O.Creeds | Onushandhani Creeds Limited

Who We Are

Message From CEO

. CREEDS stands out as a beacon of innovation and excellence in the field of engineering, offering cutting-edge solutions that integrate emerging technologies like RTK, drone-based modelling, and open-source software. These tools are not just technological advancements but are pivotal in creating sustainable designs and addressing complex engineering challenges. By applying systematic and innovative thinking, O. CREEDS transforms traditional engineering problems into opportunities for growth and development, particularly in large-scale master planning and research projects. The organization’s commitment to sustainability and forward-thinking approaches ensures that every project is not only practical but also aligned with the principles of environmental stewardship and long-term viability.

At the heart of O. CREEDS lies a dynamic team of young, motivated professionals who embody the spirit of innovation and determination. Their energy and passion drive the company’s research-based approach to problem-solving, offering practical and implementable solutions to real-world challenges. This research-centric mindset ensures that every project is backed by thorough analysis and creative strategies, making O. CREEDS a trusted partner in engineering consultancy. By fostering a culture of motivation and self-belief, the organization not only empowers its team but also inspires confidence in its clients, solidifying its reputation as a leader in engineering excellence.

Engr. Md. Shahadat Hossain

CEO & Founder

Leading a team of passionate engineers, planners, and innovators who dedicate themselves to shaping a sustainable and resilient future for our nation fills me with profound pride and purpose. ...

Our Expertise

Innovative Solutions for a Sustainable Future

Environmental & Social Impact Assessment (ESIA)

Environmental assessment is appropriate for both site-specific projects and broader programs or plans covering projects or sectorial activities over a wide geographic area. In this document, the term "project" is used interchangeably for both the site-specific and broader meaning. Rehabilitation or modernization programs are more common than new Greenfield projects and raise special issues that need to be addressed by an EIA. Social Impact Assessment includes the processes of analyzing, monitoring, and managing the intended and unintended social consequences, both positive and negative, of planned interventions (policies, programs, plans, and projects) and any social change processes invoked by those interventions. Its primary purpose is to bring about a more sustainable and equitable biophysical and human environment.

Engineering Survey, Feasibility Studies and Master Plan

O. CREEDS excels in delivering precise engineering surveys, comprehensive feasibility studies, and strategic master plans, forming the foundation for successful civil engineering projects. Engineering surveys are integral to determining the exact positions of natural and artificial features, providing critical data for topographical mapping, boundary tracing, and infrastructure planning. These surveys ensure that projects align seamlessly with the surrounding environment while maintaining accuracy and compliance throughout all phases of construction. Complementing this, feasibility studies evaluate logistical, financial, and market challenges, offering insights into costs and potential returns to mitigate risks effectively. Master plans integrate these elements into a cohesive framework, addressing urban development needs such as stormwater management, wastewater treatment, and sustainable infrastructure design. By combining technical expertise with innovative methodologies like drone-based modeling and hydraulic analysis, O. CREEDS ensures that every project is positioned for optimal execution and long-term resilience.

Hydrological Modeling

A hydrological model can generate stream flow estimates and trends over long periods. While a model can generate historical current or natural stream flow records, a model can also be used to generate future yields or scenario modeling. ss, scarcity, or dissolved or solid content is of primary importance. Because of the nature of environmental predictions, there is no single best model.

Fecal Sludge Management (FSM) Design

FSM is necessary for densely populated areas where a proportion of the population is not connected to a sewerage network. The covering and rebuilding of pit latrines are not possible. This is the case in most urban areas in developing countries, but such services are also used in developed countries where sewerage systems are unavailable. FSM services are usually provided by formal and informal private sector services providers, local governments, water authorities, and utilities. However, in many developing countries, FSM services are often unavailable, or if they are available, are often informal, unregulated, unhygienic, and unsafe. This can lead to surface water and groundwater pollution, the spreading of pathogens into the environment, and adverse public health impacts. It can also result in unreliable services with relatively high costs to the households that need them.

Urban Rainwater Harvesting and Management Solutions

Rooftop rainwater harvesting (RTRWH) represents a strategic and sustainable approach to urban water resource management, particularly for domestic consumption. This technique is highly versatile, allowing for rapid implementation at a low cost, and is applicable at both small scales for individual residences and larger scales for entire communities. The process involves systematically collecting rainwater from rooftops, directing it through gutters to a designated storage reservoir, and determining optimal usage whether for groundwater recharge or direct consumption. Effective management of these systems is essential to ensure their reliability and efficiency, enabling them to supplement conventional water sources, especially during periods of scarcity or compromised water quality, such as with brackish groundwater or contaminated surface water in the rainy season. By incorporating RTRWH into comprehensive urban planning and resource management strategies, municipalities can significantly enhance their resilience to water shortages, promote environmental sustainability, and improve overall community well-being.

Waste Management & City wide Inclusive Sanitation

Effective waste management is crucial for maintaining community health and promoting environmental sustainability. It helps reduce the risks associated with solid waste accumulation. Proper disposal and management of waste materials prevent hazardous outcomes that can affect households, protecting families and the surrounding ecosystem. By implementing comprehensive waste management practices, communities can improve public health, reduce pollution, and conserve environmental resources for future generations. Integrating these strategies with Citywide Inclusive Sanitation (CWIS) initiatives further strengthens the commitment to inclusive and equitable sanitation solutions, creating a cleaner, safer, and more sustainable living environment for all residents.

Climate Change Adaptation Strategies

Adaptation strategies to address the impacts of climate change are crucial for reducing vulnerabilities and enhancing resilience across sectors. These strategies include strengthening infrastructure resilience, optimizing water resource management, promoting climate-resilient agricultural practices, and restoring ecosystems to safeguard natural services. It is also important to focus on community-based adaptation, disaster risk reduction initiatives, and integrating climate considerations into policy frameworks. Effective implementation is supported by innovative financial mechanisms such as climate bonds and insurance schemes. These measures ensure that both urban and rural communities are equipped to manage climate risks and achieve long-term sustainable development.

Wastewater Treatment Solutions

Essential for life, clean water is one of the most important natural resources on the planet. Wastewater, which is basically used water, is also a valuable resource, especially with recurring droughts and water shortages in many areas of the world. However, wastewater contains many harmful substances and cannot be released back into the environment until it is treated. Thus, the importance of wastewater treatment is twofold: to restore the water supply and to protect the planet from toxins. The major aim of wastewater treatment is to remove as much of the suspended solids as possible before the remaining water, called effluent, is discharged back to the environment. As solid material decays, it uses up oxygen, which is needed by the plants and animals living in the water.

GIS, Remote Sensing and Drone Technology

O.CREEDS demonstrates exceptional expertise in GIS, remote sensing, and drone technology, leveraging these advanced tools to revolutionize data collection, analysis, and visualization in engineering and environmental projects. By integrating GIS with remote sensing capabilities, the organization provides high-resolution geospatial data essential for precise site analysis, sustainable urban planning, and infrastructure safety. Drone technology further enhances this process by capturing real-time aerial imagery and creating detailed elevation models, enabling accurate mapping and monitoring of complex terrains. These technologies are crucial for addressing modern challenges such as climate resilience, resource management, and precision agriculture. Through innovative applications like hydraulic modeling and green infrastructure planning, O.CREEDS ensures that its solutions are not only technologically advanced but also environmentally sustainable, solidifying its role as a leader in cutting-edge engineering practices.