People

Tasin Rashid

Tasin Rashid

Research Associate

tasin.rashid@bracu.ac.bd

Tasin Rashid is a Research Associate under the Environment and Climate Change cluster at BRAC Institute of Governance and Development (BIGD), BRAC University. 

Tasin completed the Young Researchers’ Fellowship in the qualitative stream at BIGD. Previously, he served as a Research Assistant on a UNFPA-funded project. Tasin completed his Bachelor’s and Master’s in Women and Gender Studies from the University of Dhaka. 

Report

Moulvibazar: Solar Energy, Haor Livelihoods, and the Politics of Ecological Narratives

Date: 2026

Author(s): Chaudhuri, Anushree and Rashid, Tasin; Sreya, Wasema Rahman; and Kamal, Rohini

Publisher: BIGD

Report

Case Study: Spectra Solar Park, Manikganj

Date: 2026

Author(s): Chaudhuri, Anushree and Rashid, Tasin; Sreya, Wasema Rahman; and Kamal, Rohini

Publisher: BIGD

Working Paper

Climate Mobility and Exploitation: Investigating the Nexus of Displacement, Trafficking, and Modern Slavery

Date: 2025

Author(s): Rasid, Tasin; Islam, Riana; Shatil, Tanvir; and Nahar, Papreen

Publisher: BIGD

Position Paper

Transparency and Accountability in Local Government Service Delivery | Kumira Union, Satkhira

Date: 2024

Author(s): Shatil, Tanvir; Rashid, Tasin; Nuruzzaman, M. M.

Publisher: BIGD

Gender and Labour Dynamics of Energy Transition: Insights From Alternative Solar Projects in Bangladesh

Status: Ongoing

Researcher(s): Rohini Kamal, PhD; Munshi Sulaiman, PhD; Tasin Rashid; Md. Shadid Hossain and Riana Islam

Topic(s): Climate Change

Understanding the Causes and Consequences of Climate-Induced Displacement and Migration and Its Links to Human Trafficking and Modern Slavery

Status: Completed

Researcher(s): Tanvir Shatil; Riana Islam and Tasin Rashid

Topic(s): Climate Change

Sustainable Business Model for Agrivoltaic Pilot Project in Bangladesh

The program investigates agrivoltaics in Bangladesh, combining solar energy and agriculture on the same land to improve land-use efficiency, generate dual income, and support the country's renewable energy transition. It uses a comparative experimental design to assess crop yield, electricity generation, and policy barriers to adoption.

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