• Proposed a dynamic programming based optimal charging skip algorithm in mobile social networks where smart phone users are able to skip traditional cable-based charging by utilizing the excess energy from its peers.

• Devised and formulated an optimal stopping theory model for optimal content routing protocol in mobile opportunistic networks where nodes are provided energy as incentives to relay the content.

• Analyzed several techniques for optimal energy distribution in the network and proposed optimal energy balancing protocols for homogeneous and heterogeneous mobile networks.

• Provide mentorship to undergraduate students with their assignments and projects pertaining to Algorithm Analysis and Advanced Data Structures, as well as Computer Architecture courses

• Headed the team of software engineers in improving product functionality and extending performance

• Led the development and implementation of detailed and well-structured test plans and cases for unit and integration testing

• Fulfilled various tasks, such as monitoring, managing, and providing internal support for application usage

• Earned recognition for leading the team; planning and proposing improvements for the application; and facilitating regular meetings in various tutorial sessions for internal users