1. B.Eng. (Computer Engineering)
Joint programme offered by Faculty of Engineering (Dept of ECE) and School of Computing (Dept of CS)
Ravi Suppiah
Year 1 Coordinator C EG 1

2. CEG Joint Academic Committee
Assoc Prof He Bingsheng (Chairperson, JAC)
Assoc Prof Hari K Garg (Co-Chairperson, JAC, FYP coordinator)
Prof Peh Li Shiuan
Prof Tulika Mitra
Assoc Prof Chan Mun Choon
Assoc Prof Soo Yuen Jien
Assoc Prof Tham Chen Khong
Dr Sangit Sasidhar
Ravi Suppiah (Year 1 Coordinator)
Assoc Prof Bharadwaj Veeravalli (Year 2 & 3 Coordinator)
Dr Colin Tan Keng Yan (Year 4 Coordinator/FYP Coordinator)
Dr Rajesh C Panicker (CEG internship coordinator)
Mr Low Mun Bak (Admin support for CEG1 & CEG2)
Ms Winnie Chua (Admin support for CEG3 & CEG4)

3. Overview of Briefing What and Why Computer Engineering (CEG)?
Programme Objectives
Degree Programme Requirements
Industrial Attachment and Special Programmes
Grade Point System
Grade-free Scheme
Academic Advisors

4. Putting the smart in "Smart Nation"

5. CEG: Designing Intelligence
Design computing systems for a smarter world Unique multi-disciplinary programme Conceive-Design-Implement paradigm Industrial attachment, overseas experience

6. What is Computer Engineering?
Discipline which combines electrical engineering and computer science
Computer engineers are involved in many aspects of computing, from low level
circuit designs using computing devices to large scale integration involving
hardware and software systems
A graduate in this programme is expected to have fundamental knowledge in mathematics, physics, electronics, digital logic, programming and algorithms, computer architecture, operating systems, networks, embedded systems
A graduate is also expected to have some experience in design of hardware and software systems
Relevant industrial experience will also complement your knowledge and skills

8. Cyber-Physical Systems
Connecting the virtual world with the physical world
Engineering = Physical world
Computing = Virtual world
Computer Engineering = best of both worlds

9. Smart Nation

10. Characteristics of CEG Graduates
Technical Skills: Technically competent to solve complex problems and adapt effectively in a fast changing environment Thinking skills: Critically think, analyze, and make decisions that give due consideration to global issues in business, ethics, society and environment Leadership, Team building: Communicate effectively, act with integrity, have inter-personal skills needed to engage in, lead and nurture diverse teams Attitude: Committed to lifelong learning, resourceful and embrace global challenges and opportunities to make a positive impact in society

11. Full Degree Programme Requirements
University Level Requirements
Unrestricted Elective Requirements
108 MCs
General Education Modules (GE)
(5 modules, each 4 MCs) comprising :
Human Cultures (HC)
Quantitative Reasoning (QR)
Thinking and Expression (T&E)
Singapore Studies (SS)
Asking Questions (AQ)
32 MCs drawn from various modules offered across NUS;
Second Major, Minor etc.
including ES1000 and/or ES1103 (if not exempted or did not pass the Qualifying English Test at the point of admission)
Total MCs = 160
To Graduate
Note: MC = “modular credit”

12. University Level Requirements 20 MC
Preallocated by PVO (shown in your recommended schedule)
Aims:
Broaden students’ intellectual horizons
Develop critical and creative thinking skills
Promote spoken and written articulacy
Human
Cultures
Singapore
Studies
Thinking &
Expression
Quantitative
Reasoning
Asking
Questions
4 MC
GEHxxxx
4 MC GESxxxx
4 MC GETxxxx
4 MC GER1000
4 MC GEQ1000
Students are strongly encouraged to fulfil the GE requirements within the first two years of their candidature 12

