-> Designed BCC-superalloys with enhanced mechanical performance for extreme temperature environments.-> Successfully secured beamtime for neutron and synchrotron diffraction, enhancing research capabilities.-> Developed in-situ diffraction experiments to monitor microstructural evolution in real-time.-> Supervised student projects/theses (2 PhD, 2 MSc & 4 BSc) to cultivate research skills and academic development.

Journal "cMat": https://onlinelibrary.wiley.com/journal/30062691

-> Investigated mechanical behaviors of multicomponent alloys under severe thermal conditions.-> Secured beamtime through open proposals and designed in-situ experiments at international neutron scattering facilities.-> Provided mentorship to research group members, including the co-supervision of two PhD students.-> Collaboratively wrote funding proposals with the group head and managed procurement of key lab equipment.

-> Managed a team of 7 Residence Tutors which were responsible for ~350 undergraduate students living in the University’s Hostel.-> Acted as a mentor by providing care and social support to student residents, assisting them in adhering to Hostel rules and University policies.-> Fostered a sense of community within the residence by facilitating and assisting in the organization of activities that enriched students' learning experiences.-> Supported the University administration in managing emergencies, liaised with relevant departments for hostel management and maintenance, and served on a duty roster.

-> Engaged in collaborative research with in-situ neutron diffraction to investigate mechanical properties of diverse metallic materials, including superalloys, high-entropy alloys, steels and additively manufactured alloys.-> Trained on and facilitated the use of neutron scattering instruments, enhancing facility research throughput.-> Training and hands-on experience with neutron scattering instruments of the facility.-> Coordinated and assisted international beamline users at the TAKUMI Engineering Materials Diffractometer at the Materials and Life Science Experimental Facility.

Taught courses on Mechanical Metallurgy, Materials Characterization, and Non-Destructive Testing to undergraduate and graduate students.