BSc in Environment, Water Resources and Coastal Engineering 48 months Undergraduate Programme By Military Institute of Science and Technology |TopUniversities

BSc in Environment, Water Resources and Coastal Engineering

Programme Duration

48 monthsProgramme duration

Tuitionfee

10,752 USDTuition Fee/year

Application Deadline

29 Nov, 2025Application Deadline

Scholarship

1Scholarships

Programme overview

Main Subject

Engineering - General

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

The Department of Environmental, Water Resources and Coastal Engineering (EWCE) at the Military Institute of Science and Technology (MIST) has established itself as a cornerstone of specialized engineering education in Bangladesh since its inception in January 2015. With a clear vision to become a world-class school, the department focuses on developing highly specialized personnel in environmental, water resources, and coastal engineering fields to meet the socio-economic and ethical needs of the nation through sustainable practices. The academic framework is built upon three primary undergraduate programs: B.Sc. in Civil and Environmental Engineering, B.Sc. in Civil and Water Resources Engineering, and a future plan for a B.Sc. in Civil and Coastal Engineering. These programs emphasize a deep integration of engineering science and design, offering students the chance to tackle real-world challenges under the mentorship of a multi-skilled faculty that leads the nation in research areas such as hydrology, wastewater treatment, and disaster resilience.

Beyond traditional undergraduate studies, the department is a hub for professional advancement through its diverse array of short courses designed to bridge the gap between academic learning and industry application. These training modules, which include specialized instruction on Remote Sensing and GIS, ETABS, and Delft3D, cater to students and industry professionals alike, fostering continuous skill development and technical capacity building. The department’s infrastructure is equally robust, featuring state-of-the-art facilities like the Environmental Engineering Laboratory—equipped with high-end analytical tools such as Atomic Absorption Spectrophotometers and TOC Analyzers—and the Water Resource Engineering Laboratory, which utilizes large flow channels and Echo Sounders to simulate hydraulic behavior and coastal processes.

The department also maintains a strong focus on research and consultancy through its specialized wings, the Center for Advisory and Testing Services (CATS-EWCE) and the Center for Environmental and Water Management (CEWM). These centers engage in critical national projects, ranging from river training and coastal protection to fecal sludge management and sustainable wastewater recycling. Furthermore, student life is enriched by the MIST Environment Club, which promotes campus-wide sustainability, and a dedicated departmental library that serves as a research hub for students and faculty. Since graduating its first batch, EWCE has seen its alumni successfully transition into influential roles within government departments, international NGOs, and top-tier industrial firms, solidifying the department’s reputation as an essential driver of engineering excellence and national development.

Programme overview

Main Subject

Engineering - General

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

The Department of Environmental, Water Resources and Coastal Engineering (EWCE) at the Military Institute of Science and Technology (MIST) has established itself as a cornerstone of specialized engineering education in Bangladesh since its inception in January 2015. With a clear vision to become a world-class school, the department focuses on developing highly specialized personnel in environmental, water resources, and coastal engineering fields to meet the socio-economic and ethical needs of the nation through sustainable practices. The academic framework is built upon three primary undergraduate programs: B.Sc. in Civil and Environmental Engineering, B.Sc. in Civil and Water Resources Engineering, and a future plan for a B.Sc. in Civil and Coastal Engineering. These programs emphasize a deep integration of engineering science and design, offering students the chance to tackle real-world challenges under the mentorship of a multi-skilled faculty that leads the nation in research areas such as hydrology, wastewater treatment, and disaster resilience.

Beyond traditional undergraduate studies, the department is a hub for professional advancement through its diverse array of short courses designed to bridge the gap between academic learning and industry application. These training modules, which include specialized instruction on Remote Sensing and GIS, ETABS, and Delft3D, cater to students and industry professionals alike, fostering continuous skill development and technical capacity building. The department’s infrastructure is equally robust, featuring state-of-the-art facilities like the Environmental Engineering Laboratory—equipped with high-end analytical tools such as Atomic Absorption Spectrophotometers and TOC Analyzers—and the Water Resource Engineering Laboratory, which utilizes large flow channels and Echo Sounders to simulate hydraulic behavior and coastal processes.