13. Major/Programme Requirements
Programme Components
Modules MC
Non-technical requirements common to all BEng students
EG2401A Engineering Professionalism (2MCs)
CS2101 Effective Comm for Computing Professionals 6
Core Modules
CS1010 Programming Methodology
CS1231 Discrete Structures
CS2113T Software Engineering & Object-Oriented Programming
CS2040C Data Structures and Algorithms
CG1111 Engg Principles & Practice I (6MCs)
CG1112 Engg Principles & Practice II (6MCs)
CG2023 Signals & Systems
CG2027 Transistor-level Digital Circuits (2MCs)
CG2028 Computer Organization (2MCs)
CG2271 Real-time Operating Systems
CG3207 Computer Architecture OR
CS3230 Design and Analysis of Algorithms
CP3880 ATAP or EG3611A IAP (10MCs)
MA1511 Engineering Calculus (2MCs)
MA1512 Differential Eqn for Engrg(2MCs)
MA1508E Linear Algebra for Engineering
EE2026 Digital Design
EE4204 Computer Networks
ST2334 Probability & Statistics 74
Projects
CG4002 Computer Engineering Capstone Project (8 MCs) 8
Technical Electives
At least 12MCs depth modules 20
Total MCs for Programme Requirements
108

14. CEG Capstone Project
Fun, Fulfilling, Hands On.

15. New CEG Capstone Project
Fresh and Evolving

16. TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs
Note: advanced modules usually have pre-requisites!
Possible Schedule for CEG AY2019/20 Direct Intake (with 6 months IA in Year 3, Sem 1)
Sem 1
Sem 2
Sem 3
Sem 4
Sem 5
Sem 6
Sem 7
Sem 8
CG1111
EPP1
(6 MCs)
CG1112
EPP2
CS2101
Effective Comm for Computing Professionals
CG2023
Signals
& Systems
CP3880
ATAP
(12 MCs) OR
EG3611A IA
(10 MCs)
CG4002
CEG
Capstone
Project
(8 MCs)
CG3207
CS3230
Technical Elective Depth
CS1010
Programming Methodology
MA1508E
Linear Algebra
for Engrg
CS2113T
Software Engrg
& OOP
ST2334
Probability & Statistics
Technical Elective
Breadth
(2 MCs if
took ATAP)
CS1231
Discrete Structures
CS2040C
Data Structures
& Algorithms
[CG2027 (2 MCs) & CG2028 (2MCs)]
CG2271 RTOS
EE4204
Computer
Networks
MA1511
Engrg Calculus
(2 MCs)
EE2026
Digital Design
GER1000
(if not read in sem 1)
OR UEM2
GEH1xxx
EG2401A
Engrg Profsm (2 MCs) ^
GET1xxx
UEM5
UEM7
MA1512
Diff Eqn for Engrg
GEQ1000
GES1xxx
UEM2
UEM3^
UEM4
UEM6
UEM8
ES1103* (UEM1) OR GER1000
22 MCs
20 MCs
16 or 18 MCs
20 or 18 MCs
TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs

17. TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs
Note: advanced modules usually have pre-requisites!
Possible Schedule for CEG AY2019/20 Direct Intake (with 6 months IA in Year 3, Sem 2)
Sem 1
Sem 2
Sem 3
Sem 4
Sem 5
Sem 6
Sem 7
Sem 8
CG1111
EPP1
(6 MCs)
CG1112
EPP2
CS2101
Effective Comm for Computing Professionals
CG2023
Signals
& Systems
CG4002
CEG
Capstone Project
(8 MCs)
CP3880
ATAP
(12 MCs) OR
EG3611A IA
(10 MCs)
CG3207
CS3230
Technical Elective Depth
CS1010
Programming Methodology
MA1508E
Linear Algebra
for Engrg
CS2113T
Software Engrg
& OOP
ST2334
Probability & Statistics
Technical Elective
Breadth
(2 MCs if
took ATAP)
CS1231
Discrete Structures
CS2040C
Data Structures
& Algorithms
[CG2027 (2 MCs) & CG2028 (2MCs)]
CG2271 RTOS
EE4204
Computer
Networks
MA1511
Engrg Calculus
(2 MCs)
EE2026
Digital Design
GER1000
(if not read in sem 1)
OR UEM2
GEH1xxx
GET1xxx
EG2401A
Engrg Profsm (2 MCs) ^
UEM5
UEM7
MA1512
Diff Eqn for Engrg
GEQ1000
GES1xxx
UEM2
UEM3
UEM4^
UEM6
UEM8
ES1103* (UEM1) OR GER1000
22 MCs
20 MCs
16 or 18 MCs
20 or 18 MCs
TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs

