Higher-Diploma-in-Mechanical-Engineering

Overview
Curriculum

Duration: 36 weeks

Categories: Faculty of Engineering, Higher Diploma

Higher Diploma in Mechanical Engineering

Master Advanced Mechanical Systems with a 180-Credit Higher Diploma in Mechanical Engineering at BIET

Become an expert in advanced machinery and industrial systems with the Higher Diploma in Mechanical Engineering from BIET. This comprehensive 180-credit program provides in-depth training in thermodynamics, fluid mechanics, CAD/CAM design, advanced manufacturing, and materials science. Designed for aspiring mechanical engineers and design specialists, our hands-on, industry-focused curriculum equips you to design, analyze, and optimize mechanical systems for sectors including automotive, aerospace, and industrial automation. Graduate with the technical expertise for high-demand engineering roles or seamless progression to a BEng degree.

Entry Qualification: 3 Passes in A/L or a University Foundation

Delivery

Duration: 09 Months – Full Time | Weekdays & Weekends

Curriculum

9 Sections
0 Lessons
36 Weeks

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Engineering Mathematics
Engineering math is the language of engineers. This module covers differentiation, integration, complex numbers, matrix and determinatnts, differential equations, fourier, and power series.
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Engineering Mathematics 2
Building on the previous base of mathematics, this will go further and cover Fourier transforms, laplace, Ztransforms, and linear differential equations.
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Introduction to Programming
Coding translates instructions to electronics . There are many languages out there but few engineers stray far from the core of the C-language. This will cover the basics, through to data, input and output, control, arrays, and database language.
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Project Management
Companies are now becoming more project-based than ever and people are expected to lead or function as part of a project team. This module will provides the skills and covers a wide variety of tools that every young technical profession should know, from conceptualization to closure of any projects.
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Engineering Mechanics
Mechanics is the study of motion. When combined in the engineering field, students will undertake the study of stationary and moving forces and it's effect on scenarios from the real world. This is an essential skill to avoid the risks of perpetual real life testing.
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Fluid Dynamics
Liquids and Gases behave differently from solids. Fluid dynamics is the study of the flow of fluids and gases and is fundamental in understanding geological science, aerospace, and technological application such as rockets, wind turbines and oil pipelines.
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Thermodynamics
A common module in any mechanical engineering programme, Thermodynamics is the science that deals with the transfer of heat and other forms of energy and their relationships. This module covers the 3 laws of thermodynamics, system analysis, and entropy.
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Materials Science and Manufacturing
This module will offer a thorough understanding in to the science of materials and how could the properties of materials be changed by different heat treatments, etc. Finally, the students will learn different the manufacturing processes for different materials and applications.
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Energy and Environment
This module explores the generation of power and the relationship to the environment, and the finances of generating and selling power. We will also explore the basic mechanisms of heat transfer and their role in energy.
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