Curriculum Structure for Georgia Institute of Technology Integrated Programme Applicable to students matriculated in 2015 or later

Transcription

1 Curriculum Structure for Georgia Institute of Technology Integrated Programme Applicable to students matriculated in 2015 or later The CE-Georgia Institute of Technology (GT) Integrated Programme requires students to complete the BEng (CE) in 3 years in NTU and then proceed for 1.5 years of MSc (Computer Science) in GT. Students can opt to do the 10-week Professional Attachment (PA) under this programme. This is the recommended curriculum structure. Polytechnic students will be granted exemptions as per the normal Bachelor of Engineering (CE) programme. requirements Total No. of s Depth (Core) 96 Breadth 21 s 19 Grand Total 136* NB: *6 s of Technical Electives out of the 136 s are to be transferred from GT s MSc courses. 3-year Curriculum Structure for Georgia Tech Integrated Programme Option 1: 10-week Professional Attachment (PA) - Recommended Core / GER / ) YEAR 1 SEMESTER 1 CE1011 Engineering Mathematics I Core CE1012 Engineering Mathematics II Core CE1011 (can be CE1003 Introduction to Computational Thinking* Core CE1004 Inventions and Innovations in Computing* Core CE1005 Digital Logic Core HW0188^ Engineering HW0001 (can be GER core Communication I * * HW0001 English Proficiency - 0 SCE Page 1 of 8 16 Mar 2015 Ver 2

2 GC0001 Introduction to Sustainability: Multidisciplinary GER core 1 online course Approaches and Solutions TOTAL ^ Should there be insufficient vacancies, students will take Eng Comm I & II in the following semester. Core / GER / ) YEAR 1 SEMESTER 2 CE1006 Computer Organisation and Architecture Core CE1005 (can be CE1007 Data Structures Core CE1003 MH1812 Discrete Mathematics Core Business & Management* GER (BM) CE2003 Digital Systems Design Core CE1005 CE0001 Engineers and Society GER core - Science & Technology GER Student to select from the GER-PE(STS) SCE course list shown in SCE website. ML0001 Absolute Basics for Career by MLCPS (Margaret Lien Centre for Professional Success) GER core 1 online course TOTAL YEAR 2 SEMESTER 1 CE2001 Algorithms Core CE1007, CE1012, MH1812 CE2002 Object Oriented Design & Programming Core CE1007 CE2004 Circuits and Signal Analysis Core CE1012 CE2005 Operating Systems Core CE1007 CE2006 Software Engineering Core CE2002 (can be CE3001 Advanced Computer Architecture Core CE1006 Liberal Arts* GER GC0002 Ethics & Moral Reasoning GER core 1 online course TOTAL SCE Page 2 of 8 16 Mar 2015 Ver 2

3 Core / GER / ) YEAR 2 SEMESTER 2 CE2007 Microprocessor-based Systems Design Core CE1006, CE2004 (can be CE3002 Sensors, Interfacing and Control Core CE2004 CE3003 Microcontroller Programming Core CE2005 CE3005 Computer Networks Core CE1011, CE1012 HW0288^ Engineering Communication II GER core HW0188 * CE3026 Professional Attachment (Special Semester) Core TOTAL YEAR 3 SEMESTER 1 CE4079 Final Year Project Core CE3004 Multidisciplinary Design Project Core Year 3 standing CE3007 Digital Signal Processing Core CE2004 Technical Elective 1 (CZ200x or CZ300x)* Core * * GC0003 Entrepreneurship & Innovation GER core 1 online course TOTAL SCE Page 3 of 8 16 Mar 2015 Ver 2

