Diploma in Embedded Systems Design courses, Pune - Bicard
home-13

Basic Eligibility

B.E./B.Tech Electronics/Electrical/C.S, M.Sc. Electronics

Duration and Timings

  • Full Time Batch: 4 Months
  • Evening Batch: 6 Months
  • Weekend Batch: 6 Months

 

Course Fees

Course fees are 50,000 Rs. + Service Tax of 15%. Fees can be paid in three instalments

 
  • Hardware Design
    • Digital electronics
    • Electronic circuit design
    • Embedded Computer Architecture
    • Multi-core architectures
    • 8051 Microcontrollers
    • PIC Microcontrollers
    • ARM 7 LPC2148
    • ARM Cortex Core microcontrollers
    • System on Chip
    • Raspberry Pi3

     

    Software and firmware
    • C, programming language
    • Data structures
    • C++ programming language
    • Embedded C
    • Linux shell programing
    • Embedded Linux
    • Linux Device drivers

     

    Communication interfaces
    • Communication Protocols
    • Wireless technology
    • Serial Comm. RS-232, RS-422, RS-485 etc.
    • Synchronous Interface: I2C, SPI, SSC and ESSI
    • Memory Devices - Flash based ROM, Storage Cards
    • General Purpose Input / Output (GPIO)
    • Graphic & Character LCDs
    • Real Time Clocks
    • Timers: PLL(s), Input Capture / Compare
    • Time Processing Units
    • Touch Screens, Keypads
    • Debugging Interfaces: JTAG, ISP, ICSP
    • Universal Serial Bus (USB) Peripherals
    • ADC to DAC / DAC to ADC Interfaces
    • Wi-Fi, Bluetooth/BLE4.0,Zigbee,GSM/GPS, Radio RF
    • Intelligent Power Systems
    • Smart Card Readers, Sensor Networks

     

    Real-Time Operating Systems (RTOS)
    • Real –Time System concepts
    • Characteristics of Real-Time Tasks
    • Real-Time Scheduling
    • Operating System Designs
    • RTOS for Safety Critical Systems
    • Operating Systems for Wireless Sensor Networks
    • Target RTOS kernel architecture
    • Porting RTOS Free (RTOS) to target board
    • Running demo applications

     

    Internet of Things (IoT)
      Introduction to the concept of IoT
    • IoT: Architecture,
    • Sensing, Connectivity, Analytics
    • IoT Stack and Protocols
    • IoT industry deployment examples
    • Introduction to Raspberry Pi
    • Features of Raspberry PI
    • Interfaces
    • Programming environment
    • Caveats and security issues
    • Interfacing with the external world

     

    Project work

    Students need to complete Minimum 5 projects during the programme under the guidance of faculty member

 
 
 

Our Students are working with below companies …. 

Training Inquiry


Verification