BE Mechanical Engineering (BE Mechanical)

Bachelor of Mechanical Engineering (BE Mechanical Engineering) at Pokhara University School of Engineering

Bachelor of Mechanical Engineering (BE Mechanical Engineering) is a four-year undergraduate engineering program offered by Pokhara University School of Engineering under the Faculty of Science and Technology of Pokhara University. The 2024 curricular structure is organized across eight semesters and carries 130 credits.

The program moves from mathematics, applied science, programming, engineering drawing, mechanics, thermodynamics, and workshop technology into materials, fluid systems, machine design, manufacturing, control systems, automotive technology, robotics and automation, project management, professional practice, major projects, and internship. BE Mechanical Engineering has 48 seats at SOE.

BE Mechanical Engineering at a Glance

Course Overview

The first year establishes the mathematical, scientific, computing, drawing, and mechanical foundations of the degree. Students begin with Calculus-I, Applied Physics, Applied Chemistry, Fundamentals of Computer Programming, Engineering Drawing-I, and Engineering Mechanics-I.

The second semester adds Algebra and Geometry, Basic Electrical and Electronics Engineering, Engineering Drawing-II, Engineering Mechanics-II, Engineering Thermodynamics-I, and Workshop Technology.

From the second year onward, the curriculum becomes more directly mechanical-engineering focused. Students study electrical machines, instrumentation, material behavior, thermodynamics, manufacturing processes, control systems, fluid mechanics, and mechanisms before moving into machine design, heat and mass transfer, industrial engineering, automotive technology, robotics, finite element methods, project work, and professional practice.

Eligibility

Applicants to engineering programs under Pokhara University's Science and Technology stream are required to have completed Grade 12 Science or an equivalent qualification from a recognized institution.

The academic requirements include:

• Study of Physics, Chemistry, and Mathematics.

• At least one course carrying a minimum of 100 full marks or 5 credits in each of Physics, Chemistry, and Mathematics.

• A minimum C grade or 45 percent in each of Physics, Chemistry, and Mathematics at Grade 12.

• An overall GPA of at least 2.0 on a 4.0 scale or equivalent.

• Mathematics carrying at least 100 marks in Grade 11 or Grade 12.

These requirements establish the common academic entry conditions for Pokhara University's undergraduate engineering programs.

Curriculum Structure

The 2024 BE Mechanical Engineering curriculum carries 130 credits across eight semesters.

First Year: Science, Mechanics, Drawing, and Workshop Study

Semester I carries 16 credits. Along with Calculus-I, students study Applied Physics and Applied Chemistry, providing the science base used in later mechanical engineering subjects.

Fundamentals of Computer Programming introduces computing at the beginning of the degree. Engineering Drawing-I and Engineering Mechanics-I establish two other important areas: graphical representation of engineering components and analysis of mechanical forces and systems.

Semester II carries 17 credits. Engineering Drawing-II and Engineering Mechanics-II continue the first-semester sequence, while Engineering Thermodynamics-I introduces thermal systems. Workshop Technology adds a practical manufacturing and workshop component.

Basic Electrical and Electronics Engineering broadens the first-year technical foundation beyond purely mechanical subjects.

Second Year: Materials, Measurement, Fluids, and Machines

Semester III carries 18 credits and includes Calculus-II, Electrical Machines, Instrumentation and Measurement, Strength of Materials, Engineering Thermodynamics-II, and Manufacturing and Production Processes.

This semester brings measurement, materials, energy, machines, and manufacturing into the same stage of study. Manufacturing and Production Processes includes a substantial practical schedule, while Electrical Machines and Instrumentation and Measurement introduce mechanical engineering students to electrical equipment and engineering measurement.

Semester IV carries 17 credits. Students take Numerical Methods, Control Systems, Material Science, Mechanics of Solids, Fluid Mechanics, and Theory of Machines and Mechanism.

The combination prepares students for later work in machine dynamics, system design, fluid machines, automation, and finite element analysis.

Third Year: Machine Design, Thermal Systems, Automotive, and Robotics

Semester V contains 17 credits.

Its subjects are:

• Probability and Statistics

• Fluid Machines

• Dynamics of Machinery

• Design of Machine Elements

• Heat and Mass Transfer

• Industrial Engineering and Management

The semester brings mechanical design together with fluid systems, thermal engineering, machinery dynamics, and industrial management.