4 Core / GER / ) YEAR 3 SEMESTER 2 CE4079 Final Year Project Core CE3006 Digital Communications Core CE1011, CE2004 CE4xxx Technical Elective 2* Core CE4xxx Technical Elective 3** Core CE4xxx Technical Elective 4 Core ML0002 Career Power Up! by MLCPS GER core 1 online course CE4xxx Technical Elective 5 Core CE4xxx Technical Elective 6 Core Credit Transfer from 1 GT MSc course Credit Transfer from 1 GT MSc course TOTAL GRAND TOTAL (Year 1 to 3) = 136 * Exempted s for Polytechnic students with relevant diplomas ** Example of additional exemptions on a case-by-case basis + 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. ++ Credit transfer from 2 GT MSc courses SCE Page 4 of 8 16 Mar 2015 Ver 2

5 Option 2: 20-week Professional Internship (PI) Core / GER / ) YEAR 1 SEMESTER 1 CE1011 Engineering Mathematics I Core CE1012 Engineering Mathematics II Core CE1011 (can be CE1003 Introduction to Computational Thinking* Core CE1004 Inventions and Innovations in Computing* Core CE1005 Digital Logic Core HW0001 (can HW0188^ Engineering GER core be Communication I Liberal Arts* GER * * HW0001 English Proficiency - 0 GC0001 Introduction to Sustainability: Multidisciplinary GER core 1 online course Approaches and Solutions TOTAL ^ Should there be insufficient vacancies, students will take Eng Comm I & II in the following semester. SCE Page 5 of 8 16 Mar 2015 Ver 2

6 Core / GER / ) YEAR 1 SEMESTER 2 CE1006 Computer Organisation and Architecture Core CE1005 (can be CE1007 Data Structures Core CE1003 MH1812 Discrete Mathematics Core CE2003 Digital Systems Design Core CE1005 CE0001 Engineers and Society GER core - Business & Management* GER Science & Technology GER Student to select from the GER-PE(STS) SCE course list shown in SCE website. * ML0001 Absolute Basics for Career by MLCPS (Margaret Lien Centre for Professional Success) GER core 1 online course TOTAL YEAR 2 SEMESTER 1 CE2001 Algorithms Core CE1007, CE1012, MH1812 CE2002 Object Oriented Design & Programming Core CE1007 CE2004 Circuits and Signal Analysis Core CE1012 CE2005 Operating Systems Core CE1007 CE2006 Software Engineering Core CE2002 (can be CE3001 Advanced Computer Architecture Core CE1006 CE3005 Computer Networks Core CE1011, CE1012 GC0002 Ethics & Moral Reasoning GER core 1 online course TOTAL SCE Page 6 of 8 16 Mar 2015 Ver 2

7 Core / GER / ) YEAR 2 SEMESTER 2 CE4079 Final Year Project Core CE2007 Microprocessor-based Systems Design Core CE1006, CE2004 (can be CE3002 Sensors, Interfacing and Control Core CE2004 CE3003 Microcontroller Programming Core CE2005 CE3006 Digital Communications Core CE1011, CE2004 Technical Elective 1 (CZ200x or CZ300x)* Core CE4xxx Technical Elective 2* Core HW0288^ Engineering Communication II GER core HW0188 * TOTAL YEAR 3 SEMESTER 1 CE4079 Final Year Project Core CE3004 Multidisciplinary Design Project Core Year 3 standing CE3007 Digital Signal Processing Core CE2004 CE4xxx Technical Elective 3 Core CE4xxx Technical Elective 4 Core CE4xxx Technical Elective 5 Core Credit Transfer from 1 GT MSc course CE4xxx Technical Elective 6 Core Credit Transfer from 1 GT MSc course * GC0003 Entrepreneurship & GER core 1 online course SCE Page 7 of 8 16 Mar 2015 Ver 2

8 Innovation TOTAL Core / GER / ) YEAR 3 SEMESTER 2 ML0002 Career Power Up! by MLCPS GER core 1 CE3079 Professional Internship Core online course (to be with PI) TOTAL 9 GRAND TOTAL (Year 1 to 3) = 136 * Exempted s for Polytechnic students with relevant diplomas + 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. ++ Credit transfer from 2 GT MSc courses SCE Page 8 of 8 16 Mar 2015 Ver 2