1. Course Module 1
Basic Embedded Systems
1. Basics of Microprocessor and Microcontroller.
2. Philips P9V51RD2BN microcontroller architecture.
3. Introduction to Integrated Development
Environment (RIDE) and Embedded C
programming.
4. Interfacing the following peripherals with 8051:
LED’s, switches, SSD, LCD, ULN driver, DC
motor and Serial interface to PC.
Highlights:
• Practical will be conducted on the interfacing
elements as well as the basic C programming for
Embedded System.
• A team of two people will be provided a Kit and a
CD (containing software’s).
• The cost of this kit is included in the fees of the
workshop. (It’s a basic 8051 development Kit)
“Basic 8051 Kit” mentioned at back will be used and
provided.
Duration: 2 days. (12 Hours)
Team will be provided with a take away kit. The cost of kit
is included in the fees of the workshop.
Course Module 2
Embedded Design using 8051 MuC.
1. Basics of Microprocessor and Microcontroller.
2. Philips P9V51RD2BN microcontroller architecture.
3. Introduction to Integrated Development
Environment (RIDE) and Embedded C
programming.
4. Interfacing basic inputs and outputs. (LED’s
switches, relays, motors)
5. Interfacing 16x2 LCD.
6. Interfacing serial EEPROM.
7. Interfacing real time clock.
8. Building menu driven program.
9. Time delays using on-chip timers
10. Programming using interrupts.
11. Serial communication interface.
“Advanced Embedded Design” kit mentioned at the
back will be used.
Duration: 4 days. (20 hours)
Kit will be provided only in lab. It is not a take away kit.
Course Module 3
OrCAD for Circuit simulation and PCB Design
1. Basic schematic design.
2. Simulation using PSPICE.
3. Circuit design for complex circuitry.
4. Generating netlist file.
5. Generating PCB from netlist.
6. Placing components.
7. Routing connections.
8. Generating gerb file by post processor.
9. Taking films for PCB fabrication.
“OrCAD 9.2 Evaluation Version will be provided”
Duration: 2 days. (12 Hours)
All Courses Conducted By: Prof. Anish
Goel, (M.S.E.E, NJIT, USA)
Course Module 4
Line Follower Robot
1. Anatomy of robots and mechatronics.
2. Basics of embedded systems and microcontrollers.
3. Study of ATMEGA AVR microcontrollers.
4. Analysis of motor drivers and power supply.
5. Design of circuit for line follower.
6. Types of motors and motor selection.
7. IR sensors and sensor interface.
8. Assembling the robot.
9. Programming the AVR MuC.
“Line follower kit” will be provided to a team.
Duration: 2 days. (14 Hours approx.)
Team will be provided with a take away kit. The cost of kit
is included in the fees of the workshop.
Course Module 5
System Design using Embedded Microcontroller
1. Basics of embedded microcontrollers.
2. Architecture of ATMEGA AVR MuC.
3. Introduction to CodeVisionAVR (Compiler and
programmer).
4. Compiling the code and programming the MuC
using JTAG cable.
5. Highlights of the GUI configuration mode of
codevisionAVR.
6. Basic input/output interfacing with ATMEGA32
7. 16x2 LCD interfacing with ATMEGA32.
8. 4x4 keypad interfacing.
9. Serial communication interface.
10. On chip ADC interfacing and internal timers.
“RISC MuC Kit” mentioned at the back will be used.
Kit will be provided in lab only; it is not take away kit.
Course Module 6
Digital Design on CPLD
1. Basics of digital design and high level components.
2. Introduction to VHDL.
3. Basics of CPLD and FPGA.
4. Introduction to Xilinx CPLD XC9572.
5. Introduction to ModelSim and Xilinx ISE.
6. Design of following components in VHDL and
implementation on the kit:
a. Half and full adder/subtractor.
b. Encoder and decoder
c. MUX and DEMUX
d. Ripple carry adder.
e. Counters and shift registers.
“CPLD XC9572” kit mentioned at the back will be used.
Duration: 4 days. (20 hours)
Kit will be provided only in lab. It is not a take away kit.
For Details and user manual of the kit visit:
www.discovermechatronics.blogspot.com
For workshops and kits contact:
ETA, 21-A New Colony, Nagpur
Ph: 9970825313
Courses are conducted in collaboration with
the institute. Participants will be provided
with the certificate from the institute.
Embedded Training Academy

2. Basic 8051 Kit
Hardware Kit details:
• Microcontroller Philips 89V51RD2BN (ISP, internal
RAM and flash, high speed CMOS)
• Basic I/O’s LED’s and switches.