Semester VI carries 18 credits and introduces several advanced and applied subjects:

• Technical Communication Skill

• Finite Element Method

• Mechanical System Design

• Automotive Technology

• Robotics and Automation

• Fundamentals of Engineering Economics

• Minor Project

The inclusion of Automotive Technology and Robotics and Automation gives the curriculum defined study in two applied mechanical areas. Finite Element Method and Mechanical System Design add analytical and design-oriented work, while the Minor Project introduces formal project activity before the final year.

Fourth Year: Energy, Professional Practice, Projects, and Internship

Semester VII carries 16 credits and includes Hydraulic and Pneumatic Systems, Project Management and Professional Practice, Energy and Environment, Elective-I, Elective-II, and Major Project-I.

Hydraulic and Pneumatic Systems extends the fluid and machine components of earlier semesters. Project Management and Professional Practice adds a management and professional dimension, while Energy and Environment places energy-related study within the final-year structure.

Major Project-I begins the two-stage major project sequence.

Semester VIII carries 11 credits and consists of Elective-III, Major Project-II, and Internship. Major Project-II carries two credits, while the internship carries six credits.

Internship Requirement

The internship lasts 12 weeks and must be completed in industrial or mechanical-engineering-related workplaces or professional engagements.

Students must have passed at least 70 credits before they qualify for the internship.

Its position in Semester VIII means students enter the internship after completing most of the core mechanical engineering curriculum, including thermodynamics, manufacturing, mechanics, materials, fluid systems, machine design, automotive technology, robotics, project management, and the first stage of the major project.

Practical and Project Components

The teaching structure distinguishes lecture, tutorial, and practical periods throughout the curriculum. Practical components appear from the first year in Applied Physics, Applied Chemistry, Computer Programming, Engineering Drawing, electrical and electronics study, thermodynamics, and Workshop Technology.

Later semesters include practical schedules in areas such as Electrical Machines, Instrumentation and Measurement, Strength of Materials, Manufacturing and Production Processes, Control Systems, Material Science, Fluid Mechanics, Fluid Machines, Design of Machine Elements, Heat and Mass Transfer, Finite Element Method, Mechanical System Design, Automotive Technology, and Robotics and Automation.

Project activity develops in stages. Semester VI includes Minor Project, Semester VII includes Major Project-I, and Semester VIII includes Major Project-II.

For tutorial and practical components, the curricular structure sets a maximum of 24 students per group, with classes divided into two groups for a total of 48 students.

Main Areas of Study

The eight-semester curriculum covers several connected branches of mechanical engineering:

• Engineering mechanics

• Thermodynamics

• Manufacturing and production

• Material science

• Strength and mechanics of solids

• Fluid mechanics and fluid machines

• Machine mechanisms and dynamics

• Machine-element design

• Heat and mass transfer

• Instrumentation and measurement

• Control systems

• Mechanical system design

• Automotive technology

• Robotics and automation

• Hydraulic and pneumatic systems

• Energy and environment

• Industrial engineering and management

• Engineering economics

• Project management and professional practice

This breadth gives students exposure to mechanical systems from analysis and design through manufacturing, measurement, automation, energy, management, and practical application.

Academic and Professional Direction

The curriculum supports study related to automotive systems, manufacturing, robotics, energy, machinery, mechanical design, industrial systems, and related technical work.

The wider BE Mechanical Engineering direction also includes areas such as hydropower, renewable energy, infrastructure, research, consulting, and further specialized engineering study.

The degree itself does not determine a single career route. Later direction can depend on project work, elective study, internship experience, technical interests, and further education.

Frequently Asked Questions

How long is BE Mechanical Engineering?

The program runs for four years across eight semesters and carries 130 credits.

How many seats are available at SOE?

BE Mechanical Engineering has 48 seats.

What is the eligibility?

Applicants need Grade 12 Science or an equivalent qualification with Physics, Chemistry, and Mathematics and must meet the specified subject-grade, GPA, and Mathematics requirements.

Does the program include programming?

Yes. Fundamentals of Computer Programming is included in Semester I.

Does BE Mechanical include robotics?

Yes. Robotics and Automation is included in Semester VI.

Is Automotive Technology included?

Yes. Automotive Technology is a Semester VI course.

Does the course include project work?

Yes. The curriculum includes Minor Project in Semester VI, Major Project-I in Semester VII, and Major Project-II in Semester VIII.

How long is the internship?

The internship lasts 12 weeks. Students must have passed at least 70 credits before qualifying for it.