18. Possible Schedule for CEG AY2019/20 Poly Intake (Exempted from CG1111)
Sem 1
Sem 2
Sem 3
Sem 4
May – Jul
Sem 5
Sem 6
CS1010
Programming Methodology
CG1112
EPP2
(6 MCs)
CG2027
Transistor-level Digital Circuits
(2 MCs)
CG2023
Signals
& Systems
CP3200 Student Internship Programme
EG3612 Vacation Internship Programme
(2 MCs in lieu IA + UEM3) OR
CG3207
CS3230
Technical Elective
Depth
EE2026
Digital Design
CS1231
Discrete Structures
CG2028
Comp Org
CG2271
Real-Time Operating Syst
CG4002
CEG Capstone Project
(8 MCs)
MA13011,2
Introductory Math
CS2040C
Data Structures
& Algorithms
CS2113
Software Engrg
& OOP
EG2401A
Engrg Profsm
PC12221 Fundamentals of Physics II
MA1511
Engrg
Calculus (2 MCs)
ST2334
Probability & Statistics
EE4204
Computer
Networks
Technical
Elective
Breadth
GES1xxx
ES1103* (UEM1) OR GER1000
MA1512
Diff Eqn for Engrg (2 MCs)
MA1508E
Linear Algebra for Engrg
GEH1xxx
UEM2
GEQ1000
GER1000
(if not read in sem 1)
OR UEM1
GET1xxx
Technical Elective (2 MCs)
(if did not do SIP/VIP)
UEM3
20 MCs
22 MCs
6 or 0 MCs
20 or 22 MCs
20 or 24 MCs
TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs#

19. TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs#
Possible Schedule for CEG AY2019/20 Poly Intake (NOT exempted from EPP modules)
Sem 1
Sem 2
Sem 3
Sem 4
May – Jul
Sem 5
Sem 6
CG1111
EPP1
(6 MCs)
CG1112
EPP2
CG2271
Real-Time Operating Syst
CG2023
Signals
& Systems
CP3200 Student Internship Programme
EG3612 Vacation Internship Programme
(2 MCs in lieu IA + UEM3) OR
CG3207
CS3230
Technical Elective
Depth
CS1010
Programming Methodology
CS1231
Discrete Structures
CS2113
Software Engrg
& OOP
CG2027
Transistor-level Digital Circuits
(2 MCs)
CG4002
CEG Capstone Project
(8 MCs)
MA13011,2
Introductory Math
CS2040C
Data Structures
& Algorithms
ST2334
Probability & Statistics
CG2028
Comp Org
PC12221 Fundamentals of Physics II
EE2026
Digital Design
MA1508E
Linear Algebra for Engrg
EE4204
Computer
Networks
EG2401A
Engrg Profsm
GES1xxx
ES1103* (UEM1) OR GER1000
MA1511
Engrg
Calculus (2 MCs)
GER1000
(if not read in sem 1)
OR GET1xxx
Breadth
Technical
Elective
UEM2
MA1512
Diff Eqn for Engrg (2 MCs)
GEQ1000
GEH1xxx
UEM3
(if did not do SIP/VIP)
UEM1
(if exempted ES1103)
Technical Elective (2 MCs)
22 MCs
20 MCs
24 MCs
6 or 0 MCs
22 or 24 MCs
20 or 24 MCs
TOTAL (MINIMUM) GRADUATION REQUIREMENTS = 160 MCs#

20. Possible CEG Concentrations
Embedded Computing
Large-Scale Computing
Intelligent Systems
Interactive Digital Media
Communications & Networking
System-On-A-Chip Design
CEG Concentrations
Specializations.

