CS1010E Programming. Methodology GER1000 (GE2) Quantitative Reasoning ESP2107 Numerical Methods & Stat. ME2121 Engineering Thermodynamics

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1 Science Programme Schedule AY18/19 (new as of 6 June 18) This schedule is only a sample. Student can customised own schedule taking into consideration e.g. semester a module is offered, required pre-/co-requisites of a module, etc. UEM can be read in any semester. Students should consider using UEM to clear the pre-requisite(s) of advanced modules that they are reading for the later semesters. Year 1 Mechanics & Waves CS1010E Programming EG1111 Eng. Principles and Practice 1 CF1010 Roots and Wings Year 1 Year 2 Year 2 MA1508E Linear Algebra & App. Differential Eqns & App. PC2130B App. Quantum Physics GEQ1000 (GE1) Asking Questions App. Solid State Physics Methodology GER1000 (GE2) ESP2107 Numerical Methods & Stat. ME2121 Thermodynamics A Sensor System Electronics GET (GE3) Thinking Pillar Design Project (Optional) ES1531 Critical Thinking and Writing UE1 (e.g. CS40, pre-req for advance modules) PC Electrical EG3602 Vacation Internship Programme 6 Nano CES ESM ES From Making Nano to Probing Nano C PC3232 Nuclear and Particle Physics Molecular Modelling: Theory and Practice C UEM^ PC3294 Radiation Laboratory Nano Group A modules CES Group B Module ESM Group B modules Nano Group B modules CES Group B Module ESM Group C modules ESP5403 Nanomaterials for Energy Systems Nano Group B modules CES Group B Module ESM Group D modules ESP5402

2 Science Programme Schedule AY17/18 (new as of 3 Jan 18) This schedule is only a sample. Student can customised own schedule taking into consideration e.g. semester a module is offered, required pre-/co-requisites of a module, etc. UEM can be read in any semester. Students should consider using UEM to clear the pre-requisite(s) of advanced modules that they are reading for the later semesters. Year 1 Mechanics & Waves CS1010E Programming EG1111 Eng. Principles and Practice 1 CF1010 Roots and Wings Year 1 Year 2 Year 2 MA1508E Linear Algebra & App. Differential Eqns & App. PC2130B App. Quantum Physics Technology (NANO) From Making Nano to Probing Nano GEQ1000 (GE1) Asking Questions App. Solid State Physics Methodology GER1000 (GE2) ESP2107 Numerical Methods & Stat. ME2121 Thermodynamics A Sensor System Electronics GET (GE3) Thinking Pillar Design Project (Optional) UE1 (e.g. CS40, pre-req for advance modules) ES1531 Critical Thinking and Writing PC Electrical EG3602 Vacation Internship Programme 6 Computational Energy Systems Science (CES) Science in (ES) C Medicine (ESM) PC3232 Nuclear and Particle Physics Molecular Modelling: Theory and Practice C UEM^ PC3294 Radiation Laboratory Nano Group A modules CES Group B Module ESM Group B modules ^UEM for prerequisites. Nano Group B modules CES Group B Module ESM Group C modules ESP5403 Nanomaterials for Energy Systems EG2401 Professionalism Nano Group B modules CES Group B Module ESM Group D modules ESP5402

3 Year 1 Year 1 Year 2 Science Programme Schedule from AY16/AY17 Intake (updated 12 July 16) Introduction to Electronic Systems MA1508 Linear Algebra with Fundamentals of Applications Biochemistry ES1531 Critical Thinking and Writing GER1000 Year 2 PC2130B Applied Solid State Physics EG3602/EG3612 Vacation Internship Programme (12 weeks during the long vacation either after the 2 nd or 3 rd year) - Mandatory ES2331 Communicating EE11 Electromagnetics Specialisation Nanotechnology (Nano) From Making Nano to Probing Nano Computational Science in Medicine Science (CES) (ESM) C PC3232 Nuclear and Particle Physics Energy Science and Technology (ES) Molecular Modelling: Theory and Practice C UEM^ PC3294 Radiation Laboratory Nano Group A modules CES Group B modules ESM Group B modules CES Group B modules ESM Group C modules ESP5403 Nanomaterials for Energy Systems Nano Group B modules CES Group B modules ESM Group D modules EG2401 Professionalism Nano Group B modules CES Group C modules ESM Group E modules ESP5402 Refer to page 5 for recommendations and Pillars Definition +EE4437 replaces ESP4302 w.e.f AY16 onwards

4 Year 1 Year 1 Year 2 Science Programme Schedule from AY15/AY16 Intake (updated 14 June 16) Introduction to Electronic Systems MA1508 Linear Algebra with Fundamentals of Applications Biochemistry GET1021 (T & E pillar) Critical Thinking and Writing GER1000 Year 2 PC2130B Applied Solid State Physics EG3602/EG3612 Vacation Internship Programme (12 weeks during the long vacation either after the 2 nd or 3 rd year) - Mandatory ES2331 Communicating EE11 Electromagnetics Specialisation Nanotechnology (Nano) Computational Science (CES) Photonics and Optics (PO) Energy Systems (ES) +ESP46 EE23 ESP3401 From Making Nano to Probing Nano Continuum Mechanics Signals Photovoltaic Devices Nano Elective 1 PC3274 PC3247 ES elective 1 Mathematical Methods in Physics II Modern Optics Nano Elective 2 CES elective 1 PO elective 1 ES elective 2 Molecular Modelling: Theory and Practice MA3227 Numerical Analysis II +EE4437 Photonics Principles and Applications EE3505C Electrical Energy Systems PC3251 Nanophysics CES elective 2 PO elective 2 ME3221 Energy Conversion Processes ME4291 Finite Element Analysis EG2401 Professionalism EE4603 Biomedical Imaging Systems Refer to page 4 for recommendations and Pillars Definition +ESP46 replaces ESP36 w.e.f AY15 +EE4437 replaces ESP4302 w.e.f AY16 onwards HR02 Human Capital in Organisations ESP4402

