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• PhD in Energy Efficient Real Time Scheduling Algorithms from BITS, Pilani (2017)
• M. E. in Computer Science from BITS, Pilani (2009)
• B. E. in Computer Technology form RCERT, Chandrapur, Nagpur University (2001)

• 2019 to till date - Assistant Professor, IIIT, Nagpur
• 2017 - 2019, Assistant Professor (Visiting), Department of CSIS, BITS, Pilani
• 2010 - 2016, Lecturer, Department of CSIS, BITS, Pilani
• 2005 - 2009, Teaching Assistant, Department of CSIS, BITS, Pilani
• 2002, Lecturer, Computer Science Department, Bajaj Polytechnic College, Chandrapur

• Computer System Organization
• Operating System
• Mobile App Development using Android Programming
• Python Programming
• Advanced Computer Architecture
• 1st Semester CSE - Computer Programming (2019-2020)
• 5th Semester CSE - Real Time Systems (2019-2020)

Link to IRINS/Vidwan Research Profile

• Area of Research

• Operating Systems
  • Real Time Scheduling
  • Energy Efficient and Temperature Aware Scheduling
  • Multiprocessor/Multi-core Scheduling
  • Mixed Criticality Systems
• Homogeneous/Heterogeneous Computer Architecture
• Energy Optimization issues in Internet of Things

• Research Project
  • Project Title: Design and Development of a Mobile App Interface and a Smart Wearable Device for Awareness, Tracking and Alerting the Citizens to inculcate Improved Risk Understanding.
  • Funding Agency: Project grant received from DST under its scheme “YASH-2020”.
  • Fund Granted: 13,82,400
  • Team Members:
  • (1) Dr. Mayuri A. Digalwar (PI, CSE Department,IIIT, Nagpur)
  • (2) Dr. Rashmi Pandhare (Co-PI, ECE Department, IIIT, Nagpur)
  • (3) Dr. A. K. Digalwar (Co-PI, BITS, Pilani, Pilani Campus)

• Reviewer for Journal / Conference
• Journal of Computer Standards and Interface, Elsevier Publication

• Digalwar, M., Raveendran, B. K. & Mohan, S. (2017). LAMCS: A Leakage Aware DVFS based Mixed Task Set Scheduler for Multi-Core Processors. Journal of Sustainable Computing, Volume 15, September 2017, page no. 63-81. (Elsevier Publication, SCI Expanded).
• Digalwar, M., Gahukar, P., Raveendran, B. K. & Mohan, S. (2017). Energy efficient real-time scheduling algorithm for mixed task set on multi-core processors. International Journal of Embedded Systems, Vol. 9, No 6. (Inderscience Publications, SCOPUS Indexed)
• Vinita Tahiliani, Digalwar, M., (2018). Green IoT Systems: An Energy Efficient Perspective. Proc. of 11th IEEE Int. Conf. on Contemporary Computing (IC3 2018), (SCOPUS Indexed).
• Digalwar, M., Gahukar, P., & Mohan, S. (2018). Energy Efficient Real Time Scheduling on Multi-core Processor with Voltage Islands. 7th IEEE Int. Conf. on Advances in Computing, Communications and Informatics (ICACCI-2018). (SCOPUS Indexed).
• Deshpande, P, .Digalwar, A. & Digalwar, M. (2018). Application of Industrial IoT in Manufacturing Industry for Predictive Maintenance: A Survey. In Proc. of 12th ISDSI 2018 Int. Conf., Mumbai, India. Dec 2018.
• Digalwar, M., Gahukar, P., Mohan, S. & Raveendran, B. K. (2015). STREAM: A Simulation Tool for Energy Efficient Real Time Scheduling and Analysis. Proc. of Int. Workshop on Analysis Tools and Methodologies for Embedded and Real-time Systems (WATERS) in conjunction with 27th Euromicro Conf. on Real Time Systems (ECRTS), Lund, Sweden. July 2015 (Indexed in Web of Science).
• Digalwar, M., Gahukar, P., & Mohan, S. (2014). Design and development of a real time scheduling algorithm for mixed task set on multi-core processors. Proc. of 7th IEEE Int. Conf. on Contemporary Computing (IC3 2014), pp. 265-269. (SCOPUS Indexed).
• Digalwar, M., Mohan, S., & Raveendran, B. (2013). Dynamic voltage and frequency scaling scheduling algorithm for mixed t

• PhD.
• Ms. Kanlyani Pendke (Broad Research Area:  Data Analytics)
• Ms. Shilpa Ghode ( Broad Research Area: Data Analytics)
• Ms. Roma Goel ( Broad Research Area: Data Analytics)
• Mr. Eknath Kulkarni ( Broad Research Area: IoT and Data Analytics)
• Mr. Dinesh Tundalwar ( Broad Research Area: IoT and Data Analytics)
• M. Tech.
• Design and Development of an IoT based Mobile app for Cab Scheduling and Booking Systems (Year 2018-19)
• Study and analysis of energy optimization issue in the embedded devices in IoT based Systems.
• Design and development of a Simulation Tool called "STREAM" for implementing energy efficient real time scheduling algorithms. (Year 2014-15)
• B.E. / B. Tech.
• Study and Implementation (in Verilog) of ARM Processor
• Study of Energy Aware Real Time Scheduling Algorithms for Multiprocessor Systems
• Study and analysis of memory organization of series of Intel Architecture
• Study of ISA and micro architecture of Pentium II processor

Faculty Advisor 1st year section A, CSE