Projects

Floating Solar PV Feasibility Study (1 MW System)

University of Dhaka | 2019 – 2020

• Modeled a 1 MW floating solar PV system using SAM, estimating ~1.6M kWh annual energy production

• Evaluated economic feasibility, including system cost (~$2.4M) and payback period (~9.6 years)

• Assessed structural, environmental, and implementation considerations for real-world deployment

Skills Used

  • SAM
  • Renewable Energy Systems
  • Feasibility Analysis
  • Energy Modeling
  • Sustainability

Direct Air Capture (DAC) System Analysis

Carleton University | 2021 – 2022

• Evaluated high- and low-temperature DAC systems for CO₂ capture and climate mitigation

• Modeled system performance, energy requirements, and scalability for potential deployment in Canada

• Developed feasibility insights based on mechanical design, sustainability, and economic considerations

Skills Used

  • Energy Systems Analysis
  • Sustainability Engineering
  • Data Analysis
  • System Modeling

CFD Analysis of Flow & Heat Transfer in Constrained Channels

MIST | 2017

• Conducted CFD simulations using ANSYS Fluent to analyze fluid flow and heat transfer behavior

• Evaluated pressure, velocity, and temperature variations under different geometric conditions

• Identified relationships between flow restrictions, turbulence, and heat transfer performance

Skills Used

  • CFD Analysis
  • Heat Transfer
  • Simulation
  • MATLAB
  • Engineering Optimization

Computational Analysis of Wind Flow Over Building Rooftops

MIST / University of Dhaka | 2018-2019

• Conducted CFD simulations using ANSYS Fluent to analyze airflow over multiple rooftop geometries

• Evaluated velocity profiles and turbulence patterns to assess system performance

• Identified optimized geometries improving airflow efficiency and energy potential

Skills Used

  • ANSYS Fluent
  • CFD Simulation
  • Data Analysis
  • MATLAB
  • Engineering Design