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Establishment
Language of instruction
French, English
Teaching content
CSI3-CIR3
Training officer(s)
B.STEFANELLI, JM.CAPRON
Stakeholder(s)
B.STEFANELLI, JM.CAPRON, M.VAN MALLEGHEM, C. LOYEZ
Présentation
Prerequisite
None. knowledge of Boole algebra and Karnaugh maps can however be useful.
Goal
Skills expected: 31(311/312/313) 32(321/322) 42(422) 56(562) 111(1111)
Course:
- Combinational circuit analysis,
- Combinational circuit synthesis,
- Sequential circuit analysis,
- Sequential circuit synthesis,
- Understanding the architecture of a basic microcontroler,
- Master the basics of assembly programming.
Mini-project:
- Circuits analysis, component sizing with respect to specifications,
- Soldering components on a printed circuit board,
- Performing measurements on the prototype,
- Writing a test report.
Course:
- Combinational circuit analysis,
- Combinational circuit synthesis,
- Sequential circuit analysis,
- Sequential circuit synthesis,
- Understanding the architecture of a basic microcontroler,
- Master the basics of assembly programming.
Mini-project:
- Circuits analysis, component sizing with respect to specifications,
- Soldering components on a printed circuit board,
- Performing measurements on the prototype,
- Writing a test report.
Presentation
CSI3 only:
- Digital circuit analysis tools,
- Combinational circuits,
- Arithmetic circuits,
- Sequential circuits, flip-flops,
- Analysis and synthesis of finite-state machines,
- Electrical characteristics of digital circuits,
CSI3 and CIR3:
- Basic architecture of microcontrolers (ALU, memory, input-output circuits...),
Labs on microcontrolers (CSI3 and CIR3):
- Assembly programming,
- Simulation and on-board evaluation,
- The various addressing modes,
- Input-output ports,
- Processing the interrupts,
- Timers,
- Pulse width modulation based DC-motor control,
- Using the analog-to-digital converter.
Labs on FPGA (CSI3 only):
- Implementing basic digital functions on FPGA,
- Design of a finite state machine.
Mini-project (CSI3 and CIR3):
- Circuit analysis,
- Component sizing,
- Breadboarding,
- Printed circuit board assembly,
- Prototype validation.
- Digital circuit analysis tools,
- Combinational circuits,
- Arithmetic circuits,
- Sequential circuits, flip-flops,
- Analysis and synthesis of finite-state machines,
- Electrical characteristics of digital circuits,
CSI3 and CIR3:
- Basic architecture of microcontrolers (ALU, memory, input-output circuits...),
Labs on microcontrolers (CSI3 and CIR3):
- Assembly programming,
- Simulation and on-board evaluation,
- The various addressing modes,
- Input-output ports,
- Processing the interrupts,
- Timers,
- Pulse width modulation based DC-motor control,
- Using the analog-to-digital converter.
Labs on FPGA (CSI3 only):
- Implementing basic digital functions on FPGA,
- Design of a finite state machine.
Mini-project (CSI3 and CIR3):
- Circuit analysis,
- Component sizing,
- Breadboarding,
- Printed circuit board assembly,
- Prototype validation.
Modalités
Forms of instruction
(1) comprenant notamment la préparation des TP et TPE
(1) including labs preparation.
Organization
| Type | Amount of time | Comment | |
|---|---|---|---|
| Face to face | |||
| Lectures - face to face | 19,25 | 11 x 1h45 | |
| Tutoring | 10,50 | 6 x 1h45 | |
| Lab | 28,00 | 7 x 4h | |
| Mini-project | 40,00 | ||
| Independent study | |||
| Independent study | 160,00 | (1) | |
| Overall student workload | 257,00 | ||
Evaluation
| Control type | Duration | Amount | Weighting |
|---|---|---|---|
| Continuous assessment | |||
| Test | 1,00 | 1 | 12,00 |
| Written Test | 2,00 | 1 | 18,00 |
| Lab grade | 1,00 | 1 | 15,00 |
| Mini-project | 40,00 | 1 | 25,00 |
| Final Exam | |||
| Written test | 3,00 | 1 | 30,00 |
| TOTAL | 100,00 | ||