Bachelor of Mechanical Engineering

Four-year TU undergraduate engineering program that builds competence in mechanical systems, design, manufacturing, energy technologies, thermofluids, automation, and industrial operations.
Covers the full spectrum of mechanical systems: engineering mechanics, thermodynamics, production processes, machine design, fluid mechanics, control and automation, energy systems, computational simulation, and industrial engineering. Emphasizes problem-solving, mechanical analysis, design tools (CAD, FEM, CFD), and applied laboratories. Includes minor projects, major projects, and industrial attachment to develop industry-ready capability.

Curricular Structure 

Semester I

Semester II

Semester III

Semester IV

Semester V

Semester VI

Semester VII

Semester VIII

Features
• Broadest engineering discipline with application across all industries
• Strong foundation in thermofluids, design, manufacturing, and energy systems
• CAD, FEM, and CFD integration for design and simulation
• Industrial attachment for real-world exposure
• Multiple electives supporting specialization

Fee
• Starts around NPR 551,698 (varies by campus and seat type)

Admission Process

• Complete 10+2 Science with minimum “C” grade in all subjects
• Physics, Chemistry, Mathematics compulsory
• Apply for IOE BE Entrance Exam
• Merit-rank selection based on exam score
• Submit certificates, photos, and identification
• Complete admission procedures at selected TU campus

Job Prospects
• Mechanical engineer
• Design engineer
• Manufacturing/production engineer
• Maintenance engineer
• HVAC and refrigeration engineer
• Automobile and engine-systems engineer
• Power-plant and energy-systems engineer
• Hydropower mechanical technician
• Quality-control engineer
• Plant supervisor
• Project engineer