Ihzaz Abrar Sadik
Lecturer
ihzaz.sadik@bracu.ac.bd
Websites
https://sadik29g.github.io/Address
CSE Department
4th floor, Room No # 4N160,
Brac University,
Kha 224 Bir Uttam Rafiqul Islam Avenue,
Merul Badda, Dhaka, Bangladesh
My primary research interest is Reinforcement Learning, particularly applied RL in Data Science. I am interested in how sequential decision-making methods can be used to solve practical problems involving uncertainty, optimization, adaptation, and data-driven control.
I am also interested in applied Machine Learning and Deep Learning across different application domains.
Graph Theory holds a particularly strong personal appeal for me. Its structures, abstractions, and problem-solving perspectives genuinely intrigue me, and I enjoy exploring and brainstorming graph-based problems even outside formal academic work.
Cost-Reliability Tradeoff in Deep Reinforcement Learning for Residential Battery Control under Chronic Load Shedding - Ihzaz Abrar Sadik (Under review at ICECE 2026)
Adjunct Lecturer
Dept. of CSE, BRACU
(August 2024 - September 2025)
Full-time Lecturer
Dept. of CSE, BRACU
(21 September 2025 - Present)
CSE350 Theory Coordinator
(February 2025 - Present)
Regional Champion & 2nd Runner Up respectively at 2018 & 2016 Bangladesh Mathematical Olympiad
1st at National Science Olympiad Divisional Round 2016
5th (Countrywide) & 1st (Divisionally) at Informatics Olympiad 2014
8th at Bangladesh Physics Olympiad Divisional Round 2014
Talent Pool (Board Merit 38) & General (Board Merit 21) Scholarship respectively in HSC & SSC

Accepting
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Level: |
Undergraduate |
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My primary research interest is Reinforcement Learning, particularly applied RL in Data Science. I am interested in how sequential decision-making methods can be used to solve practical problems involving uncertainty, optimization, adaptation, and data-driven control.
I am also interested in applied Machine Learning and Deep Learning across different application domains.
Graph Theory holds a particularly strong personal appeal for me. Its structures, abstractions, and problem-solving perspectives genuinely intrigue me, and I enjoy exploring and brainstorming graph-based problems even outside formal academic work.