Md. Zakir Hossen
Computer Science Engineer & Research Specialist
Specializing in IoT, Embedded Systems, Smart Agriculture, and Algorithm Development with a passion for creating sustainable technological solutions.
Computer Science Engineer & Research Specialist
Specializing in IoT, Embedded Systems, Smart Agriculture, and Algorithm Development with a passion for creating sustainable technological solutions.
Learn about my background, work approach, and professional philosophy
I am a dedicated and quick learner who strives to acquire new knowledge daily from real-life problems. My approach to work is focused and methodical - I prefer to concentrate on one task at a time, dedicating all my attention to it until completion. This focused approach allows me to solve problems effectively and efficiently.
My research and practical experience spans IoT-based systems for agriculture, algorithm development, and AI applications. I have worked on numerous projects at prestigious institutions like Bangladesh Rice Research Institute and Gazipur Agricultural University, developing solutions for smart irrigation, crop monitoring, and sustainable farming practices.
I believe in the power of technology to solve real-world problems, particularly in the context of sustainable development in agriculture. My work focuses on creating practical, efficient solutions that can make a meaningful impact on farming communities.
I dedicate my full concentration to one task at a time, ensuring thorough understanding and high-quality results.
I break down complex problems into manageable components and tackle them systematically.
I actively seek new knowledge and skills daily, applying them to real-world challenges.
My academic journey and qualifications
CGPA: 3.57/4.00
Completed comprehensive coursework in computer science fundamentals, software engineering, data structures, algorithms, and specialized topics in IoT and AI.
CGPA: 3.89/4.00 (First Class First)
Board: Bangladesh Technical Education Board (BTEB)
Achieved top position in my institution. Gained practical knowledge in computer hardware, software, networking, and programming.
Computer and Information Technology: 5.00/5.00 (First in School)
Completed secondary education with focus on computer and information technology, achieving perfect score and ranking first in my school.
My research projects in IoT, AI, and sustainable agriculture
Developed an IoT-based monitoring system for water level management in rice fields using AWD technique with 96.87% data and signal accuracy.
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Developed a novel sorting algorithm with slower numerical growth than n log n for enhanced efficiency in finite input domains.
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Applied finite calculus methods to analyze partial sums and establish bounds for the harmonic series, resulting in a published paper.
View DetailsDeveloping an IoT-based micro-irrigation system optimized for vegetable cultivation with focus on water conservation and sustainability.
View DetailsDeveloping an automated irrigation system for rice fields using IoT technology and AWD methodology to optimize water usage..
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Designed and implemented an energy-efficient IoT network for smart AWD irrigation system in precision rice farming, published in international conference.
View DetailsDeveloped a cost-effective LoRaWAN-based IoT solution for smart irrigation in rural rice farming areas.
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Developing an intelligent irrigation system that integrates IoT sensors with weather forecast data for optimized water management.
View DetailsDeveloping AI and IoT-based automation systems for smart fish feeding robots to optimize aquaculture operations.
View DetailsDeveloped a deep learning-based system for detecting nitrogen levels in rice, wheat, and maize crops and providing fertilization recommendations.
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Developed a hybrid deep learning framework for efficient liver and tumor detection in CT images, presented at 5th International Conference on Electrical, Computer & Telecommunication Engineering.
View DetailsDeveloping an AI-powered IoT system for smart irrigation that utilizes weather forecasting and rainfall analysis for optimal water usage..
View DetailsDeveloping an IoT-based system for monitoring soil salinity in coastal rice farming areas to improve crop yield.
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Developing an IoT-based system for monitoring and preserving vegetable quality during storage and transportation.
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Designed and implemented an energy-efficient IoT network for smart AWD irrigation system in precision rice farming, published in international conference.
View DetailsAreas of focus for future research and development
Developing systems for analyzing soil nutrient levels and providing data-driven recommendations for seasonal crop selection based on soil conditions, climate patterns, and market demands to optimize agricultural productivity.
Researching methods to determine optimal water requirements for cultivation using air evaporation and soil moisture data, and developing automated systems to deliver precise amounts of water to agricultural fields for improved water efficiency and crop yield.
My research interests extend to developing integrated smart agriculture systems that combine IoT, AI, and data analytics to address challenges in sustainable farming. I aim to create solutions that optimize resource usage, increase crop yields, and support food security while minimizing environmental impact.
Recognition for academic excellence and professional development
Received Dean's Award for academic excellence in 4th year at Dhaka University of Engineering and Technology.
Awarded Best Session Presenter at 1st International Conference on Science and Humanity at DUET.
Secured 3rd position in university project showcasing competition for innovative IoT-based solution.
Comprehensive course covering fundamentals of ML algorithms and applications
Hands-on training in game design principles and animation techniques
Cross-platform mobile application development using Flutter framework
Advanced course on connecting IoT devices with cloud platforms
Community engagement and social initiatives
A community organization established in my village focused on social welfare, education, and community development
Providing financial support to underprivileged families for basic needs
Distributing clothes to needy individuals and families
Ensuring access to education for children from disadvantaged backgrounds
Facilitating medical treatment for those who cannot afford healthcare
Providing technical education and job training for youth
Organizing regular blood donation drives in different locations
Village road recycling, cleaning, and maintenance initiatives
Organizing conferences to improve basic and Islamic knowledge
We pay special attention to children who have lost their fathers or come from families where the primary earner cannot contribute financially. Our society works to:
My expertise across various technologies and domains
Get in touch for collaborations or inquiries
cse.zakirhossain@gmail.com
+880 1776233801
Gazipur, Dhaka, Bangladesh