Full profile of Muhammad Rubayat Bin Shahadat

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Muhammad Rubayat Bin Shahadat

Lecturer

Department of Mechanical Engineering (MEE)

Faculty of Engineering

Hajee Mohammad Danesh Science & Technology University, Dinajpur.

E-mail: rubayat37.me@hstu.ac.bd


CAREER OBJECTIVE

    To perform significant research with the appropriate combination of my education, experience, excellence and creative talent as well as share my views and ideas with the future professionals.

RESEARCH INTEREST

    Molecular Dynamics, Thermodynamics, Refrigeration and Air conditioning systems, CFD, Renewable energy, IC engines, Robotics and Embedded Systems

EDUCATION

  1. M.Sc. (On going), 2018

    Bangladesh University of Engineering and Technology (BUET)

  2. B.Sc., 2016

    Bangladesh University of Engineering and Technology (BUET)

  3. H.S.C., 2010

    Govt. Azizul Haque College, Bogra

  4. S.S.C., 2008

    Bogra Zilla School


PUBLICATIONS

Journal Papers

  1. Prospects and Utilization of Renewable Energy in Bangladesh: A Review Article


Conference Papers

  1. A molecular dynamics study of thermal transport in nanoparticle doped Argon like solid

  2. Effect of the Orientation of Doped Nanoparticles on Thermal Transportation of a Solid: A Molecular Dynamics Study
  3. Effect of surface roughness and void fraction on Thermal Transportation of a Solid: A Molecular Dynamics Study

  4. Feasibility study of wind turbine for low wind condition of Bangladesh


  5. Simulation of heat transfer and fluid flow in the thermal hydraulic sub-channel of a pressurized water reactor


SCHOLARSHIPS

  1. University Merit Scholarship, BUET

    Funded by: BUET

  2. Dean’s List, BUET

    Funded by: BUET

  3. H.S.C. Board Scholarship

    Funded by: Govt.

  4. S.S.C. Board Scholarship

    Funded by: Govt.

  5. Junior Scholarship

    Funded by: Govt.


PROJECTS

  1. Cell phone operated robot by using DTMF with robotic arm

    Funded by: BUET

    Position: Member

    Description: This robot used DTMF tone as its command and could move as well as pick and place objects

  2. Maze Solver robot

    Funded by: Self

    Position: Member

    Description: This robot had to solve a maze to reach its destination

  3. Edge avoiding robot using micro controller

    Funded by: Self

    Position: Member

    Description: When placed on table this robot could avoid the edges and turned back when it sensed the edges of table

  4. Obstacle avoiding robot using micro controller

    Funded by: Self

    Position: Member

    Description: If there is any obstacle on the path of the robot it could avoid it following a different path

  5. Line following robot using micro controller

    Funded by: Self

    Position: Member

    Description: This robot could follow a specific path to reach its destination


SOCIAL NETWORK