• Seven segment interfaces.
• On board Driver and motor
• Serial Communication interface to personal
with serial cable.
• Power supply cord from USB port.
• All four port pins accessible.
8051 Lab. Development Kit
Hardware Kit details:
• Microcontroller Philips 89V51RD2BN (ISP, internal
RAM and flash, high speed CMOS)
• Basic I/O’s LED’s and switches.
• 16x2 LCD interface.
• ULN2803 for motor and relays.
• All ports accessible.
• On board reset and crystal circuit.
• Serial Communication interface to personal computer
with serial cable.
• Power adaptor and on-board regulator.
Advanced Embedded Design Kit
Hardware Kit details:
• Microcontroller Philips 89V51RD2BN
• Basic I/O’s LED’s, switches and 16x2 LCD.
• Atmel 24C16 serial EEPROM and DS1307 Real time
clock.
• ULN2803 for motor and relays.
• All ports accessible and Serial Communication interface.
• Power adaptor and on-board regulator.
• Double sided PCB & SMD components.
1 day training free for teachers on minimum purchase of 5 kits.
Free: 6 months contract for maintenance of
kits on bulk purchase.*
Microcontroller Philips 89V51RD2BN (ISP, internal
RAM and flash, high speed CMOS)
Basic I/O’s LED’s and switches.
Serial Communication interface to personal computer
Power supply cord from USB port.
Microcontroller Philips 89V51RD2BN (ISP, internal
RAM and flash, high speed CMOS)
switches.
ULN2803 for motor and relays.
On board reset and crystal circuit.
Serial Communication interface to personal computer
board regulator.
Microcontroller Philips 89V51RD2BN.
Basic I/O’s LED’s, switches and 16x2 LCD.
Atmel 24C16 serial EEPROM and DS1307 Real time
ULN2803 for motor and relays.
All ports accessible and Serial Communication interface.
board regulator.
Double sided PCB & SMD components.
1 day training free for teachers on minimum purchase of 5 kits.
Free: 6 months contract for maintenance of
Line Follower Robot Kit
Kit details:
• Complete
• Motors with gear arrangements.
• Wheels and free
• AVR ATMEGA8 microcontroller for autonomous control
of robot.
• IR sensor for smooth negotiation on path.
• Motor driver circuitry on board.
• Connection to
• JTAG cable for ISP programming.
• High current batteries with battery charger.
RISC MuC Kit
Hardware Kit details:
1. Microcontroller ATMEGA32 as the CPU. (AVR series
with RISC architecture, internal ADC
2. Power adaptor and on
3. 4x4 keypad interface.
4. LED’s and buzzer for basic output interface.
5. MAX
6. All ports accessible.
7. 16x2 LCD interface.
8. On
9. JTAG cable for programming.
Basic CPLD Kit
Hardware Kit
1. Xilinx CPLD XC9572 as the main element.
2. On
3. LED’s and Switches as basic input/output.
4. All GPIO pins accessible.
5. Seven segment display interface.
6. 4x4 keypad interface.
7. Power adaptor and on
8. On
Development Kits
Line Follower Robot Kit
Kit details:
Complete chassis. Light weight.
Motors with gear arrangements.
Wheels and free-wheeling ball socket for rare drive.
AVR ATMEGA8 microcontroller for autonomous control
of robot.
IR sensor for smooth negotiation on path.
Motor driver circuitry on board.
Connection to PC via on-board RS232 interface.
JTAG cable for ISP programming.
High current batteries with battery charger.
RISC MuC Kit
Hardware Kit details:
Microcontroller ATMEGA32 as the CPU. (AVR series
with RISC architecture, internal ADC
Power adaptor and on-board regulator.
4x4 keypad interface.
LED’s and buzzer for basic output interface.
MAX-232 for serial communication.
All ports accessible.
16x2 LCD interface.
On-board crystal and reset circuit.
JTAG cable for programming.
Basic CPLD Kit
Hardware Kit details:
Xilinx CPLD XC9572 as the main element.
On-board JTAG programming circuit.
LED’s and Switches as basic input/output.
All GPIO pins accessible.
Seven segment display interface.
4x4 keypad interface.
Power adaptor and on-board regulator.
On-board crystal of 25MHz.
Kits
wheeling ball socket for rare drive.
AVR ATMEGA8 microcontroller for autonomous control
board RS232 interface.
Microcontroller ATMEGA32 as the CPU. (AVR series