5 Year 1 Year 1 Year 2 Science Programme Schedule for AY14/AY15 Intake (updated 2 July 14) Introduction to Electronic Systems MA1508 Linear Algebra with Fundamentals of Applications Biochemistry GEK1549 Critical Thinking and Writing /SS/Breadth Year 2 PC2130B Applied Solid State Physics /SS/Breadth / EE22 for ES specialisation EG3602/ EG3612 Vacation Internship Programme (12 weeks during the long vacation either after the 2 nd or 3 rd year) - Mandatory /SS/Breadth ES2331 Communicating EE11 Electromagnetics Specialisation Computational Photonics and Optics (PO) Energy Systems (ES) Nanotechnology (Nano) Science (CES) Nano Elective 1 CES elective 1 PO elective 1 ES elective 1 From Making Nano to Probing Nano Nano Elective 2 PC3251 Nanophysics Molecular Modelling: Theory and Practice +ESP46 Continuum Mechanics EE23 Signals ESP3401 Photovoltaic Devices PC3274 PC3247 /SS/Breadth Mathematical Methods in Physics II Modern Optics ESP 3902 Major Design Project I /SS/Breadth MA3227 PO elective 2 ME3221 Numerical Analysis II Energy Conversion Processes CES elective 2 /SS/Breadth ES elective 2 /SS/Breadth /SS/Breadth /SS/Breadth /SS/Breadth / EE22 for ES specialisation /SS/Breadth ME4291 ESP4302 Finite Element Analysis Nanophotonics EG2401 Professionalism /SS/Breadth /SS/Breadth /SS/Breadth EE4603 Biomedical Imaging Systems /SS/Breadth ESP4402 HR02 Human Capital in Organisations /SS/Breadth Refer to page 3 for recommendations +ESP46 replaces ESP36 w.e.f AY15

6 Science Programme Schedule before AY14/15 Intake Year 1 Year 1 Year 2 Year 2 Specialization in 3 rd & 4 th year Introduction to Electronic Systems PC2130B MA1508 * Linear Algebra with Applications Applied Solid State Physics Fundamentals of Biochemistry ES1531 Critical Thinking and Writing Singapore Studies General Education Module 2 / EE22 for ES specialization General Education Module 1 ES2331 ** Communicating (taken as UEM 1) EE11 Electromagnetics EG3602 Vacation Internship Programme (12 weeks during the long vacation either after the 2 nd or 3 rd year) Computational Photonics and Optics (PO) Energy Systems (ES) Nanotechnology (Nano) Science (CES) +ESP46 EE23 ESP3401 From Making Nano Continuum Mechanics Signals Photovoltaic Devices to Probing Nano Nano elective 1 PC3274# Mathematical Methods in Physics II PC3247 Modern Optics ME3122 Heat Transfer Nano elective 2 CES elective 1 PO elective 1 ES elective 1 UEM 2 ESP 3902 Major Design Project I CM3251 MA3227 Nanochemistry Numerical Analysis II PO elective 2 Molecular Modelling: Theory CES elective 2 PO elective 3 and Practice PC3251 Nanophysics CES elective 3 PO elective 4 ES elective 2 UEM 3 IE2110 Operations Research I or MA3236 Non Linear Programming ME4291 BN4406 Biophotonics and Bioimaging ME3221 Energy Conversion Processes EE22 Electrical Energy Systems/ GEM2 ES elective 3 Nano elective 3 Finite Element Analysis ESP4302 Nanophotonics ES elective 4 Nano elective 4 CES elective 4 PO elective 5 ES elective 5 EG2401 Professionalism ESP 4901 Research Project (over 2 semesters) Nano elective 5 CES elective 5 EE4603 Biomedical Imaging Systems ESP4402 Transport Phenomena in Energy Systems HR02 Human Capital in Organisations ESP 4901 Research Project *SM2/SM3, NUS High School students, and other students (JC etc) who have read & passed MA1101R Linear Algebra I, prior to joining ESP are allowed to map MA1101R to MA1508. As core/essential modules must be taken on a graded basis, MA1101R taken prior to admission/transfer into FoE must also be graded. ** Effective only for students matriculated from AY1213 onwards, #Effective from AY1314 onwards, Students used to take MA3501 (Mathematical Methods in ) prior to AY1314 Updated: ESP46 replaces ESP36 w.e.f AY15

7 Recommendations: (1) For ESP students who have a strong interest in computer programming, we recommend that you read CS1101C Programming Methodology as an UEM in your first year. This foundation module for computing will enable you to take other computer programming modules in the future. (2) For ESP students who wish to embark on a research career, please consider doing an Undergraduate Opportunities Research Programme (UROP) project. To find out more about UROP and the available projects, please go to URL: (3) ESP students without GCE A Level Chemistry are required to read CM1417 Fundamentals of Chemistry in Year 1 before reading in Year 1. To find out more about CM1417 timetable, please go to URL: (4) From AY15/16 cohort onwards, students are supposed to take 5 GEM Modules from the following pillars, 1 from each pillar. Note: As the Asking Questions pillar for AY15/16 cohort is not ready, students will be required to read an additional module from either the Human Cultures or Singapore Studies or Thinking and Expression pillar to fulfil the new GE requirements. Five pillars: Human Cultures (GEH) Asking Questions (GEQ) (GER) Singapore Studies (GES) Thinking and Expression (GET) ESP students are recommended to complete their GEMs as early as possible.