The department also maintains a strong focus on research and consultancy through its specialized wings, the Center for Advisory and Testing Services (CATS-EWCE) and the Center for Environmental and Water Management (CEWM). These centers engage in critical national projects, ranging from river training and coastal protection to fecal sludge management and sustainable wastewater recycling. Furthermore, student life is enriched by the MIST Environment Club, which promotes campus-wide sustainability, and a dedicated departmental library that serves as a research hub for students and faculty. Since graduating its first batch, EWCE has seen its alumni successfully transition into influential roles within government departments, international NGOs, and top-tier industrial firms, solidifying the department’s reputation as an essential driver of engineering excellence and national development.

Admission Requirements

80+
  • SSC/Equivalent: Applicants must have passed in 2022 or 2023 with a minimum GPA of 4.00 (excluding the fourth subject) .

    • HSC/Equivalent: Applicants must have passed in 2024 or 2025 with a minimum total grade point of 18 across four core subjects: Mathematics, Physics, Chemistry, and English .

    • Subject Minimums: A minimum grade point of 4.0 is strictly required in each of the three core science subjects: Mathematics, Physics, and Chemistry .

  • GCE (O and A Level) Standards: O Level: Minimum 'B' grade in at least five subjects, including Mathematics, Physics, Chemistry, and English.

    • A Level: Minimum of three 'B' grades in Mathematics, Physics, and Chemistry .

    • Shortlisting Prerequisite: Only a limited number of applicants from two separate shortlists (current year and last year) will be selected to sit for the written admission test .

    • Merit List Weighting: Admission is not based solely on the test; the final merit list is a composite score of the Written Test ( 60% ), HSC results ( 20% ), and SSC results ( 20% .

    • Penalty for Second-Time Applicants: Candidates who passed their HSC in 2024 will face a 5% mark deduction from their written test score during merit list preparation .

    • Disqualification Clause: Any incomplete or false information provided at any stage will result in immediate disqualification .

  • 29 Nov 2025
    4 Years

    Tuition fees

    Domestic
    2,833 USD
    International
    10,752 USD

    Scholarships

    MIST Scholarship

    MIST Scholarship
    Bachelors Open

    Value

    15% tuition fee waiver

    Deadline

    10 Jun 2026

    Application requirements

    QS Event Attendance is NOT required

    Entry requirements

    You must be admitted to this school to be awarded

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    Frequently Asked Questions

    The curriculum is strategically designed to provide a unified foundation in Civil Engineering while offering specialized tracks in Environmental, Water Resources, and Coastal Engineering. This integration allows students to understand the interconnectedness of systems—for example, how inland water management impacts coastal erosion and how environmental pollutants migrate through hydrological cycles.
    To bridge the gap between theory and industry practice, the department provides hands-on training in industry-standard software such as Delft3D for hydrodynamic and morphological modeling, ETABS for structural analysis, and various GIS and Remote Sensing platforms for geospatial mapping and environmental monitoring.
    Our laboratory is equipped for high-precision analysis of water, soil, and air quality using advanced tools such as the Atomic Absorption Spectrophotometer (AAS) for heavy metal detection, the TOC Analyzer for organic carbon measurement, and the UV-Vis Spectrophotometer. These tools support both academic research and commercial testing services for national development projects.
    The department actively engages in applied research and consultancy through the Center for Environmental and Water Management (CEWM). Key focus areas include climate change adaptation, flood management, river training works, and disaster risk reduction, directly contributing to evidence-based decision-making for national sustainability.
    Undergraduate students are encouraged to participate in active research projects, such as the current study on "Municipal Wastewater Treatment Using Low-Cost Filtration Systems" in Dhaka City. Students work alongside faculty in the Biomedical Research and Innovation Center (BRIC) and other labs to explore sustainable water reuse and fecal sludge management solutions.
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