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Certification Courses:
ONE MONTH CERTIFICATION COURSE ON EMBEDDED SYSTEMS
MODULE: 1
** C PROGRAMMING
** DATA TYPES
** INPUT/OUTPUT FUNCTIONS
** ARRAYS & STRINGS
** POINTERS FUNCTIONS PROGRAMMING
MODULE:3
** DIGITAL COMPUTER FUNDAMENTALS
** ANALOG & DIGITAL
** LOGIC & UNIVERSAL GATES
** SEQUENTIAL CIRCUITS & FLIPFLOPS
MODULE: 4
** BASIC ELECTRONICS
** SEMICONDUTOR & POWER DEVICES
** COMPUTER ARCHITECTURE
** OPERATION CONCEPTS
** MEMORY SYSTEMS & I/O ORGANISATION
MODULE:5
** 8051 MICROCONTROLLER ARCHITECTURE
** PROGRAMMING
** INTERFACING
** APPLICATION PROGRAMMING USING ASSEMBLY AND EMBEDDED C
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ONE MONTH CERTIFICATION COURSE ON EMBEDDED SYSTEMS
Module: 1
1. C Programming
2. C program structure
3. components of a program
4. data types variables and constants
5. C operators
6. I/O Functions
7. Control Statements If-else While do while Continue go to
8. Arrays & string functions
9. Pointers & functions
10. Introduction to data structures
11. Stacks
12. Queues
13. Linked lists and binary trees.
MODULE: 3
DIGITAL COMPUTER FUNDAMENTALS
1. Number systems and codes
2. introduction
3. analog and digital systems
4. Decimal, binary, octal, hexa decimal number systems and conversion techniques.
5. Binary arithmetic, complements, logic gates, universal gates, combinational and sequential logic.
6. combinational logic circuit design
7. arithmetic circuits
8. encoders and decoders
9. PLA
10. PAL
11. Sequential Circuits-RS Latch
12. clocked flip-flops
13. D,JK,T flip-flops
MODULE: 4
BASIC ELECTRONICS
1. Analog, Digital and power electronics
2. Diodes
3. BJT
4. FET
5. Amplifiers
6. OPAMPS
7. Characteristics & Applications
8. A/D Converters
9. D/A Converters
10. Semi Conductor Power Diodes
11. Transistors
12. Thyristors
13. GTOs
14. MOSFET
15. IGBT
16. Characteristics & operating principles Rectifiers, Filters.
17. Computer Architecture _ Basic Structure _ Operation Concepts
18. Bus Structure _ memory locations
19. Arithmetic & basic processing unit
20. Memory Systems and I/O organization.
MODULE: 5
EMBEDDED PROCESSORS & CONTROLLERS
8051 MICROCONTROLLER
1. EMBEDDED SYSTEMS & Micro Controllers 8051 family-pin description architecture
2. inside 8051, instructions
3. 8051 data types & directives
4. Register banks & stacks
5. addressing modes
6. I/O ports
7. 8051 programming
8. timer programming
9. serial port programming
10. interrupts programming
11. 8051 interfacing
12. lcd & key board interfacing
13. DAC , ADC & SENSOR INTERFACING
14. INTERFACING 8255
15. 8051 APPLICATION PROGRAMMING
16. MOTOR CONTROL
17. RELAYS,PWM,DC,STEPPER MOTORS
18. 8051 PROGRAMMING IN C
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TWO MONTH CERTIFICATION COURSE ON EMBEDDED SYSTEMS
Module: 1
1. C Programming
2. C program structure
3. components of a program
4. data types variables and constants
5. C operators
6. I/O Functions
7. Control Statements If-else While do while Continue go to
8. Arrays & string functions
9. Pointers & functions
10. Introduction to data structures
11. Stacks
12. Queues
13. Linked lists and binary trees.
MODULE: 2
1. C Data Structures
