This module aims to promote students’ interest in engineering by providing a platform for them to have experience building practical projects in various engineering disciplines, and applying and integrating the knowledge from different modules in the semester. Students will first conceptualise, design, implement and finally operate interesting and practical projects. Through this platform, students will be able to hone their creative thinking and problem solving skills, build synergistic teamwork and enhance their communication skills. Knowledge acquired serves as foundation for advanced modules in electrical engineering
This module covers electrical fundamentals and their applications in electrical and electronic circuits. Topics covered include principles of electricity, resistive circuits, magnetism and electromagnetism, inductive and capacitive circuits, and DC & AC sources. Students will need this knowledge to analyse, interpret and solve engineering problems.
This module covers the application and safe use of electricity. The main topics to be covered include an overview of power generation, transmission and distribution systems, types of energy sources, electrical safety and protection principles based on the relevant codes of practices, and interpretation of electrical drawings.
This module covers digital concepts and principles, which include binary and hexadecimal number systems, logic levels and logic devices, combinational logic, and sequential logic. Students will learn the techniques in analysing, troubleshooting, designing and developing digital systems. Case studies are used to illustrate the applications of digital systems. Knowledge acquired in this module is essential to understanding the design and working of electronics-enabled systems and products.
This module is designed to provide students with comprehensive understanding of modern electronic devices and their applications. It covers the characteristics and applications of various types of diodes, transistors as well as operational amplifiers. Students will learn the operating principles of fundamental analog circuit building blocks such as rectifiers and amplifiers, and where they are commonly being used. Knowledge acquired from this module serves as foundation for advanced modules.
This module will equip students with the knowledge and skills to analyse AC circuits. Topics include circuit elements & laws, resistive circuits, inductance & capacitance, impedance concepts, techniques of circuit analysis, AC resonance and three-phase circuits as well as AC power, power triangle & power factor. The knowledge learned is important for the students to continue with the advanced modules related to studies in electrical engineering. Besides, hands-on learning through the laboratory sessions prepare the students with knowledge and experience required for industry.
This module covers computer programming to equip students with the knowledge and skills to solve engineering problems. The students will be introduced to computer system and its components, software development process and computer programming.
This module provides students with the basic physics principles and tools necessary to underpin their education in engineering. It will enable students to apply the relevant knowledge, techniques, and skills in engineering contexts. Topics covered include units, vectors, mechanics, waves, and thermal physics. At the end of the module, students will be able to demonstrate understanding of and competence in basic engineering physics.
This module is designed for students to develop communication skills required in an academic and social environment. Through the module, students will be able to practise the essentials of the communication process, expressions in polite communication, reading and note-taking skills as well as technical writing skills. Students will also practise presentation techniques to enable them to speak with greater confidence. Students will develop their interpersonal communication abilities and develop positive self-esteem to better handle social and workplace situations.
Learners will develop attributes that are pervasive and synonymous with being innovative and enterprising for career and life. Through this module learners will develop positive practices when working with data, propose ideas using user-centric approaches and design processes, determine and locate resources, and leverage collaborative practices to formulate solutions.
This module provides students with the basic mathematical principles and tools necessary to underpin their education in the engineering discipline. It will enable them to apply mathematical methods, tools and notations proficiently in the analysis and solution of engineering problems. Topics covered include engineering functions, trigonometry, complex numbers, determinants, matrices and vectors. At the end of this module, students will be able to demonstrate understanding of, and competence in, the basic mathematics of engineering, such as vectors, matrices, exponential and logarithmic functions, and complex numbers.
This module provides students with the essential knowledge in calculus and analytical skills for solving engineering problems encountered in their course of study. It also serves as a foundation for advanced topics in the second year. Topics include concept of limits; derivatives of polynomial, trigonometric, inverse trigonometric, exponential and logarithmic functions; indefinite and definite integrals of common engineering functions; and differentiation and integration with engineering applications.
To provide you an all-rounded education, NYP offers General Studies Modules (GSMs). So besides taking modules related directly to your chosen diploma course, you will get exposed to areas beyond your usual field of study. Through a combination of prescribed and elective inter-disciplinary GSMs, you will gain interesting, practical knowledge that can be beneficial to you as you prepare for the world of work and life after graduation.
To learn more about the GSMs offered, click here
