· Higher Research Grant (DRE/8/RUET/764(52)/PRO/2025-26/39),  Research & Extension, RUET, 2025-2026 (Amount: 6,35,000 BDT).

· Higher Research Grant (DRE/8/RUET/700(66)/PRO/2024-25/25),  Research & Extension, RUET, 2024-2025 (Amount: 8,00,000 BDT).

· Higher Research Grant (DRE/7/RUET/640(53)/PRO/2023-24/14), Research & Extension, RUET, 2023-2024 (Amount: 10,00,000 BDT).

· Higher Research Grant (DRE/7/RUET/574(58)/PRO/2022-23/18), Research & Extension, RUET, 2022-2023 (Amount: 10,00,000 BDT).

· Higher Research Grant (DRE/7/RUET/528(39)/PRO/2021-22/17), Research & Extension, RUET, 2021-2022 (Amount: 8,00,000 BDT).

· Higher Research Grant (DRE/7/RUET/489(31)/PRO/2020-21/09), Research & Extension, RUET, 2020-2021 (Amount: 8,30,000 BDT).

· Postgraduate Research Student Support (PRSS) Travel Grant from the SEIT, UNSW, Australia to attend in the CLEO: Science and Innovations, OSA, 2016 (USA).

· Funding and facilities from Australian National Fabrication Facility (ANFF ACT node, Australia) to attend in the International Conference on Nanoscience and Nanotechnology (ICONN), Australia 2016.

· Funding and facilities from ANFF ACT node, Australia and UNSW Australia to attend Australian Conference on Optical Fibre Technology and Nonlinear Photonics OSA, September, 2016.

· Research Grant from the Australian Research Council (ARC) and The Asian Office of Aerospace Research and Development (AOARD US Air Force) to support experiment at Australian National University through ANFF.

· Research Grants from UNSW, Australia to attend in the Australian and New Zealand Conference on Optics and Photonics (ANZCOP), Australia, 2013.

1. Project Title: High Performance Compact Electro-absorption Plasmonic Modulators          

      Project Reference Number:  (DRE/8/RUET/700(66)/PRO/2024-25/25)            

      Year:  2024-2025

2. Project Title: Graphene based Broadband and Tunable Terahertz Metamaterial Absorbers          

      Project Reference Number:  (DRE/7/RUET/640(53)/PRO/2023-24/14)            

      Year:  2023-2024

3.    Project Title: Novel Optical Devices based on Antiresonant Hollow Core Fiber

Project Reference Number: DRE/7/RUET/574(58)/PRO/2022-23/18

Year: 2022-2023

4.  Project Title: Novel Design of Hollow Core Fibers for Terahertz Application

Project Number: DRE/7/RUET/528(39)/PRO/2021-22/17.

Year: 2021-2022

5.  Project Title: Design and Analysis of Novel Hollow Core Antiresonant Fibers for Communication Application

Project Reference Number: DRE/7/RUET/489(31)/PRO/2020-21/09.

Year: 2020-2021

· Software: COMSOL Multiphysics, RSoft FullWave, CST Microwave Studio.

· Experimental Equipment: SEM, FIB, EBE, Raman system, Telecommunications Instructional Modelling System (TIMS) and related electrical and optical equipment.

· Handling optical fiber:  Splicing, cleaving of optical fiber and making fiber connectors.

· Chemical handling: Handling HF (25%) inside a Fume hood for remove fiber cladding, handling toxic material (MoS_2, MnO_2, WS₂, etc.).

· Computing Skills: Microsoft office, Google SketchUp, origin, Latex etc.

· Occupational Health and Safety (OHS) trainings such as Level 2 Laser safety.

· Operating Systems: Windows.

· Programming Languages: C/C++, MATLAB, dSPACE, ALTIUM, and PSPICE.

• Industry consultation: Testing and analysing the results of industrial electrical and electronic equipment in the Dept. of EEE, RUET, Bangladesh.

· Graduate Teaching Training program (GTTP): Successfully completed with merit organized by UNSW Canberra at 2014 (March-June).

· Level 2 Laser Safety Course: Successfully completed Level 2 laser safety course organized by UNSW Canberra at 20 May 2013.

· Research Preparation Course: Successfully completed mandatory Postgraduate Research Preparation Course (ZINT9001) organized by UNSW Canberra to lead in high quality research.

· Safety training for laboratory: Successfully completed mandatory safety training (2015/2016), organized by UNSW Canberra.

· Chemical Safety Training: Received sufficient training from UNSW, Canberra and ANFF, ACT node staff on chemical safety for toxic chemical handling.

· ANFF Induction: Successfully completed safety training from ANFF, ACT, node staff to handle EBE, FIB and few related equipment.

1. Md. Tarek Rahman, The Pennsylvania State University, University Park, Pennsylvania 16802, USA
2. Dr. Md. Imran Hasan, Australian National University, Canberra, Australia
3. Australian National Fabrication Facility (ANFF ACT node, Australia)
4. Optics and Laser Laboratory, UNSW Canberra, Australia.
5. Dr. Haroldo Takashi Hattori, UNSW, Australia.
6. Dr. Ziyuan Li, Australian National University (ANU)
7. Dr. Cristiano M. B. Cordeiro and Dr. Marcos A. R. Franco, Brazil.

· Conducting PG courses:  EEE 6107:  Advanced Solar Cells: Technologies & Applications,   EEE 6621 (Numerical Methods & Fabrication Techniques in Photonics),  EEE 6624: Metasurfaces: Theory and Applications,  EEE 6613 (Plasmonics and Optical Devices), EEE 6507 (Advanced Optical Fibers), EEE 6623 (Biophotonics)

· Conducting UG theoretical and practical courses, in EEE of RUET, on Optoelectronics, Electromagnetic Fields & Waves, Electrical and Electronic circuit, Fundamentals of Computer Programming, Electrical Machines, Electronic Circuit, Power Transmission & Distribution, Power Station, Power system protection and switchgear, Measurement & Instrumentation, and Microwave Circuits/devices.

· Conducting undergraduate courses, in SEIT of UNSW Australia, on ZEIT3220-Engineering Electromagnetics, ZEIT4224-Electrical Power, Machines and Power Electronics, ZEIT3218-Communications Techniques, ZEIT3216-Design of Electronics Circuit 3, ZEIT4006-Structural Integrity Assessment (Holography, Speckle & Radiography)

· Examination and Assignment for courses ZEIT 4224, ZEIT 3220, and ZEIT3218 in SEIT, UNSW, Canberra.

· Trained and supervised more than 50 students (B.Sc. in EEE) to develop various electrical and electronic projects and theses.

· Served as course advisors for many UG students in EEE, RUET