application design
IoT trained professionals

Eligibility Criteria:

A Bachelor’s degree with one year of professional experience or credential in computer science, engineering, mathematics, or other information technology related fields. Basic software development, networking, system administration, and mobile application design skills is preferred.

Course Topics:
The modules that are part of the RCIE theory courses:

Module 1: IoT concepts
Module 2: Infrastructure for IoT
Module 3: IoT Network Architecture and Design
Module 4: IoT Business Models
Module 5: Entrepreneurship Opportunities in IoT
Module 6: IoT Standards
Module 7: IoT Platforms
Module 8: IoT Development Boards
Module 9: IoT Circuits and Wiring
Module 10: IoT Sensors, Actuators and Smart Objects
Module 11: Interconnecting Smart Objects
Module 12: IoT Programming Languages
Module 13: IoT Network Layers
Module 14: Building Prototypes using 3D Printers
Module 15: IoT Cloud Data Storage
Module 16: Deep Learning
Module 17: Big Data Analytics
Module 18: Industry 4.0
Module 19: Smart Cities
Module 20: IoT Case Studies
Module 21: IoT Security
Module 22: Integration of IoT with Home Automation Products

The modules that are part of the RCIE practical course

Module 0: Accessing USB through an Azure virtual machine
Module 1: Blinking an LED
Module 2: Reading a Potentiometer
Module 3: Driving an RGB LED
Module 4: Driving Multiple LEDs
Module 5: Push Buttons
Module 6: Reading a Photoresistor
Module 7: Reading an SPDT Switch
Module 8: Using an I2C Backlight LCD
Module 9: Reading a Temperature Sensor
Module 10: Driving a Servo Motor
Module 11: Driving a DC Motor
Module 12: Using a DC Motor driver with inputs
Module 13: Using a Piezo Buzzer
Module 14: Sound Detector
Module 15: Shift Register
Module 16: Real Time Clock Module
Module 17: 8x8 LED matrix
Module 18: Control servo motors by using joystick
Module 19: Tilt Sensor
Module 20: Water Sensor
Module 21: Driving Stepper Motor by using Stepper Motor Driver
Module 22: Relay
Module 23: Using RFID
Module 24: Motion sensor (PIR) with buzzer
Module 25: Temperature and Humidity Sensor

Course Objectives:

IoT Concepts
IoT Infrastructure
Network Architecture and Design
Deep Learning
IoT Programming Languages
IoT Cloud Storage Data
Smart Cities
Big Data Analytics
IoT Architect

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Key Features:
Course Advisor:
Filters:

1	Category	Category related to project	Product Page / Project Management / Certification
2	Batch Type	For each product	Corporate / Public
3	Course Availability	Course date (from to) for each product
4	Location	Location of courses for each product
5	Course Language		English
6	Select Mode	Mode of attending training	Classroom

FAQ’s
What is the course duration of RCIE?
The course duration for RCIE is around 40 hours and will be completed in 5 days.
I have education and work experience, where can I complete the 40 contact hours of RCIE?
You can join Vinsys " Rocheston Certified IoT Engineer (RCIE) " course at any of the open house session conducted across. If you are looking out to conduct this training in-house (within your office premises), we can facilitate for said service. You may reach us out at enquiry@vinsys.com, we shall revert to you within 24 hours.
Do you provide certificates on successfully completing the course?
Yes, at the end of the class, you will receive soft copy of course completion certificate on your email which states that you have successfully completed the course.
What all is included in the course?
Along with facilitating training sessions, we provide required course manuals. The candidate will receive a Welcome Kit and login information to access the Members’ Portal.
Who conduct the training sessions?
Training sessions are facilitated by certified experts having practical working experience as well as training experience. Our facilitators have 18 to 30+ years of overall experience.
When will the exam be conducted?
The exam will be held on the last day of the program. It will review your understanding of the course and test your understanding by means of specific objective questions.
How long is the course completion certificate valid?
The certification is valid for 2 years. You can renew the certificate at Accord portal for a certain fee.
What is the Cyberclass Web Portal?
The access to an online e-learning platform will be given to attendants on registration. It will contain a series of study videos, pre-recorded lectures, white papers, educational animations and power point presentations. ¬The Web Portal can be used to catch-up on a missed session or to view an attended session again.
What is the retake policy?
You may retake the exam any time on an additional fee. For further details contact the exam coordinator.