Learners will study the basic mathematical principles and tools necessary to build their engineering foundation. They will apply mathematical methods, tools and notations proficiently in the analysis and solution of engineering problems. Topics covered include mathematical functions (polynomials, exponential, logarithms, step functions and trigonometry), complex numbers, determinants, matrices and vectors.
Through this foundation module, learners will study essential knowledge in calculus and acquire skills for solving engineering problems encountered in their course of study. Topics include differentiation and integration of commonly used functions in engineering applications.
Communicating well is a vital life skill, benefitting all aspects of our lives from professional life to social gatherings. It is thus important to be proficient in both written and oral communication. This module will enable learners to communicate effectively in different settings and on different collaborative platforms. There will be opportunities to practise and deliver various types of presentations, to learn to competently handle questions, and to effectively incorporate verbal and non-verbal elements when speaking. Learners will also acquire media and information literacy and be able to produce clearly written and well-structured reports and proposals, following standard citation and referencing guidelines.
This module covers electrical fundamentals and their applications in electrical and electronic circuits. Topics covered include principles of electricity, power sources, resistive, capacitive and inductive circuits. Learners will apply this knowledge to analyze, interpret and solve engineering problems.
In this module, learners will gain knowledge and skills to model the engineering parts and interpret drawings that are derived from the 3D models. Topics covered include orthographic projection, sectional views, assembly drawing, geometric dimensioning and tolerancing. Learners will acquire the necessary skills in communicating ideas and concepts through engineering drawings, which is one of the necessary and critical skills needed in the design process.
In this module, learners will be engaged in a systematic process of design thinking. Through this process, they will acquire innovative and enterprising skills to develop creative and technically robust solutions to real-world challenges.
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 learners with the fundamentals of engineering mechanics. Topics covered include Newton laws, statics of rigid bodies, moment of inertia and bending moments. Fundamentals in dynamics that include kinematics and kinetics of particles will also be covered in this module. Learners will acquire fundamental engineering competency to understand and perform engineering-related activities related to statics and dynamics.
In this module, learners are exposed to different engineering disciplines by focusing on the application of relevant core engineering disciplines. Topics covered include roles and responsibilities of an engineer, ethics, and sustainability. Learners will engage in the practice of engineering through the process of conceiving, designing, and implementing solutions to engineering problems, individually and in teams. Through this, they will also be able to hone their creative thinking and problem-solving skills, build synergistic teamwork and enhance their communication skills.
In this module, learners will acquire knowledge of properties and applications of engineering materials, including ferrous and non-ferrous metals, polymers, composites, and ceramics. Learners are exposed to various material properties tests and characterization, material processing methods and different material failure modes. Learners will be able to select appropriate materials for specific engineering applications.
The practice-oriented module introduces learners to software development methodology. Learners will study problem-analysis and problem-solving techniques to develop essential programming skills. They will be able to create flowcharts, develop algorithms, write structured programs, test and debug programs.
This module introduces the concepts of heat, fundamentals of thermodynamics, and fluid mechanics. Topics covered include temperature, heat capacities, latent heat, heat transfer and the ideal gas law, first laws of thermodynamics, the properties of fluids, the concepts and basic equations of fluid statics, and fluid flow. Learners will apply their knowledge to analyse and solve problems relating to heat, heat transfer, ideal gases, fluid statics and fluids in motion.
In this module, learners will use word processing software to create, modify and style document/report effectively and efficiently. Learners will use spreadsheets to manage, organise and model data as well as to perform analysis and report generation. Creation of customised, dynamic and multimedia-style presentations using software tools will also be covered. Learners will gain and apply these skills through hands-on practices in preparation for the digital workplace.
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
