BE in Chemical Engineering

BE in Chemical Engineering at KUSoE

BE in Chemical Engineering is a four-year undergraduate engineering program under the Department of Chemical Science and Engineering at Kathmandu University School of Engineering (KUSoE), Dhulikhel, Kavre. KUSoE operates within Kathmandu University (KU).

The program examines how raw materials are converted into useful products through chemical, physical, and biological processes. Students study process calculations, thermodynamics, transport phenomena, fluid mechanics, heat and mass transfer, reaction engineering, process control, equipment design, plant design, biochemical engineering, and related areas. The curriculum also includes engineering projects, laboratory work, an internship, and final project work.

Course Highlights

Chemical Engineering at KUSoE

Chemical Engineering was introduced at Kathmandu University School of Engineering in 2015 and is offered under the Department of Chemical Science and Engineering.

The discipline deals with the design and operation of processes that transform materials from one form into another. This can involve separation, chemical reactions, heat and mass transfer, equipment design, process control, and production planning.

Chemical engineers also work with questions involving process performance, safety, environmental conditions, manufacturing efficiency, and the economic operation of production systems.

Curriculum Structure

The BE in Chemical Engineering curriculum contains 151 credits. Study progresses from general engineering foundations into chemical engineering theory, process subjects, design work, projects, and industrial exposure.

The first year includes Calculus and Linear Algebra, General Physics, General Chemistry, Communication Skills, Structured Programming, Object Oriented Programming, Engineering Drawing, Environmental Engineering, and Engineering Project work.

The second year introduces Chemical Process Calculation, Organic Chemistry, Material Science and Metallurgy, Engineering Mechanics, Transport Phenomena, Thermodynamics, Fluid Mechanics, Biochemistry, Statistics and Probability, and Numerical Methods.

Advanced Chemical Engineering Subjects

Study becomes increasingly focused on chemical-process analysis and design during the third and fourth years.

Major subjects include:

• Thermodynamics II

• Process Control and Instrumentation

• Heat Transfer

• Biochemical Engineering Fundamental

• Modeling and Simulation in Chemical Engineering

• Instrumental Analysis

• Unit Operation

• Chemical Process Technology

• Chemical Reaction Engineering I and II

• Mass Transfer

• Process Equipment Design

• Nano & Composite Materials

• Plant Design

• Industrial Management

• Engineering Entrepreneurship

A Design Laboratory is also included in the fourth-year curriculum.

These courses connect the scientific principles of chemistry, physics, mathematics, and engineering with the design and operation of industrial processes.

Engineering Projects

Project work appears throughout the degree rather than being confined to the final semester.

Engineering Project Preparation and Workshop Practice begins in the first semester, followed by Engineering Projects in subsequent stages. This continuing project structure gives students opportunities to apply concepts from different subjects as their technical knowledge develops.

The final semester contains a nine-credit Project Work component, making it one of the largest individual academic components in the curriculum.

Internship

An internship forms part of the final-year program and carries three credits.

Students are placed in industries with consideration of student interest, departmental arrangements, and the participating organization. The internship provides exposure to a professional industrial environment and to engineering practices used in production and process-based workplaces.

Together, the internship, Design Laboratory, and final project give the later part of the degree a stronger applied component.

Eligibility and Admission

Eligibility: Candidates should have passed I.Sc., 10+2, or an equivalent qualification with at least 50% marks in aggregate and at least 50% aggregate marks in Physics, Chemistry, and Mathematics.

Chemical Engineering belongs to the Physics, Chemistry, and Mathematics group for undergraduate engineering admission.

Admission: Entrance examination, selection, enrollment, and other admission procedures follow the applicable rules and regulations of Kathmandu University.

Curriculum administration, examinations, results, academic progression, and degree award are also governed by KU regulations.

Skills Developed Through the Program

The curriculum can help students build technical abilities related to:

• chemical-process calculations;

• material and energy considerations;

• fluid-flow analysis;

• heat and mass transfer;

• chemical reaction engineering;

• process instrumentation and control;

• process equipment design;

• plant design;

• process modelling and simulation;

• biochemical engineering;

• laboratory and analytical work;

• industrial process understanding; and

• engineering project development.

The program combines theoretical work with laboratory, design, project, and industrial components rather than treating Chemical Engineering only as a chemistry-based degree.

Career Areas

Chemical Engineering is used across industries in which raw materials are processed, separated, reacted, formulated, or converted into finished products.

Relevant sectors include:

• chemical manufacturing;

• food processing and beverages;

• agro-products and agrochemicals;

• biotechnology;

• pharmaceuticals;

• metallurgy;

• textiles, paints, and dyes;

• cement and paper production;

• polymers and cosmetics;

• healthcare-product manufacturing;

• oil, gas, petrochemicals, and refining;

• power generation;

• electronics; and

• advanced materials, including nano and composite materials.

Chemical engineers may work in manufacturing plants, pilot plants, laboratories, process operations, technical management, and related industrial environments. Individual career outcomes depend on technical competence, practical experience, further qualifications, and employer requirements.

Scholarships and Financial Support

Undergraduate students within the School of Engineering may be considered for scholarship and financial-support arrangements administered by Kathmandu University.

These include merit- and need-related support and other financial-assistance provisions under KU rules. Scholarship selection, allocation, and continuation depend on the conditions of the respective scheme.

Frequently Asked Questions

What is BE in Chemical Engineering at KUSoE?

It is a four-year undergraduate engineering program that studies chemical processes, material conversion, thermodynamics, fluid flow, heat and mass transfer, reaction engineering, process control, equipment design, and plant design.

How long is BE in Chemical Engineering?

The program has a duration of four years.

How many credits are required?

The curriculum contains 151 credits.

How many seats are available?

The program has a stated intake capacity of 30 seats.

What is the eligibility for Chemical Engineering?

Candidates should have passed I.Sc., 10+2, or equivalent with at least 50% aggregate marks and 50% aggregate marks in Physics, Chemistry, and Mathematics.

Does the program include an internship?

Yes. A three-credit internship is included in the final semester.

Does Chemical Engineering include project work?

Yes. Engineering projects appear throughout the curriculum, and the final semester includes nine-credit Project Work.

What are the main career sectors for Chemical Engineering graduates?

Relevant sectors include chemical manufacturing, food processing, biotechnology, pharmaceuticals, cement, polymers, petrochemicals, power generation, electronics, and advanced materials.