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TEKNOMINDZ INSTITUTE OF ADVANCE TECHNOLOGY - PUNE

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WHAT IS EMBEDDED SYSTEMS?

OVERVIEW


EMBEDDED SYSTEMS ARE COMPUTER SYSTEMS THAT ARE DESIGNED TO PERFORM SPECIFIC
FUNCTIONS WITHIN LARGER SYSTEMS, OFTEN WITH REAL-TIME CONSTRAINTS. THEY ARE
BUILT USING A COMBINATION OF HARDWARE AND SOFTWARE COMPONENTS THAT ARE TIGHTLY
INTEGRATED TO PERFORM A SPECIFIC TASK OR SET OF TASKS.

EMBEDDED SYSTEMS CAN BE FOUND IN A WIDE RANGE OF APPLICATIONS, FROM CONSUMER
ELECTRONICS SUCH AS SMARTPHONES, SMART TVS, AND WEARABLE DEVICES, TO INDUSTRIAL
AUTOMATION SYSTEMS, MEDICAL EQUIPMENT, AND AUTOMOTIVE SYSTEMS.
THESE SYSTEMS TYPICALLY CONSIST OF A MICROCONTROLLER OR MICROPROCESSOR, WHICH
SERVES AS THE BRAIN OF THE SYSTEM AND RUNS THE SOFTWARE THAT CONTROLS THE
SYSTEM'S BEHAVIOR. OTHER HARDWARE COMPONENTS, SUCH AS SENSORS, ACTUATORS, AND
COMMUNICATION INTERFACES, ARE USED TO INTERFACE WITH THE EXTERNAL ENVIRONMENT
AND TO EXCHANGE DATA WITH OTHER SYSTEMS.
THE DEVELOPMENT OF EMBEDDED SYSTEMS REQUIRES A UNIQUE SET OF SKILLS AND
EXPERTISE, AS THE DESIGNER MUST HAVE A DEEP UNDERSTANDING OF BOTH HARDWARE AND
SOFTWARE DESIGN. AS TECHNOLOGY CONTINUES TO EVOLVE, EMBEDDED SYSTEMS WILL
CONTINUE TO PLAY AN INCREASINGLY IMPORTANT ROLE IN OUR DAILY LIVES.















ADVANCE DIPLOMA IN EMBEDDED SYSTEM AND IOT

INTERFACING MODULES


INTERFACING OF LEDS
INTERFACING OF USB WEBCAM
INTERFACING OF SWITCHES
INTERFACING OF KEYPAD
INTERFACING OF LCD (8 BIT)
INTERFACING OF LCD (4 BIT)
INTERFACING OF 7 SEG
INTERFACING OF IR SENSORS

INTERFACING OF PIR SENSORS
INTERFACING OF RF PAIR
SERIAL COMMUNICATION
INTERRUPTS (HARDWARE AND SOFTWARE)
INTERFACING OF RFID
INTERFACING OF RELAYS
INTERFACING OF ZIGBEE / XBEE
INTERFACING USING I2C PROTOCOL
INTERFACING USING SPI PROTOCOL
DIFFERENT PWM
INTERFACING OF ADC
INTERFACING OF RTC
INTERFACING OF DC MOTORS WITH DRIVERS
INTERFACING OF SERVO MOTORS
INTERFACING OF STEPPER MOTORS
INTERFACING OF GPS
INTERFACING OF PLL


RUDIMENTARY OF PYTHON PROGRAMMING
CONFIGURATION OF RASPBERRY PI OS INTERFACING OF BLUETOOTH (UART)
INTERFACING OF GUI
BLYNK IOT
IMAGE SSTP MAILING
MQTT PROTOCOL IMPLEMENTATION
NODRED IOT
ARDUINO UNO
INTERFACING OF ESP8266
REMOTE LOGIN
FREE RTOS INTRODUCTION
MULTITASKING MUTEX
FILE SHARING ON RPI
AUDIO PLAYBACK ON RPI
VIDEO PLAYBACK ON RPI
VIDEO STREAMING ON RPI
HDMI INTERFACING
IBM BLUEMIX SERVER INTERFACING
AMAZON ALEXA INTERFACE
GOOGLE ASSISTANT INTERFACE
CAN PROTOCOL INTERFACE
THREAD PROCESS AND PROGRAMMING
ACCESS THE WORLD WIDE WEB
INTERPROCESS COMMUNICATION
TYPES OF SEMAPHORE


WHAT IS PCB DESIGNING?

