Embedded systems are integral to modern technology, found in devices such as cars, cameras, and home appliances, where they manage various functions. The document discusses the significance of embedded systems in engineering and outlines a course that covers microcontroller architecture, programming, and PCB design methodologies. It emphasizes the growing demand for skilled engineers in this field and provides a detailed curriculum for practical applications.

1. Embedded system
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2. What is Embedded Systems?
Embedded systems are involved in almost every
state of modern life. All modern luxury
equipments like Spacecraft, Video Games, Digital
Cameras, Mobile Phones, GPS Devices, Cars,
Bikes, Televisions, Answering Machines,
Microwave Ovens, are some of the examples of
Embedded Systems. a)Today’s cars may contain
many embedded microprocessors, controlling
such tasks as antilock braking, climate control,
engine control, audio system control, airbag
deployment etc.

3. b) Even PCs, which are designed around
powerful CPUs such as the Intel
Pentium 4(Four), contain embedded
systems, hard disk drives, CD-RW and
DVD-ROM drives, and external
Peripherals such as, and other SCSI,
USB, or printers, scanners devices all
contain embedded processors. c) The
vast number of applications for
embedded computing has given rise to
high demand for engineers with
experience in designing and
implementing embedded systems.

4. Introduction:
1• Micro controller and
microprocessor Architecture
2• Assembly language
Programming (with some
exercises)
3• Micro controller peripherals
4• Analog Design
5• Digital Design
6• Compilers, Assemblers
7•Cross compilers

5. 8051, AVR, PIC, ARM Micro controller Inter facings
with:
1• LEDs
2• Switches
3• DC Motor
4• Stepper Motor
5• Relay
6• ADC
7• DAC
8• Temperature Sensor
9• Serial Communication
10• LCD
11• Seven segment display

6. PCB Designing: (4 week each)
1• History of PCB/ Types of PCB/Base Material
2• Overview of PCB Technologies UK –Video-V1
3• Overview of Manual Routing Technologies, CAD
System as a substitute of Manual Routing, How to judge
CAD System
4• Design Rules IPC-Standard 2221
5• Design Factors
6• UK Video-V2 BGA, IPC-Video-VT18 Component
Identification Manual IPC1-Considerations of Design
Laminates/Thermal Management
7• Reliability Tooling Holes/Stiffeners (IPC- Lessons)
8• IPC-Video-VT33 & VT 47
9• (Introduction to Surface Mount Assembly & Wave
Soldering)

7. 10• IPC-Video- VT20 & 21 (Reflow Soldering)
11• Entry of Schematic Diagram / Net list File Creation
12• Practical of Schematic Diagram/ Net list File Creation
13• Layout Rules & Parameters/Library & Its
Components
14• Practical of Layout & Component Formation
15• Practical Component Placement, Layout Checklist
(general/electrical/physical)
16• Cross Probing, Conductor routing/ Mid Term
Interaction
17• Practical Checking routing
18• Post Processing, Art work generation