MATERIALS SCIENCE & ENGINEERING – MINOR + SPECIALISATION

FOR COHORT AY2021/2022 ONWARDS MC Common Curriculum 60 Singapore Studies 4 Cultures and Connections 4 Communities and Engagement 4 Critical Thinking and Writing 4 Programming Methodology 4 Quantitative Reasoning with Data 4 Design Thinking 4 Design and Make 4 Systems Thinking and Dynamics 4 Introduction to Machine Learning 4 Liveable Cities 4 Creating Narratives 4 Fundamentals of Project Management 4 Integrated Project: B.Eng. Dissertation (Double-counted) 8 Major Requirements 60 Engineering Calculus 2 Differential Equations for Engineering 2 Linear Algebra with Differential Equations 2 Uncertainty Analysis for Engineers 2 Engineering Professionalism 2 Industrial Attachment 10 Materials Science & Engineering Principles & Practice I 4 Materials Science & Engineering Principles & Practice II 4 Principles of Renewable Energy 4 Materials Kinetics & ProcessingError! Bookmark not defined. 2 Electronic Properties of Materials 4 Materials Characterization 3 Materials Characterization Laboratory 3 Materials Design: Aerospace to Biomedical Applications 4 Materials Properties & Processing Laboratory 2 Machine Learning Approaches in Materials Laboratory 2 Technical Electives (Double counted) 8 Minor in Biomedical Engineering 20 Biochemistry and Biomaterials for Bioengineers 4 Bioengineering Data Analysis 4 Quantitative Physiology for Bioengineers 4 Fundamentals of Biomechanics 4 Fundamentals of Biosignals Processing and Bioinstrumentation 4 Electives in Polymeric and Biomedical Materials 20 Final Year Project In related area (Double-counted) 8 * Polymeric and Composite Materials (Double-counted) 4 * Materials for Biointerfaces (Double-counted) 4 * Advanced Materials Characterisation 4

TOTAL 160 *In the event of double-counting, students are required to make up the remaining MCs for graduation with unrestricted electives.

List of Technical Elective modules:

• MLE3102 Degradation and Failure of Materials

• MLE3104 Polymeric and Composite Materials

• MLE3105 Dielectric and Magnetic Materials

• MLE3202 Materials for Biointerfaces • MLE3203 Engineering Materials • MLE4201 Advanced Materials

Characterization • MLE4202 Selected Advanced Topics

on Polymers • MLE4203 Polymeric Biomedical

Materials • MLE4204 Synthesis and Growth of

Nanostructures • MLE4205 Theory and Modelling of

Material Properties • MLE4206 Current Topics in Materials

for Nanotechnology • MLE4207 Microfabrication Process

and Technology OR EE4436 Semiconductor Process Technology

• MLE4208 Photovoltaics Materials

• MLE4210 Materials for Energy Storage and Conversion

• MLE4211 Nanoelectronics and information technology

• MLE4212 Advanced Structural Materials

• MLE4213 Innovation & Product Development.

• MLE5102 Mechanical Behaviours of Materials

• MLE5104 Physical Properties of Materials

• MLE5210 Modelling and simulation of Materials

• MLE5211 Nanomaterials • MLE5212 Energy Conversion &

Storage • MLE5213 Magnetic Materials • MLE5214 Advances in Polymeric

Materials. • MLE5215 Atomistic Modelling of

Molecules and Materials • MLE5216 Introduction to Microscopy

for Material Research • MLE5217 Materials Informatics: the

Role of Big Data • MLE5218 Materials Discovery with

Artificial Intelligence

MATERIALS SCIENCE & ENGINEERING – MINOR + MINOR

FOR COHORT AY2021/2022 ONWARDS MC Common Curriculum 60 Singapore Studies 4 Cultures and Connections 4 Communities and Engagement 4 Critical Thinking and Writing 4 Programming Methodology 4 Quantitative Reasoning with Data 4 Design Thinking 4 Design and Make 4 Systems Thinking and Dynamics 4 Introduction to Machine Learning 4 Liveable Cities 4 Creating Narratives 4 Fundamentals of Project Management 4 Integrated Project 8 Major Requirements 60 Engineering Calculus 2 Differential Equations for Engineering 2 Linear Algebra with Differential Equations 2 Uncertainty Analysis for Engineers 2 Engineering Professionalism 2 Industrial Attachment 10 Materials Science & Engineering Principles & Practice I 4 Materials Science & Engineering Principles & Practice II 4 Principles of Renewable Energy 4 Materials Kinetics & Processing 2 Electronic Properties of Materials 4 Materials Characterization 3 Materials Characterization Laboratory 3 Materials Design: Aerospace to Biomedical Applications 4 Materials Properties & Processing Laboratory 2 Machine Learning Approaches in Materials Laboratory 2 Technical Electives 8 Minor in Management of Technology 20 Principles of Marketing 4 Legal Environment of Business 4 Fundamentals of Systems Engineering and Architecture 4 Management of Technological Innovation 4 Technology-Based Entrepreneurial Strategy 4 Minor in Data Engineering 20 Data Engineering Principles 4 Database Technology and Management 4 Learning from Data 4 Big Data Systems for Data Science 4 Geospatial Analytics 4

TOTAL 160

MATERIALS SCIENCE & ENGINEERING – SECOND MAJOR

FOR COHORT AY2021/2022 ONWARDS MC Common Curriculum 60 Singapore Studies 4 Cultures and Connections 4 Communities and Engagement 4 Critical Thinking and Writing 4 Programming Methodology 4 Quantitative Reasoning with Data 4 Design Thinking 4 Design and Make 4 Systems Thinking and Dynamics 4 Introduction to Machine Learning 4 Liveable Cities 4 Creating Narratives 4 Fundamentals of Project Management 4 Integrated Project: Design Centric Programme Dissertation or Ideas to Start-up 8 Major Requirements 60 Engineering Calculus 2 Differential Equations for Engineering 2 Linear Algebra with Differential Equations 2 Uncertainty Analysis for Engineers 2 Engineering Professionalism 2 Industrial Attachment 10 Materials Science & Engineering Principles & Practice I 4 Materials Science & Engineering Principles & Practice II 4 Principles of Renewable Energy 4 Materials Kinetics & ProcessingError! Bookmark not defined. 2 Electronic Properties of Materials 4 Materials Characterization 3 Materials Characterization Laboratory 3 Materials Design: Aerospace to Biomedical Applications 4 Materials Properties & Processing Laboratory 2 Machine Learning Approaches in Materials Laboratory 2 Technical Electives 8 Second Major in Innovation and Design 40 Group A: Module^ 4 Group B: Module^ 4 Group C: Modules^ 8 Design Centric Programme (DCP) Project 12 Design Centric Programme (DCP) Dissertation or Ideas to Start-up 4* Other Unrestricted Electives (To meet graduation requirements of 160MCs as 8MCs of DCP Dissertation or Ideas to Start-up are fulfilled by Integrated Project)

8

TOTAL 160 *DCP Dissertation or Ideas to Start-up consists of 12 MCs. 8MCs are counted towards Integrated Project under Common Curriculum, while 4MCs are counted here. ^You may choose from a selection/basket of modules. Please find more details here.