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Global Impact
Chemical engineers design processes that feed nations, purify water, produce clean energy, and develop the medicines that extend human life — work with real, measurable consequence.
Why Choose Us
Engineering That Shapes Industries
Chemical engineering sits at the intersection of science, technology, and human progress — from life-saving pharmaceuticals to sustainable energy systems.
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Versatile Career Paths
Our graduates pursue careers in oil & gas, pharmaceuticals, food technology, materials, environmental consulting, academia, and entrepreneurship — a discipline with unmatched breadth.
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Research Excellence
BUET ChE is at the frontier of process intensification, green chemistry, and computational modelling — offering students a living laboratory where textbook theory meets cutting-edge discovery.
Our Programs
Academic Programs
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4-Year Program
Bachelor of Science in Chemical Engineering
Our flagship undergraduate program provides a rigorous foundation in core chemical engineering disciplines — thermodynamics, transport phenomena, reaction engineering, and process design — complemented by strong laboratory training and industry exposure.
- ✓ Duration: 4 years (8 semesters)
- ✓ Total Credits: 160
- ✓ Intake: ~60 students per year
- ✓ Admission: Through BUET Undergraduate Admission Test
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Graduate Studies
Postgraduate Programs
Our postgraduate offerings — M.Sc. Engineering (thesis & non-thesis) and Ph.D. — are designed for engineers seeking to deepen their expertise and contribute to original research across our core research areas.
- ✓ M.Sc. Engineering (Thesis): 18–24 months
- ✓ M.Sc. Engineering (Non-Thesis): 12–18 months
- ✓ Doctor of Philosophy (Ph.D.): 3–5 years
- ✓ Two intakes per year (January & July)
Curriculum
Core Academic Areas
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Chemical Thermodynamics
Phase equilibria, reaction equilibria, and energy balances forming the theoretical backbone of process engineering.
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Transport Phenomena
Momentum, heat, and mass transfer — the governing principles behind every industrial separation and reaction system.
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Reaction Engineering
Design and analysis of chemical reactors, kinetics, and catalysis for industrial-scale chemical production.
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Process Design & Control
Systematic methodology for designing, simulating, and controlling chemical processes safely and efficiently.
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Environmental Engineering
Pollution prevention, waste treatment, and sustainability principles integrated throughout the curriculum.
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Computational Methods
Numerical methods, process simulation, and data-driven approaches for modern chemical engineering practice.
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