21. CEG Technical Electives
Comms and Networking
CS2107 Introduction to Information Security
CS3103 Computer Networks Practice
CS4222 Wireless Networking
CS4226 Internet Architecture
CS5223 Distributed Systems
CS5321 Network Security
EE3131C Communication Systems
EE4210 Network Protocols and Applications
EE5135 Digital Communications
Large-Scale Computing
CS2102 Database Systems
CS3210 Parallel Computing
CS3211 Parallel and Concurrent Programming
CS3223 Database Systems Implementation
CS3230 Design & Analysis of Algorithms
CS3235 Computer Security
CS4211 Formal Methods for Software Engrg
CS4221 Database App Design and Tuning
CS4223 Multi-core Architectures
CS4224 Distributed Databases
CS4231 Parallel and Distributed Algorithms
EE4210 Computer Comms Networks II
EE4218 Embedded Hardware System Design

22. CEG Technical Electives
Interactive Digital Media
CS2108 Introduction to Media Computing
CS3240 Interaction Design
CS3241 Computer Graphics
CS3242 3D Modeling and Animation
CS3247 Game Development
CS3249 User Interface Development
CS4240 Interaction Design for Virtual and Augmented Reality
CS4243 Computer Vision and Pattern Recognition
CS4247 Graphics Rendering Techniques
CS4249 Phenomena and Theories of HCI
CS4347 Sound and Music Computing
CS4351 Real-Time Graphics
EE3731C Signal Processing Methods
EE4212 Computer Vision
EE4604 Biological Perception in Digital Media
EE4704 Introduction to Computer Vision and Image Processing
Intelligent Systems
CS3243 Introduction to Artificial Intelligence
CS3244 Machine Learning
CS4244 Knowledge-based systems
CS4246 AI Planning and Decision Making
CS4248 Natural Language Processing
CS5242 Neural Networks & Deep Learning
CS5339 Theory and Algorithms for Machine Learning
EE3331C Feedback Control Systems
EE4305 Introduction to Fuzzy/Neural Systems
EE4308 Advances in Intelligent Sys & Robotics
EE5904 Neural Networks
EE5907 Pattern Recognition

23. CEG Technical Electives
Embedded Computing
CG3027 Computer Architecture**
CS2107 Introduction to Information Security
CS3211 Parallel and Concurrent Programming
CS4222 Wireless Networking
CS4223 Multi-Core Architectures
CS5272 Embedded Software Design
EE3731C Signal Processing Methods
EE4218 Embedded Hardware System Design
EE4415 Integrated Digital Design
EE5903 Real-time Systems
Systems-On-A-Chip Design
CG3207 Computer Architecture**
CS4223 Multi-Core Architectures
EE3104C Introduction to RF and Microwave Systems & Circuits
EE3408C Integrated Analog Design
EE4104 Microwave Circuits & Devices
EE4112 Radio Frequency Design and Systems
EE4218 Embedded Hardware System Design
EE4415 Integrated Digital Design
EE4505 Power Semiconductors Devices & ICs
EE5518 VLSI Digital Circuit Design
The following level 2000 modules may count as CEG TE Breadth:CS2104, IE2110 and IE2130.
**Students are required to read either CG3207 or CS3230 as Programme requirements. Only students who passed both modules can count (the other/second) one as TE Breadth.

