ModsSC2103
Digital Systems Design
This course aims to develop skills in digital hardware design to meet basic industry expectations. Here, the principles established in CE1005/CZ1005/SC1005-Digital Logic will be extended to encompass circuits of greater complexity. These circuits are no longer implemented using multiple discrete logic elements, as presented in CE1005/CZ1005/SC1005, but rather use Application Specific Gate Array (ASIC) or Field Programmable Gate Array (FPGA) technologies. Both of these technologies can accommodate circuits of complexity equivalent to many millions of gates.
This course will focus on FPGA technology as it is gaining commercial popularity (due to the cost of ASIC Implementations). The necessary logic and connectivity for both technologies is synthesised by software tools from code written in a Hardware Description Language. As such, this course presents you with circuit design techniques for more advanced systems in a methodical manner based on modern design techniques.
This course will focus on FPGA technology as it is gaining commercial popularity (due to the cost of ASIC Implementations). The necessary logic and connectivity for both technologies is synthesised by software tools from code written in a Hardware Description Language. As such, this course presents you with circuit design techniques for more advanced systems in a methodical manner based on modern design techniques.
AUs | 3.0 AUs |
Exam | 2 December 2024, 9.00 am - 11.00 am |
Grade Type | N/A |
Maintaining Dept | N/A |
Prerequisites | |
Mutually Exclusive With | CE2003, |
Not Available To Programme | EEE, EEE 1, EEEC, ENG(EEE), ENG(ME), ENG(NULL), ME, ME 1, ME(DES), ME(DES) 1, ME(IMS), ME(IMS) 1, ME(RMS), ME(RMS) 1, MEEC, MEEC(DES), MEEC(IMS), MEEC(RMS) |
Not Available To All Programme With | (Admyr 2011-2020), |
Not available as Core for programmes | N/A |
Not Available as PE for programmes | N/A |
Not Available as BDE/UEs for programmes | N/A |
Not Offered To | N/A |
Total hours per week: 5 hrs
Available Indexes
Mon | Tue | Wed | Thu | Fri | |
---|---|---|---|---|---|
930 | COMMON LEC (SCL2) 0930-1020 Tue LT6 | ||||
1000 | |||||
1030 | |||||
1100 | |||||
1130 | COMMON LEC (SCL2) 1130-1220 Wed LT6 | ||||
1200 | |||||
1230 | 10312 LAB (SEL2) 1230-1420 Wed HPL Odd Weeks | ||||
1300 | |||||
1330 | |||||
1400 | |||||
1430 | 10312 TUT (SEL2) 1430-1520 Thu LT6 Wk2-13 | ||||
1500 |
Other Relevant Mods
SC1003
Introduction To Computational Thinking & Programming
SC1004
Linear Algebra For Computing
SC1005
Digital Logic
SC1006
Computer Organisation & Architecture
SC1007
Data Structures & Algorithms
SC1013
Physics For Computing
SC1015
Introduction To Data Science & Artificial Intelligence
SC2000
Probability & Statistics For Computing
SC2001
Algorithm Design & Analysis