OVERVIEW


PRINTED CIRCUIT BOARD (PCB) DESIGN BRINGS YOUR ELECTRONIC CIRCUITS TO LIFE IN
THE PHYSICAL FORM. USING LAYOUT SOFTWARE, THE PCB DESIGN PROCESS COMBINES
COMPONENT PLACEMENT AND ROUTING TO DEFINE ELECTRICAL CONNECTIVITY ON A
MANUFACTURED CIRCUIT BOARD.

 

THE MOST VITAL ELEMENT IN ELECTRONIC CIRCUITS AND EQUIPMENT IS THE PRINTED
CIRCUIT BOARD (PCB). IT IS ALSO POSSIBLE TO BUILD AN ELECTRONIC CIRCUIT WITH
BREADBOARDS AND ZERO BOARDS, BUT THE METHOD IS A LOW LEVEL AND LESS EFFICIENT
ONE WHEREIN THE DESIGNING CIRCUIT IS PRONE TO DAMAGE AND THE DESIGNING INVOLVES
A COMPLEX PROCESS OF PLACING THE COMPONENTS OF THE CIRCUIT.



ADVANCE DIPLOMA IN INDUSTRIAL PCB DESIGNING

MODULES AND CONCEPTS TO BE COVERED

WHAT IS PCB?                                                         SCHEMATIC
ENTRY
TYPES OF PCB                                                          NET
LISTING
PCB MATERIALS                                                         PCB LAYOUT
DESIGNING
WHAT IS SIMULATOR?                                                PROTOTYPE
DESIGNING
CIRCUIT DESIGNING AND SIMULATION                         PCB MAKING
3D DESIGN                                                               ASSEMBLY
OF COMPONENTS
PCB DESIGNING USING GRAPH PAPER                    ELECTRICAL LAYERS
MAKING A HAND DRAWN PCB                                 MECHANICAL LAYERS
USING COMPUTER FOR EDA                                     ASSEMBLY OF
COMPONENTS
LATEST TRENDS IN MARKET                                       BOARD SHAPE DESIGN
AND KEEP OUTS
DIFFERENT EDA TOOLS                                               DOCUMENTATION
LAYERS
ACTIVE COMPONENTS                                              DRILL DETAILS
PASSIVE COMPONENTS                                            FOOTPRINT
THROUGH HOLE PACKAGES                                       LAYER STACKS
SMD PACKAGES                                                      VIA'S & TRACKS
DESCRIPTION TO DESIGNER TOOL                                COLOR OF LAYERS
WIRING AND SCHEMATIC DESIGNING                        PCB TRACK SIZE
CALCULATIONS
MAKING NEW COMPONENT SYMBOL                       FLAT DESIGN / HIERARCHICAL
DESIGN
CONNECTING THE SCHEMATIC TO PCB                     SETTING UP ENVIRONMENT FOR
PCB
COMPONENTS FOOTPRINTS SELECTION                      DESIGN A BOARD
PICKING AND PLACING THE COMPONENT                  DIFFERENT SENSOR MODULES
DESIGNING
MAKING NEW FOOTPRINTS                                        POWER SUPPLIES
DESIGNING
ASSIGNING FOOTPRINT TO COMPONENTS                   PCB DESIGNING OF EMBEDDED
PROJECTS
HIGH SPEED PCB DESIGNING RULES                      PCB DESIGNING ROUTINE
TOPOLOGIES
RIGID-FLEX PCB DESIGNING


















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E-Mail Us
education@teknomindz.com


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Email: education@teknomindz.com

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