HD Mechatronics Engineering

This module develops your knowledge and understanding of the mathematics underpinning engineering. It develops your ability to apply these techniques within an engineering context. Laboratory sessions enable you to use and apply mathematical software to the solution of engineering mathematics problems.

This module provides an introduction to Programming and the operation of programming in Engineering & IoT applications.

This module encompasses the scientific principles behind Engineering Statics and Dynamics, along with introductory approaches and techniques to determine the behavioural characteristics of engineering components relevant to machines.

This module aims to develop student's knowledge of DC, AC analysis with passive elements, construction, operation and applications of diodes and transistors, classes of amplifier, Op-Amp and filter circuits. 

This module provides an introduction to Boolean Logic and the operation of combinational and sequential digital logic circuits.

This module encapsulates topics relevant to common materials used in engineering application, the relevant material properties, the methods of testing these properties, summing to the selection of materials whilst considering the material failure modes. Additionally, this module will also explore manufacturing processes that are commonly conducted to meet various production demands, as well as discuss about the characteristic and machinery linked with these processes.

This module aim is to provide a good understanding of signals and systems with AI for practical applications.

The module is designed to extend the student's expertise in engineering mathematics to analyse the scientific and engineering problems. Specially, statistics, numerical methods matrix methods and series are studied.

The module is designed to bring multi-disciplinary team to work together to allow students to gain the knowledge of multi-disciplinary skills of engineering. Therefore, the learners will be able to coordinate with individuals sharing knowledge and with strong team working skills. The students will work as a group with a minimum of three and a maximum of five.

This module aims to develop your knowledge of circuit analysis, two port network model, transient analysis, power generation, power system, three phase system, three phase power and per unit system.

This module develops your understanding of components and the principles of control systems, basic design and analysis techniques, and practice some control applications.

This unit will provide learners with an understanding of the applications of microcontroller based systems and will develop the skills required to design, write and test software and interface such systems.

This module will develop learners' understanding of robots and the skills needed to program them for a range of industrial applications

This module aims to develop your knowledge of transformers, three phase power generation, technological principles of operation of electrical machinery, electric motors and transformers, the steady state analysis, circuit modelling and analyzing electric machines’ performance and motor controlling unit. To provide knowledge in power electronic devices of IGBT, Thyristor and TRIAC, circuit operation and analysis of DC–DC converter, phase-controlled AC–DC converters and harmonics

Fluid power applications and PLC architecture and applications acquired through lectures, and computer laboratory classes.

Basic electromechanical pneumatic and hydraulic system interface with PLC will be tested using laboratory.