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The Diploma in Mechanical Engineering encapsulates the convergence of engineering, mathematics, physics, and the foundational principles of materials science. This comprehensive field is dedicated to the conceptualization, examination, fabrication, and upkeep of mechanical structures and systems. Mechanical Engineering stands as a prominent pillar within the realm of engineering, playing a pivotal role in crafting the world around us.

Mechanical engineers are the architects of motion; they conceive, evolve, construct, and scrutinize a diverse array of objects in motion, spanning from intricate components to complex machinery, and even encompassing the intricacies of the human body itself. In essence, they are the maestros who breathe life into power-generating marvels, including electric generators, internal combustion engines, and steam and gas turbines. Additionally, they channel their expertise into the ingenuity of power-consuming apparatus, such as the design of cutting-edge refrigeration and air-conditioning systems.

However, the scope of mechanical engineering doesn't cease there. It extends into the very infrastructure of our daily lives. Mechanical engineers are the masterminds behind the seamless transportation of people within buildings, as they craft the designs of elevators and escalators, ensuring the fluidity of movement in modern structures.

Program Objective

Enrolling in a Diploma in Mechanical Engineering program is a promising choice for shaping your career. This sector offers students an extensive platform for potential career growth. As a graduate in Mechanical Engineering, you open doors to a diverse range of career opportunities. Mechanical engineers find themselves in high demand within various sectors, spanning government, autonomous organizations, and non-governmental entities.

The prospects are abundant, with opportunities to work as Sub Assistant Engineers in esteemed institutions like the Atomic Energy Commission, Water Development Board (WDB), Power Development Board (PDB), DESCO, BRTC, PGCB, WASA, Bangladesh Science and Technology Research Center, Bangladesh Jute Development Board, Bangladesh Shipping Corporation, and numerous gas fields, to name a few. 

Moreover, a diploma holder in mechanical engineering isn't limited to employment alone. They possess the potential to establish themselves as entrepreneurs, venturing into the creation and management of small to medium-scale industrial enterprises. The diploma program in Mechanical Engineering equips you not only with skills for employment but also with the capabilities to chart your own entrepreneurial path in the dynamic world of engineering.

Features:

Students remain in this country also serving with local & multinational companies with reputation besides study in B.Sc. Engineering in various universities.

Success:

The success of a civil engineer can be measured and evaluated in various ways, and it depends on individual goals, achievements, and contributions to the field of civil engineering. Here are some factors that can be considered indicators of success for civil engineers.

Admission Qualification:

Course Duration: 4 years divided in 8 semesters.

(Admission, Registration, Examination, Certificate issue etc. all procedure controlled by Technical Education Board)

Class Schedule: Except weekend holidays & public holidays, pursuant to rules of Technical Education Board classes taken as per routine of Institute.

Admission Requirement:

At least 2.00 GPA in SSC or Equivalent Examination any group since 2012 or after & also passed/failed students of HSC examination.

H.S.C (Science) students can take admission in the 3rd semester directly and H.S.C [Vocational (Science)] students can take admission in the 4th semester directly.

Admission Requirement

• At least 2.00 GPA in SSC or Equivalent Examination any group since 2013 or later & also passed/failed students of HSC examination.
• H.S.C (Science) students can take admission in the 3rd semester directly and H.S.C [Vocational (Science)] students can take admission in the 4th semester directly.

 Course Outline:

• SEMESTER-1

• Engineering Drawing Bangla
• Physical Education & Life Skill Development
• Mathematics -I Chemistry
• Electrical Engineering Fundamentals
• Mechanical     Engineering Materials

• SEMESTER-2

• Advanced Mechanical Engineering Drawing 
• Machine Shop Practice -1
• Mechanical Workshop Practice
•  English
• Mathematics -2
• Physics -1 Social Science

• SEMESTER-3

• Machine Shop Practice-2
• Electronic Engineering Fundamentals
• Communicative English
• Mathematics-3
• Physics -2
• Computer Application Foundry & Pattern Making

• SEMESTER-4

• Engineering Mechanics
• Metallurgy
• Machine Shop Practice -3
• Programming Essentials 
• Electrical Circuits & Machines
•  Environmental Studies
• Business Organization & Communication

• SEMESTER-5

• Hydraulics & Hydraulic Machineries 
• Mechanical Estimating & Costing
•  Accounting Theory & Practice 
• Advance Welding -1
• CAD & CAM
• Manufacturing Process

• SEMESTER-6

• Thermodynamics & Heat Engine 
• Mechanical Measurement & Metrology 
• Plant Engineering
• Strength of Materials 
• Advance Welding -2
• Industrial Management

• SEMESTER-7

• Design of Machine Elements 
• Tool Design
• Heat Treatment of Metal
•  Mechanical Engineering Project
•  Production Planning & Control 
• Mechatronics & PLC
• Innovation & Entrepreneurship

• SEMESTER-8
• Industrial Training

Lab Facilities

• Construction Lab
• Fluid Mechanics and Machines Lab
• Workshop I (Foundry and Welding) Lab
• Workshop II (Lathe, Drilling & Shaping) Lab
• Workshop III (Special Machines)
• CNC M/C Lab
• Automation & Process Control Lab
• Metrology & Machine Tool Testing Lab
• Applied Thermodynamics Lab
• CAD/CAM Lab
• Refrigeration & Air conditioning Lab