25. Industrial Attachment (IA)
Industrial Attachment (IA) is compulsory for Direct students since AY2014/15 For AY2019/20 intake: 24/20 weeks in industry Either CP3880 ATAP (12 MCs) OR EG3611A IA (10 MCs) In lieu of 10/12 MCs of compulsory IA, Polytechnic students will have: - MA1301 (for those exempted from MA1301, they read MA1511 and MA1512 in its place AND will need to take additional technical electives to make up the 4 MCs shortfall) - PC1222 and - Student Internship Prg (SIP)/Vacation Internship Prg (VIP)/ Technical elective (TE)

26. Special Programmes opportunities
1. Double/Second Major programmes
A Double Major is a single degree programme, in which a student satisfies the requirements of two Majors.
The Second Major affords a significant degree of depth, although its MC requirement is set below that of the Major. The Second Major is a non-Honours major. It may be taken in the same faculty that offers the Major or from a different Faculty.
A Second Major consist of at least 48 MCs (up to 16 MCs can be double-counted)
- Refer to for more information

27. Special Programmes opportunities
2. Minor programmes
A Minor programme is a coherent course of study in an additional area outside of the Major. By doing this, it contributes to the breadth of learning envisaged for undergraduate education
A minor consists of at least 24 MCs
Refer to for more information.
Note for students who are interested to do a Minor programme during the course of their candidature:
- 'Open' Minor - students can declare their intention to do an open minor via the Academic Plan declaration page without any prior approval from the Host faculty/Department.
- 'Restricted' Minor - students are required to apply to the Host Faculty/Department and obtain approval to read a restricted minor

28. Student Exchange Programme
Students who are keen to go for SEP in Year 3 will apply in Year 2 (Sept-Oct). Lots of prior planning required!
Refer for
General queries
Application
Eligibility
Module Mapping
Financial Assistance
etc.
Check out other enrichment programmes like NUS Overseas Colleges (NOC) etc.

29. Grading System Graded Basis : A+, A, A-, B+, B, B-, C+, C, D+, D, F
Programme Requirements/Minor/2nd Major/2nd Degree modules
Ungraded Basis
Satisfactory / Unsatisfactory (S/U) option
Completed Satisfactorily /Completed Unsatisfactorily (CS/CU)

30. Grade Point System Grade Point (GP): CAP – Cumulative Average Point
(Σ MCi x GPi) / (Σ MCi)
Honors Classification
Honors (Highest Distinction) CAP 4.5 & above
Honours (Distinction) CAP 4.0 to 4.49
Honours (Merit) CAP 3.5 to 3.99
Honours CAP 3.0 to 3.49
Pass CAP 2.0 to 2.99
A+/A A- B+ B B- C+ C D+ D F
5.0
4.5
4.0
3.5
3.0
2.5
2.0
1.5
1.0

31. S/U Option S/U option: obtain either a Satisfactory (S) or an
Unsatisfactory (U) record for the module
- When exercised, excluded from the calculation of your CAP
- 3-day window to decide on S/U after the release of exam results
- Irrevocable!
Note: You must score a minimum “C” grade to get “S”. Otherwise your transcript will show “U” (Unsatisfactory) for the module.
“U” also means that the module cannot be counted as satisfying a pre-requisite.

32. Grade-free Scheme for first two (regular) semesters
The Grade-free Scheme is to ease your transition into NUS
Exercise S/U option of up to 32 MCs in the first two (regular) semesters, with up to 12 MCs in remaining sems (if unused).
Poly students with > 20 APCs may exercise S/U for up to 20 MCs only in the 1st two regular sems; if this is not fully utilised, may still be exercised in subsequent sem, for up to 12 MCs.
Students with a prior university degree do not have any S/U options and are not eligible for the Grade-free Scheme
Once an ‘S' or ‘U' grade is assigned to a module, it will count towards the 32/20-MC limit that can be taken on an S/U basis.

33. Grade-free Scheme for first two (regular) semesters
The S/U option can be exercised on the following modules:
All Level 1000 modules (except for the English for Academic Purposes modules)
All Level 2000 modules with no other NUS modules as pre-requisites (unless otherwise stipulated by the Faculties/Departments)
Centre for Language Studies’ language modules at all levels
Centre for English Language Communication’s (CELC) Level 2000 communication modules (CS2101, ES2002, ES2007, ES2007S, ES2331, CS2301/IS2101)
CELC/UTown College Programme’s (UTCP) Ideas & Exposition 2 (IEM2201-coded)
You can refer to for details

