UNICEF Bangladesh and ITN-BUET implemented WASH FIT in 16 HCFs to enhance infrastructure, infection control, and care quality. They conducted workshops, formed teams, and developed improvement plans based on thorough assessments.

ITN-BUET, supported by SNV and the Dutch Embassy, led the “Transitioning to Sustainable Urban Water Cycles in Bangladesh” project to enhance urban waste management in 12 cities. They provided technical expertise for policy and system analysis to improve urban sanitation and waste services.

The major objectives of this research project are to assess the suitability of using fecal sludge and liming sludge for producing agricultural-grade compost, examine the physicochemical characteristics of the compost, and evaluate its seed germination capacity.

The proposed research is expected to develop guidelines for a simple, novel wastewater treatment systems in institutions and/or domestic wastewater treatment in urban, semi urban areas of Bangladesh.

ITN-BUET developed a comprehensive National Compendium of WASH technologies for disaster response in Bangladesh, detailing technical specifications, drawings, costs, and emergency suitability to enhance disaster preparedness and response efforts.

ITN-BUET assisted in developing and delivering eight training modules for the World Bank-financed Emergency Multi-Sector Rohingya Crisis Response Project, benefiting officials and stakeholders across Cox’s Bazar and other areas.

The overall objective of this assignment is to improve the technical capacity of DPHE on arsenic screening and data management, and to use this data for allocating resources and for equity-based site selection through training and knowledge sharing.

The prime objective of this assignment is to evaluate the water desalination technology and its efficiency based on users’ feedback at field level and provide recommendations for the further expansion of the interventions.

A UNICEF-funded WASH project in Cox’s Bazar aims to enhance sanitation through water networks, community toilets, waste dumping, fecal sludge plants, and public toilets, while assessing designs, site suitability, and waste management strategies in collaboration with local stakeholders.

The objective is to develop designs, BoQs, and product sheets for resilient, inclusive latrines for SanMarkS II.