BRC Bachelor of Engineering (Computer Science) Curriculum Applicable to students matriculated in 2014

Transcription

1 BRC Bachelor of Engineering (Computer Science) Curriculum Applicable to students matriculated in 2014 Polytechnic Exemptions 32 s of exemptions and they are: a. Technical Elective I (Core, to from CE2xxx or CE3xxx courses) 3 s b. Technical Elective 2 (Core, to from CZ4xxx or CZ4xxx) 3 s c. CZ1002 Introduction to Computing Systems (Core) 3 s d. CZ1004 Great Ideas in Computing (Core) 2 s e. General s 6 s f. s 15 s g. Additional 3 s in Technical Elective 3 (Core, to from CE4xxx or CZ4xxx) or other relevant courses on a case by case basis subject to the students having participated and done well in NTU research or other projects, or with additional Certificate in Mathematics from Diploma Plus programmes, or having taken and done well in university level courses. SCSE Page 1 of Mar 2016

2 3 year BEng (CS) Programme with Professional Internship (PI) for Exempted Polytechnic Students Applicable to students matriculated in 2014 Option I: 3 year Programme with Professional Internship It is suggested that students do their PI in Semester 2 (i.e. after FYP). Students will need to heavily overload to complete the programme within 3 years. requirements Total No. of s Depth (Core) 100 Breadth 21 s 15 Grand Total 136 Suggested Curriculum Core / GER / ) EXEMPTIONS CZ1002 Introduction to Computing Systems Core Technical Elective (CE200x or CE300x) Core CZ4xxx Technical Elective Core CZ1004 Great Ideas in Computing Core General GER Any category General GER Any category TOTAL SCSE Page 2 of Mar 2016

3 Core / GER / ) YEAR 1 SEMESTER 1 MH1812 Discrete Mathematics Core CZ1003 Introduction to Computational Thinking Core CZ1005 Digital Logic Core CZ0001 Engineers and Society GER core General GER Any category HW0188^ Engineering Communication I GER core HW0001 (can GC0001 Introduction to Sustainability: Multidisciplinary GER core 1 online course Approaches and Solutions HW0001 English Proficiency GER core 0 TOTAL YEAR 1 SEMESTER 2 CZ1005 (can CZ1006 Computer Organisation and Core Architecture CZ1007 Data Structures Core CZ1003 CZ1008 Engineering Mathematics Core CZ2003 Computer Graphics and Visualisation Core CZ1008 CZ2004 Human Computer Interaction Core CZ3006 Net Centric Computing Core CZ1006 and CZ1007 (both can ML0001 Absolute Basics for Career GER core online course by MLCPS (Margaret Lien Centre for 1 Professional Success) TOTAL ^ Should there be insufficient vacancies, students will take Eng Comm I & II in the following semester. SCSE Page 3 of Mar 2016

4 Core / GER / ) YEAR 2 SEMESTER 1 CZ2001 Algorithms Core CZ2002 Object Oriented Design & Programming CZ2005 Operating Systems MH1812, CZ1007 Core CZ1007 Core CZ2006 Software Engineering Core CZ3001 Advanced Computer Architecture CZ3003 Software Systems Analysis and Design Core Core CZ1006, CZ1007 CZ2002 (can CZ1006 CZ2006 (can GC0002 Ethics & Moral Reasoning GER core 1 online course TOTAL YEAR 2 SEMESTER 2 CZ4079 Final Year Project Core CZ2007 Introduction to Databases Core CE/CZ2001 CZ3002 Advanced Software Core CZ2006 Engineering CZ3004 Multidisciplinary Design Core Project CZ4xxx Technical Elective 1 Core CZ4xxx Technical Elective 2 Core TOTAL SCSE Page 4 of Mar 2016

5 Core / GER / ) YEAR 3 SEMESTER 1 CZ4079 Final Year Project Core 8 CZ3005 Artificial Intelligence Core CZ3007 Compiler Techniques Core CZ1003, CZ2001 CZ2001, CZ2006 CZ4xxx Technical Elective 3 Core CZ4xxx Technical Elective 4 Core ET0001 Enterprise & Innovation GER core 1 online course HW0288 Engineering Communication II GER core TOTAL HW0188, YEAR 3 SEMESTER 2 ML0002 Career Power Up! by MLCPS GER core 1 online course (to with PI) CZ3079 Professional Internship Core 8 Important Note: Students will be awarded the degrees upon successful completion of PI. However, if the PI is delayed/exte nded and/or the marks submission to CAO is delayed, students will not be in time to SCSE Page 5 of Mar 2016

