Primary Research Domains

• Functional magnetic materials and nanotechnology - Manganese-doped cobalt ferrites, perovskite oxides, metallic glasses, and composition-dependent structural, electrical, magnetic, and elastic properties.
• Biomedical applications of functional materials - Magnetic hyperthermia, magnetoelectric sensing, dielectric heating, and material-response studies with potential medical-physics applications.
• Environmental materials and soil systems - Plastic debris, micro- and nanoplastic interactions, soil permeability, and emerging interdisciplinary questions relevant to arable-land health.
• High-frequency, sensing, and energy-relevant materials - Negative permeability/permittivity behavior, magnetocaloric effects, impedance response, and materials for sensors, thermoelectric, and high-frequency applications.

Research Methods and Capabilities

• Solid-state synthesis, planetary ball milling, pelletization, heat treatment, and sintering of ferrite, perovskite, and metallic-glass systems.
• X-ray diffraction and microstructural interpretation; FESEM-informed morphology; dielectric, impedance, electric-modulus, conductivity, permeability, magnetization, and magnetocaloric analyses.
• Interdisciplinary project development, research-team coordination, scientific writing, publication review, and translation of material properties into application hypotheses.

Potential Research Contribution

• Develop a focused materials-physics research cluster connecting functional ferrites and perovskites with sensing, dielectric heating, energy, and environmental applications.
• Mentor student researchers in experimental design, material characterization, data interpretation, scientific writing, and publication planning.
• Strengthen interdisciplinary collaboration across physics, chemistry, environmental studies, agriculture, engineering, and renewable-energy themes while maintaining a clear materials-science core.

Academic and Administrative Appointments

Concurrent Administrative and Development Assignments

Education

Teaching Portfolio

• Materials Science; Solid-State Physics; Quantum Mechanics; Radiation Physics and Radiation Protection; Laser Physics; Biophysics; Thermal Physics; Modern Physics; Physical Optics; Electricity and Magnetism; Nuclear Physics; Solar Energy; Radio-Wave Propagation; Electronics; Digital Electronics; Communication Engineering Techniques; and Electrical Machines.

Academic Leadership and Curriculum Development

• Designed and supported outcome-based curricula for B.Sc. (Hons.) programs in Physics and Chemistry, including course-distribution matrices, instructional planning, and assessment structures.
• Led faculty and departmental planning involving recruitment, scheduling, examinations, student advising, program assessment, and academic quality processes.
• Worked across science and engineering disciplines as Dean, department head, professor, proctor, principal, and registrar, with a consistent emphasis on collaboration and accountable academic governance.
• Experience in research-project planning, budget coordination, interdisciplinary teamwork, and development of publication-oriented academic environments.

Selected Applied Research and Systems Projects

• Management Information and Planning Support System (MIAPSS) - Enterprise resource planning support for BN Dockyard automation.
• Ship Inventory Management and Accounting System (SIMAS) - Inventory and accounting system developed for a UN-deployed vessel in Lebanon.
• School Management System - Developed for Bangladesh Navy School and College, Khulna.
• Technical control systems - PC-based transient-voltage probing and interfacing/control software; PLC-based steering-control system.

Honors and Professional Service

• Best Faculty in Research Work, MIST - Received in 2017 and 2019.
• Best Paper Award, International Journal of MIST (IJMIST) - Received in 2017.
• Journal reviewer - Environmental Pollution; Heliyon; Discover Nano; and Materials Science.

Research Portfolio

• Ferrites and structure-property relationships - A sustained series of studies on manganese-doped cobalt ferrite nanoparticles examines how composition, stoichiometry, milling time, sintering temperature, frequency, and temperature influence conductivity, permittivity, permeability, impedance, electric modulus, magnetization, and related structural behavior.
• Biomedical and medical-physics applications - Recent work translates electromagnetic and thermal behavior into magnetic hyperthermia for cancer treatment, magnetoelectric sensing, and dielectric heating.
• Perovskites, smart materials, and magnetocaloric behavior - Research on manganese-doped aluminum iron oxide, lanthanum manganite, and cobaltite perovskites addresses magnetic, dielectric, structural, and magnetocaloric properties.
• Metallic glass and magnetic alloy systems - Work on Fe-Mn-P-C alloy ribbons and ball-milled metallic-glass powders investigates magnetoresistance, magnetic properties, phase transformation, and amorphous/nanocrystalline structures.
• Environmental materials and arable-soil permeability - An emerging interdisciplinary stream addresses plastic debris, microplastics, nanoplastics, soil health, and permeability in arable land.
• Research-informed institutional development - Academic administration remains connected to research and technology through curriculum design, R&D-center leadership, digital management systems, technical control projects, faculty development, and interdisciplinary coordination.

Selected Publications

Book and Scholarly Contribution

Selected Conference Presentations

Professional Education and Training