certificate-in-embedded-system-design-level-1transparent600#de9221
Introduction
In this intensive Certificate course, a systematic approach of Embedded System Hardware and Firmware Design is introduced. This course starts from the basic concepts of Analog and Digital Electronics, then swings over to C Programming and more advanced topics such as Microcontroller System Design and Development. to advanced topics of Embedded Real-Time System Design.
All modules are accompanied by a series of well-designed hands-on projects and all students will be provided with industrial standard development kits during this Certificate course. Upon completing this course, students are well-prepared and ready to move on to the Certificate in Embedded System Design Level 2 course.
Pre-requisition:
Diploma in Engineering (electronics, computer engineering, mechanical, mechatronics...)
Language Proficiency:
Pass with Grade 5 and above in English at GCE N(A) Level OR Grade D and above for GCE N(T) level.
Working experience:
1 year
Minimum age:
16
Duration:
- 60 hours
- Full time(1 months)
- Part time (3 months)
Commencing/End date:
Mode of Delivery:
Instructor led, classroom based training
Method of assessment:
Exercise and project
Location:
St.Hua Classroom
Average Teacher to Student Ratio:
1:10
Industrial Attachment:
NA
Instructor:
Course Outline
Module 1: Electronics fundamentals: Analog and digital circuit
Duration: 21 hrs
Part 1: Analog Electronics
1.1 Current, voltage and resistance
1.2 Power, Energy and Efficency
1.3 Resistor, inductor and capacitor
1.4 Diodes
1.5 Transistors
1.6 Transistor amplifier configuration
1.7 Operational amplifiers
1.8 Oscillators
1.9 Filters
Part 2: Digital Electronics
2.1 Number system
2.2 Boolean algebra
2.3 Logic gates
2.4 Electronics displays
2.5 TTL and CMOS ICs
2.6 Flip-Flops
2.7 Counters and Applications
2.8 Decoders and encoders
2.9 Multiplexers and Demultiplexers
Module 2: C programming
Duration: 21 hrs
Module 3: Microcontroller System Design And Development
1. Microcontroller 8051 Architecture
2. Bus Architecture
3. Interrupts and Timers
4. Operation of IOs
5. LED Displays
6. Dip Switchs
7. Maxtrix Keypads
8. Dot Maxtrix Displays
9. LCD Displays
10. Stepper Motors and Types of Stepper Motors
11. Serial Communication Concept
Introduction
In this intensive Certificate course, a systematic approach of Embedded System Hardware and Firmware Design is introduced. This course starts from the basic concepts of Analog and Digital Electronics, then swings over to C Programming and more advanced topics such as Microcontroller System Design and Development. to advanced topics of Embedded Real-Time System Design.
All modules are accompanied by a series of well-designed hands-on projects and all students will be provided with industrial standard development kits during this Certificate course. Upon completing this course, students are well-prepared and ready to move on to the Certificate in Embedded System Design Level 2 course.
Pre-requisition:
Diploma in Engineering (electronics, computer engineering, mechanical, mechatronics...)
Language Proficiency:
Pass with Grade 5 and above in English at GCE N(A) Level OR Grade D and above for GCE N(T) level.
Working experience:
1 year
Minimum age:
16
Duration:
- 60 hours
- Full time(1 months)
- Part time (3 months)
Commencing/End date:
Mode of Delivery:
Instructor led, classroom based training
Method of assessment:
Exercise and project
Location:
St.Hua Classroom
Average Teacher to Student Ratio:
1:10
Industrial Attachment:
NA
Instructor:
Course Outline
Module 1: Electronics fundamentals: Analog and digital circuit
Duration: 21 hrs
Part 1: Analog Electronics
1.1 Current, voltage and resistance
1.2 Power, Energy and Efficency
1.3 Resistor, inductor and capacitor
1.4 Diodes
1.5 Transistors
1.6 Transistor amplifier configuration
1.7 Operational amplifiers
1.8 Oscillators
1.9 Filters
Part 2: Digital Electronics
2.1 Number system
2.2 Boolean algebra
2.3 Logic gates
2.4 Electronics displays
2.5 TTL and CMOS ICs
2.6 Flip-Flops
2.7 Counters and Applications
2.8 Decoders and encoders
2.9 Multiplexers and Demultiplexers
Module 2: C programming
Duration: 21 hrs
Module 3: Microcontroller System Design And Development
1. Microcontroller 8051 Architecture
2. Bus Architecture
3. Interrupts and Timers
4. Operation of IOs
5. LED Displays
6. Dip Switchs
7. Maxtrix Keypads
8. Dot Maxtrix Displays
9. LCD Displays
10. Stepper Motors and Types of Stepper Motors
11. Serial Communication Concept