CWIIP - Certified Wireless IoT Integration Professional
Current version : CWIIP-302 released in April 2024
Next scheduled update : CWIIP-303 releasing September 2027
Note :Last day to take the CWIIP-302 exam: December 31, 2027s
The Certified Wireless IoT Integration Professional (CWIIP) develops and implements solutions that integrate multiple wireless-sourced management, monitoring, and control data through programming. This professional can identify and use the appropriate tools to extract, transform, and load data to and from wireless Internet of Things (IoT) systems. The CWIIP plays a crucial role in planning and delivering scalable solutions to automate the transport of and response to data throughout a heterogeneous network.
CWIIP is built on the CWISA certification, which is a prerequisite to the CWIIP. This certification covers:
- Wireless IoT higher layer protocols like MQTT, CoAP, DDS, and AMQP
- Security solutions used within IoT integration projects
- Database systems and the role they play in integration projects
- Systems development using APIs, programming, and libraries
- Python programming fundamentals
- IoT libraries available for Python
- Solid requirements engineering skills
- Implementation, monitoring, and maintenance best practices
Course Details
1. Wireless IoT higher layer protocols
- MQTT, CoAP, DDS, and AMQP
- Understanding the higher layer protocols used in wireless IoT integration projects.
- Identifying the characteristics and differences of popular wireless IoT protocols like MQTT, CoAP, DDS, and AMQP.
- Understanding the application scenarios and use cases for each protocol.
2. Security Solutions used within IoT integration Pro
- Understanding the security challenges and risks associated with IoT integration projects.
- Identifying the security solutions and protocols used to secure IoT integration projects.
- Understanding the importance of encryption, authentication, and access control in securing IoT integration projects.
3. Database systems and the role they play
- Database systems and the role they play in integration projects
- Understanding the role of database systems in IoT integration projects.
- Identifying the characteristics and differences of popular database systems like SQL, NoSQL, and In-memory databases.
- Understanding the application scenarios and use cases for each database system.
4. Systems development using APIs programming
- Systems development using APIs, programming, and libraries
- Understanding the role of APIs, programming, and libraries in IoT integration projects.
- Identifying the different programming languages used for IoT integration projects.
- Understanding the importance of system design, testing, and documentation in IoT integration projects.
5. Python programming fundamentals
- Understanding the basics of Python programming language.
- Identifying the features and characteristics of Python programming language.
- Understanding the syntax, control structures, and data types used in Python programming.
6. IoT libraries available for Python
- Understanding the different IoT libraries available for Python.
- Identifying the characteristics and differences of popular IoT libraries like PyOTA, Adafruit CircuitPython, and OpenCV.
- Understanding the application scenarios and use cases for each IoT library.
7. Solid requirements engineering skills
- Understanding the importance of requirements engineering in IoT integration projects.
- Identifying the different stages of requirements engineering.
- Understanding the importance of stakeholder analysis, scope definition, and requirements elicitation in requirements engineering.
8. Implementation, monitoring and maintenance
- Implementation, monitoring, and maintenance best practices
- Understanding the best practices for implementing, monitoring, and maintaining IoT integration projects.
- Identifying the different tools and techniques used for monitoring and maintaining IoT integration projects.
- Understanding the importance of regular maintenance, updates, and backups in IoT integration projects.
| Fees Structure : | 22500 INR / 270 USD |
| Total No of Class : | 29 Video Class |
| Class Duration : | 38:30 Working Hours |
| Download Feature : | Download Avalable |
| Technical Support : | Call / Whatsapp : +91 8680961847 |
| Working Hours : | Monday to Firday 9 AM to 6 PM |
| Payment Mode : | Credit Card / Debit Card / NetBanking / Wallet (Gpay/Phonepay/Paytm/WhatsApp Pay) |
| Fees Structure : | 30500 INR / 365 USD |
| Class Duration : | 60 Days |
| Class Recording : | Live Class Recording available |
| Class Time : | Monday to Firday 1.5 hours per day / Weekend 3 Hours per day |
| Technical Support : | Call / Whatsapp : +91 8680961847 |
| Working Hours : | Monday to Firday 9 AM to 6 PM |
| Payment Mode : | Credit Card / Debit Card / NetBanking / Wallet (Gpay/Phonepay/Paytm/WhatsApp Pay) |
