Department of Mechanical Engineering (ME)

ACADEMIC QUALIFICATIONS:

Ph.D. Candidate (Mechanical and Energy Engineering)
Purdue School of Engineering and Technology, Indiana University - Purdue University, Indianapolis
August 2021 - Ongoing

Bachelor of Science in Mechanical Engineering
Department of Mechanical Engineering, Military Institute of Science and Technology
December 2018

TEACHING EXPERIENCE:

LECTURER
Department of Mechanical Engineering, Military Institute of Science and Technology                                  
Feb 2018 - Jun 2020

COURSE CONDUCTED:

• ME 271: Fluid Mechanics 
• ME 251: Thermodynamics and Heat Transfer 
• ME 153: Basic Engineering Thermodynamics
• ME 304: Heat Transfer Sessional
• ME 172: Computer Programming Language Sessional
• AEAS 210: Aeronautical Engineering Drawing-II
• ME 264: Fundamentals of Mechanical Engineering Sessional
• ME 432: Machine Tools Sessional
• ME 322: Fluid Mechanics Sessional-I
• ME 172: Computer Programming Language Sessional
• ME 404: Power Plant Engineering Sessional
• ME 180: Basic Engineering Drawing
• SHOP 162: Workshop Practice
• ME 204: Engineering Thermodynamics Sessional
• ME 342: Machine Design Sessional
• ME 354: Mechanics of Materials Sessional

NOTABLE PROJECT & RESEARCH EXPERIENCE:

Construction of an Earth-Air-Pipe Cooling System (Undergraduate - Integrated Development Project)

• The goal of this thesis was to design and develop a cooling system that is alternative to the traditional cooling systems which consumes a lot of electrical energy.
• Our experimental observation showed that in Bangladesh, the temperature of the soil at a depth of 7 feet to 10 feet is significantly lower than the ambient air temperature.
• With the observed temperature data and the meteorological data, we designed a cooling system that would collect warmer outside air, pass it through the underground duct and supply cooler air to the room.
• We used Arduino to design the temperature measurement system. All the coding of related sensors was written in Arduino.
• The setup performed quite well and supplied air at a comfortable temperature which was around 27°C while the ambient outside air temperature varied between 32°C to 34°C

AWARD & HONORS:

1. MIST SCHOLARSHIP: for being in the top 5 of the batch based on the academic results in 2015, 2016, 2017, and 2018
2. EST PROJECT OF THE FACULTY: for the project, `Digital Drainage System' in 2017

PUBLICATIONS:

1. M Hoq, MA Alam, T Shafiq, I Taimoor, DK Das, (2019), ’Construction and Performance Analysis of an Earth- Air-Pipe Cooling System’, International Conference on Mechanical, Industrial and Materials Engineering, 17- 18 December, 2019, RUET, Rajshahi, Bangladesh