34. Probation and Dismissal
First Semester
Second Semester
Third Semester Onwards
All students progress
Advisory for students found to be performing poorly despite the grade-free scheme (if raw CAP*<2.0 after first two sems)
Probation if CAP<2.0 for current sem;
Dismissal if CAP<2.0 for two consecutive sems
*Raw CAP
Pre S/U CAP (original grades)
Computation of CAP without any S/U options applied for current and previous sems

35. Other Information Limit on Level 1000 modules:
Students should not read more than 60 MCs of level 1000 modules towards their degree requirements (minimum of 160 MCs for graduation).
2. Satisfactory/Unsatisfactory (S/U) option:
S/U for semester 1: late Dec; for semester 2: early June
3 days only after results release: Check NUSNET mail for more information from Registrar’s Office (RO)

36. Other Information
3. Foundation Academic English (ES1000) and ES1103 English for Academic Purposes
- If you do not pass your QET you must register for ES1000&/ES1103 EAP so that you can take GER1000/GEQ1000 in the earliest semesters possible.
- Students who missed July 2019 QET should look out for the next registration (for November QET).
- ES1103 is 4 MCs.
- Students may start to register for ES1103 via ModReg system from Round 1 starting 25 July 2019.
What do the QET results mean?
Students who obtain Band 1 will have to take ES1000 followed by ES1103.
Students who obtain Band 2 will have to take ES1103.
Students who obtain Band 3 are exempted from these English modules.

37. Other Information
4. Exemptions for Polytechnic graduates of AY2019/20 intake admitted into CEG:
Poly graduates admitted into CEG in AY2019/20 will follow AY2019/20 CEG curriculum and may be eligible for the following exemptions (up to 34 MCs) from the following list, depending on the Diploma from the polytechnics.
i. Up to 20 MCs from Unrestricted Elective Modules (UEM). The 20 MCs from UEM will NOT be counted as part of the 60 MCs limit on level-1000 modules that students are allowed to read.*
ii. Specific exemptions of up to 14 MCs from programme requirements (comprising of one or more modules) are as determined by the Department on a case-by-case basis.
* For details on the poly exemptions, please refer to:
5. Students should not exceed 23 MCs in sem 1
Hence, students who need to take ES1103 (need to register in Round 1) should take it in sem 1 and delay GER1000/GEQ1000 to a later semester.
The same goes for students under RVRC/UTCP/other programmes (which require taking certain prescribed module(s) in the first sem).

38. MC excluded from CAP Minimum graded MCs
Modules taken on S/U & CS/CU basis or during exchange, NOC, IA/Internship and APCs are not factored into CAP 
Minimum graded MCs
Minimum graded MCs (NUS modules with assigned letter-grades ‘A+’ to ‘D’, ‘CS’ grade or ‘S’-grade) counted towards Degree, Major, and Minor Requirements:
- A minimum of 50% for degree requirements (residency);
- A minimum of 60% for major requirements; and
- A minimum of 16 MC for minor requirements
- Only up to 32/20 MCs may be accrued from modules on S/U basis.
Limit on level 1 modules : 60 MCs max
20 for Poly

39. Grouping and Timetable
Check your grouping and timetable at
- CEG1 students should refer to group C02 – C11.
CEG2 (Poly) students should refer to group C01A and C01B.
For most students, four core modules should be pre-allocated as per C0x; students should register for ES1103/ES1000 (if applicable).
Note: (1) GE module (in Sem 1) will also be pre-allocated.
(2) However, you need to bid for tutorial classes using ModReg.

40. Module Registration System (ModReg)
Please refer to for more info on
The Academic Plan declaration page is accessible from 11 July to 15 August 2019 (Navigation: myEduRec > Academics > Acad Plan Appln/Declaration). The Academic Plan declaration user guide is located here.
All freshmen (‘NEW’ students) start to select modules from Round 1 i.e. 25 July 2019.