6 attend the Convocation in July and have to attend the Convocation in the following year. TOTAL 9 Students can opt to do PI in Year 2 Sem 2. GRAND TOTAL (Years 1 to 3) An additional 10 hours per semester have been allocated for these non lab based courses for Example Classes. Faculty can use these time slots for their pedagogical needs such as to reinforce concepts, provide additional coaching, give more worked examples, allow students to do practice exercises or do research or work on the computers etc. SCSE Page 6 of Mar 2016

7 3.5 year BEng (CS) Programme with Professional Internship (PI) for Exempted Polytechnic Students Applicable to students matriculated in 2014 Option II: 3.5 year Programme with Professional Internship Students may do their PI in Semester 1 (i.e. before FYP) if they so wish or Year 4 Semester 1 (i.e. after FYP) and students will need to overload to complete the programme within 3.5 years. requirements Total No. of s Depth (Core) 100 Breadth 21 s 15 Suggested Curriculum Grand Total 136 Core / GER / ) EXEMPTIONS CZ1002 Introduction to Computing Systems Core Technical Elective (CE200x or CE300x) Core CZ4xxx Technical Elective Core CZ1004 Great Ideas in Computing Core General GER Any category General GER Any category TOTAL SCSE Page 7 of Mar 2016

8 Core / GER / ) YEAR 1 SEMESTER 1 MH1812 Discrete Mathematics Core CZ1003 Introduction to Computational Thinking Core CZ1005 Digital Logic Core CZ0001 Engineers and Society GER core HW0188^ Engineering Communication I GER core HW0001 (can GC0001 Introduction to Sustainability: Multidisciplinary GER core 1 online course Approaches and Solutions HW0001 English Proficiency GER core 0 TOTAL YEAR 1 SEMESTER 2 CZ1006 Computer Organisation and Architecture Core CZ1005 (can CZ1007 Data Structures Core CZ1003 CZ1008 Engineering Mathematics Core CZ2004 Human Computer Interaction Core CZ3006 Net Centric Computing Core General ML0001 Absolute Basics for Career by MLCPS (Margaret Lien Centre for Professional Success) CZ1006 and CZ1007 (both can GER Any category GER core 1 online course TOTAL ^ Should there be insufficient vacancies, students will take Eng Comm I & II in the following semester. SCSE Page 8 of Mar 2016

9 Core / GER / ) YEAR 2 SEMESTER 1 CZ2001 Algorithms Core MH1812, CZ1007 CZ2002 Object Oriented Design & Programming Core CZ1007 CZ2003 Computer Graphics and Visualisation Core CZ1008 CZ2005 Operating Systems Core CZ1006, CZ1007 CZ2006 Software Engineering Core CZ2002 (can GC0002 Ethics & Moral Reasoning GER core 1 online course TOTAL YEAR 2 SEMESTER 2 CZ2007 Introduction to Databases Core CE/CZ2001 CZ3001 Advanced Computer Core CZ1006 Architecture CZ3002 Advanced Software Engineering CZ3003 Software Systems Analysis and Design Core CZ2006 Core CZ3005 Artificial Intelligence Core TOTAL CZ2006 (can CZ1003, CZ2001 SCSE Page 9 of Mar 2016

10 Core / GER / ) YEAR 3 SEMESTER 1 CZ4079 Final Year Project Core CZ3004 Multidisciplinary Design Project Core CZ4xxx Technical Elective 1 Core CZ4xxx Technical Elective 2 Core HW0288 Engineering Communication II ^ GER core HW0188, ET0001 Enterprise & Innovation GER core 1 online course TOTAL YEAR 3 SEMESTER 2 CZ4079 Final Year Project Core 8 CZ3007 Compiler Techniques Core CZ4xxx Technical Elective 3 Core CZ4xxx Technical Elective 4 Core TOTAL CZ2001, CZ2006 YEAR 4 SEMESTER 1 ML0002 Career Power Up! by MLCPS GER core 1 online course (to with PI) CZ3079 Professional Internship Core 8 Students can opt to do PI in Sem 1 TOTAL 9 GRAND TOTAL (Years 1 to 3.5) 136 ^ Should there be insufficient vacancies, students will take Eng Comm I & II in the following semester. + An additional 10 hours per semester have been allocated for these non lab based courses for Example Classes. Faculty can use these time slots for their pedagogical needs such as to reinforce concepts, provide additional coaching, give more worked examples, allow students to do practice exercises or do research or work on the computers etc. SCSE Page 10 of Mar 2016