Why the demand for IoT professionals is higher than for IT engineers – Times of India

The Internet of Things (IoT) has felt its presence in various sectors, which has increased the demand for skilled professionals. Several students are taking courses to learn and research IoT.

Speaking to the Education Times, K Ramesh Babu, Professor and Dean, School of Computer Science and Engineering, Vellore Institute of Technology (VIT), said, For this. IoT boards, industrial IoT, software-defined networks and Capstone projects.

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“After completing the course at IoT, students can look for jobs in AI, IoT Data Analyst, Network Design Engineer, Security Professional, Hardware and Device Specialist, User Interface Design Engineer, Sensor and Actuator Professional, IoT Programmer (IoT Programmer) and Storage analyst. ”

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“IoT students are recruited by all IT services and IT product companies for their IoT practice. After completing a course in IoT, the salary potential of students ranges from Rs 3 lakh to Rs 26 lakh per annum, ”he added.


Binayak Naik, Professor and Head of Computer Science at BITS Pilani, Goa, said, “IoT is used to communicate and report sensitive data through a network like our nervous system. The four basic components of IoT are sensors, computing, communication and data processing. Many industries today use IoT to monitor and operate their equipment ranging from power, chemical, transportation, civil and healthcare. IoT-trained manpower needs machine learning, artificial intelligence (AI) and blockchain (cryptocurrency accounting). ”

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IoT India Salary Survey, 2017 reveals that IoT professionals in India earn about 76% more than IT professionals. The average salary of IoT professionals is Rs 15.2 lakh per annum whereas for IT engineers it is Rs 8.65 lakh. “As more data is generated from IoT, we are using two more technologies, Machine Learning and AI, to determine the functions for managing and managing IoT.”

Brijesh Kohli, Director, Zebia Academy, Gurgaon, said, “Application and analysis, integration, security and infrastructure are the four basic elements on which IoT works. The basics of Electronics and Embedded C, DS, OOPS with C ++, ARM, Embedded Protocol, Linux Advanced Python, IoT Edge Node, Gateway & Security are taught to the students in the IoT course. Data analysis and visualization using Table Today technology plays the most important role in business growth, disrupting industry verticals and modernizing businesses by optimizing business activities. Because of their rich ability to gain quality insights through integrated data-driven solutions, IoT and analytics platforms are transforming businesses today into innovative business models. There are a lot of new business models due to IoT.

“For example, the insurance sector has a system for IoT’s insurance pricing policy where a monitoring and diagnostic device will determine the price of your car and determine the cost of insurance.”

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