41. Can I drop a module after securing it?

42. CEG Prizes and Awards
MAS Academic Excellence Prize: Best Year 2 student pursuing Computing or Business Analytics or Computer Engineering
degree at the SoC who has achieved a CAP of at least The award recipients must be Singapore Citizens
Defence Science Technology Agency Gold Medal
IES Gold Medal
Lee Kuan Yew Gold Medal
IEEE Singapore Computer Society Gold Medal and Prize
IEEE Singapore Computer Society Book Prize
Halbrecht Associates Prize
Alcatel-Lucent Telecommunications Prize
IEEE Control Systems Chapter Prize
Year 2 onwards

43. Cohort Representatives
In Sep 2014, the ECE Dept established the  ECE Undergraduate Student Council (USC) comprising primarily of
EE and CEG cohort reps
ECE scholars
Presidents of the ECE Club, IEEE NUS Student Branch and the IEEE-HKN NUS Chapter
In accordance with the USC Constitution, cohort reps will be elected by the student body within the first 2 weeks of Semester 1
More details will be mentioned by the USC later

44. SoC Leadership Programme
A new SoC initiative designed to help undergraduates realize their potential as leaders, and develop the qualities that are essential to good leadership in a systematic way

45. Plagiarism

46. University Health, Wellness & Counselling Centre
Academic Advisor
Each CEG student is assigned an Academic Advisor/Mentor (mid-Aug)
Advisors offer academic advice and counsel
Advisors will write letters of recommendation for you
See your Academic Advisor regularly so they can get to know you better
University Health, Wellness & Counselling Centre
Emotional & Psychological Well Being
Anxiety, Depression • Mental Health, Self-Worth, Shyness, Stress
Eating Disorders • Sudden Loss and Grief
Feelings, Loneliness
Relationship Issues
Abusive Relationships, Family Stress, Managing Conflicts, Surviving a Breakup
Personal Effectiveness
Decision Making, Motivation, Test Anxiety, Time Management, Challenges of University Life

47. Resources University Counselling Services (UCS) @ UHC
Department
Peer Tutoring programme
ECE Caregroup (alternate weeks): goal setting, making new friendships, coping with exam stress
Faculty of Engineering
Mr Martin Nonis, Student Support Manager
University Counselling Services UHC

49. Tuition Fees Policy 49

50. Tuition Fees Policy Tuition Fees Beyond Normal Candidature
Students who take longer than the normal candidature period* to complete their degree requirements will have to pay partial non-subsidized fees
*Defined as 8 consecutive semesters for B.Eng.
MOE tuition grant only covers the normal duration of the degree course
Details can be found at:
undergraduate-education/fees.html
FAQ-on-Tuition-Fee-beyond-Normal-Candidature.pdf 50

51. Tuition Fees Policy Keep track of your academic progress:
If you fail some modules, you should re-work your semestral workplans, e.g., take modules in the special term, so as to reduce the likelihood that you may extend beyond 4 years
Pay great attention to your academic progress and be responsible for your studies 51

52. Student-Centric Curriculum
Your feedback is important to us
Multi-level feedback to improve CEG programme
Module level: end of the semester
Programme level: end of every academic year
To Cohort representative who can bring up matters during Staff-Student Liaison Committee (SSLC) meetings
Survey at the beginning of the academic year
Your background
Your expectations
Your ambitions
Please participate!

53. Administrative Points
Please check your NUS account for future announcements: - Your NUS account is - Please indicate your full name and your student ID: A0XXXXX for identification when you write to us

54. Freshmen Welcome Event
Please look out for updates from ECE dept for the ECE Staff-Freshmen Party to be held in Aug 2019

55. How to make the most of and succeed in NUS?
Plan carefully from your first year, esp. if you are interested in SEP/NOC, Second Major etc.
Consistent work throughout the semesters
Attend all lectures, tutorials and labs
Plan your projects
Form good learning habits right from Day 1
Get to know people around you
Enjoy your studies!
Many levels of help throughout the system
-> Academic Advisors, Year Coordinators, Counselling Centre etc.

56. Thank You for your attention!
Questions?

57. Sharing by
Saif Uddin Mahmud
CEG3