Sudip Phuyal

Work place: Department of Electrical and Electronics Engineering, Kathmandu University Dhulikhel 45200, Nepal



Research Interests: Process Control System, Robotics


Sudip Phuyal completed his bachelor in Electrical and Electronics Engineering from Pokhara University, Nepal in 2016 and currently enrolled in MS by Research candidate at Department of Electrical and Electronics Engineering, Kathmandu University and also working as project member and technical expert in the European Union and Royal Norwegian Embassy at Nepal funded research project “Micro-Grid Management and Control Systems for the Himalayan Region of Nepal”. He is also an Erasmus+ scholar for research exchange to Wroclaw University of Science and Technology, Poland under the Erasmus Mundus grants funded by European Union in 2018. He has also been awarded with the research grant funded by Handong Global University, South Korea for the development of low speed PM generators to install in the traditional water mill of rural village of Nepal in 2016. He is also a founder of Robotics Academy of Nepal (RAN), former R&D advisor of Innovative Ghar Nepal, and also, currently working as senior electrical and instrumentation engineer at Himalayan Snacks and Noodles Pvt. Ltd. with major responsibilities of design and supervision of electrical power system and process control of the industry. His research interest includes control system, process automation, industrial robotics, power electronics, electric drives and traction.

Author Articles
Design and Implementation of Cost Efficient SCADA System for Industrial Automation

By Sudip Phuyal Diwakar Bista Jan Izykowski Rabindra Bista

DOI:, Pub. Date: 8 Apr. 2020

Supervisory Control and Data Acquisition system facilitates the monitoring and control of industrial process from the designated control station. The cost investment for implementing the SCADA system is expensive and is not in approach of small and medium scale industries these days. Developing the customized SCADA system helps to reduce the cost in software components and becomes more close approach to the small and medium scale industries. In this research we presented a SCADA software developed in C# environment and successfully tested in industrial process monitoring and control. The developed SCADA software is capable of remotely supervise, control and data monitoring facility and is also capable of data logging in the IoT server. This approach has been found to be efficient in both aspects, technically and economically.

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