2. Arrays strings & pointers.
3. Introduction, Single, double dimensional arrays_ strings.
4. Declaration _ strings Library functions.
5. Pointers operators.
6. Arithmetic pointers & array pointers to functions.
7. Pointers to pointers passing value to function memory allocation.
8. Structures defining, accessing members, initialization.
9. Array of structures.
10. Structures and pointers functions.
11. Linked list primary & secondary data structures.
12. Basic operation in linked list.
13. Applications.
14. Stack & queues representation using arrays,
15. Applications & programming examples.
MODULE: 3
DIGITAL COMPUTER FUNDAMENTALS
1. Number systems and codes
2. introduction
3. analog and digital systems
4. Decimal, binary, octal, hexa decimal number systems and conversion techniques.
5. Binary arithmetic, complements, logic gates, universal gates, combinational and sequential logic.
6. combinational logic circuit design
7. arithmetic circuits
8. encoders and decoders
9. PLA
10. PAL
11. Sequential Circuits-RS Latch
12. clocked flip-flops
13. D,JK,T flip-flops
MODULE: 4
BASIC ELECTRONICS
1. Analog, Digital and power electronics
2. Diodes
3. BJT
4. FET
5. Amplifiers
6. OPAMPS
7. Characteristics & Applications
8. A/D Converters
9. D/A Converters
10. Semi Conductor Power Diodes
11. Transistors
12. Thyristors
13. GTOs
14. MOSFET
15. IGBT
16. Characteristics & operating principles Rectifiers, Filters.
17. Computer Architecture _ Basic Structure _ Operation Concepts
18. Bus Structure _ memory locations
19. Arithmetic & basic processing unit
20. Memory Systems and I/O organization.
MODULE: 5
EMBEDDED PROCESSORS & CONTROLLERS
8051 MICROCONTROLLER
1. EMBEDDED SYSTEMS & Micro Controllers 8051 family-pin description architecture
2. inside 8051, instructions
3. 8051 data types & directives
4. Register banks & stacks
5. addressing modes
6. I/O ports
7. 8051 programming
8. timer programming
9. serial port programming
10. interrupts programming
11. 8051 interfacing
12. lcd & key board interfacing
13. DAC , ADC & SENSOR INTERFACING
14. INTERFACING 8255
15. 8051 APPLICATION PROGRAMMING
16. MOTOR CONTROL
17. RELAYS,PWM,DC,STEPPER MOTORS
18. 8051 PROGRAMMING IN C
MODULE:6
ADVANCED EMBEDDED SYSTEMS -1
1. ES-INTRO PROPCESSOR _ H/W
2. EMBEDDED SYSTEM ON CHIP(SOC) AND IN VLSI CIRCUIT
3. PROCESSOR & MEMORY
4. BUILDING BLOCKS-PROCESSOR SELECTION
5. MEMORY DEVICES
6. MEMORY SELECTION
7. SOFTWARE DEVELOPMENT PROCESS
8. EMBEDDED S/W DEVELOPMENT PROCESS
9. SOFTWARE DEVELOPMENT LIFE CYCLE
10. ANALYSIS-DESIGN IMPLEMENTATION
11. TESTING,VALIDATING,DEBUGGING
12. PROJECT MANAGEMENT & MAINTENANCE
13. REAL TIME Vs PROGRAMMING TOOLS
14. REAL TIME Vs EMBEDDED SYSTEMS
15. RTOS TASK SHEDULING MODELS
16. INTERRUPTS LATENCY & RESPONSE TIME
17. EMBEDDED LINUX INTERNALS
18. LINUX KERNALS FOR DEVICE DRIVERS & EMBEDDED SYSTEMS
19. HARDWARE SOFTWARE CO-DESIGN IN EMBEDDED SYSTEMS
20. Es DESIGN AND CO.DESIGN TARGET SYSTEM
21. INCIRCUIT EMULATORS
22. USE OF S/W TOOLS FOR DEVELOPMENT OF EMBEDDED SYSTEMS
23. SCOPES, LOGIC ANALYSERS FOR H/W TESTS
MODULE: 7
1. ADVANCE EMBEDDED SYSTEMS II
2. PIC MICRO CONTROLLER
3. ARM PROCESSOR
4. RTOS
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