In a major recognition of his research excellence, Dr. Hossain has secured the highly competitive ICARS Project funded by the European Union. The project intends a dual strategy to address antimicrobial resistance (AMR) and methane emissions in Bangladeshi dairy farms. Supplementation of symbiotics (red seaweed based – Propionibacterium thoenii) will improve rumen health, reduce methanogenesis, decrease reliance on antibiotics, and enhance cattle productivity. The combined probiotic–seaweed approach offers a synergistic solution that promotes animal health, food safety, climate-smart livestock production, and environmental sustainability. This achievement reinforces Bangladesh’s growing role in the global fight against antimicrobial resistance and showcases Dr. Hossain’s determination to deliver impactful science with real-world outcomes.

Dr. Hossain has recently been awarded the prestigious Higher Education Acceleration and Transformation (HEAT) Project. This remarkable achievement reflects his dedication to advancing higher education and impactful research.

Under this sub-project, “Phage Therapy for Bovine Mastitis: An Alternative Solution for Udder Health Immunity, Economic Dairying, and One Health Sustainability” Dr. Hossain aims to explore bacteriophage-based therapies as sustainable alternatives to antibiotics for combating mastitis in dairy cattle. By improving udder health and reducing antibiotic dependence, this research will not only enhance dairy farm productivity and economic returns but also contribute to public health and the broader One Health framework by addressing antimicrobial resistance.

Dr. Hossain has been awarded the internationally prestigious Seeding Labs Project (Boston, USA). Through this project, a wide range of advanced scientific equipment has been provided to strengthen our research capacity and open new avenues for innovation.

The state-of-the-art resources obtained through this initiative will enable faculty members and young researchers to conduct groundbreaking experiments, foster high-impact discoveries, and contribute to advancing global scientific knowledge. This achievement marks a significant step forward in building a world-class research environment and positioning our institution at the forefront of cutting-edge scientific exploration.