Add-on Courses
The Department of Electronics and Communication Engineering (ECE) offers a range of add-on programmes to supplement the B. Tech curriculum and enhance students’ technical skills. These programmes are designed to make students industry-ready and employable at the time of graduation. The add-on programmes are conducted with the support of internal faculty as well as external industry experts. Students who successfully complete the programmes are awarded certificates.
Add-on Course on 32-bit ARM MICROCONTROLLER & PIC
The Add-on Course on 32-bit ARM MICROCONTROLLER & PIC will provide an insight to the ARM 9 focusing on both theoretical and practical aspects of the microcontrollers, development boards, Programming Languages, Simulators, Debuggers, Programmers, IDEs, Compilers, and applications. Hands-on sessions will be conducted on ARM MICROCONTROLLER and PIC which are compatible with Arduino.
Learning objectives of the course:
On successful completion of the course, the candidates will be able to
CO 1: Describe the architecture and ecosystem of 32-bit ARM microcontroller.
CO 2: Learn about IDEs and compilers specific to ARM architecture
CO 3: Create simple IoT applications using 32-bit ARM microcontroller and PIC.
CO 4: Interface sensors with ARM microcontroller and PIC for various applications.
2-Day Hands-On Workshop on VEGA Processors and Ecosystem
This hands-on workshop on indigenous RISC-V based VEGA processors will provide an insight to the VEGA series of processors and ecosystem focusing on both theoretical and practical aspects of the processors, development boards, SDK, and applications. Hands-on sessions will be conducted on ARIES boards which are compatible with Arduino.
Learning objectives of CDAC workshop:
On successful completion of the workshop, the candidates will be able to
CO 1: Describe the architecture and ecosystem of Vega Processors.
CO 2: Experiment with Vega Processors development board
CO 3: Create simple IoT applications using Vega Processors.
CO 4: Interface sensors with Vega processors for various applications.
Add-on Course on FPGA Architecture and Programming using Verilog HDL
The Add-on Course FPGA Architecture and Programming using Verilog HDL was a skill-based add-on course conducted as a hands-on training and knowledge enhancement program. It focused on Field Programmable Gate Array (FPGA) architecture and programming using Verilog Hardware Description Language (HDL), enabling students to gain practical exposure to digital design and implementation.
Learning objectives of NIELIT Calicut course:
On successful completion of the workshop, the candidates were able to
CO 1: Understand the VLSI and FPGA Design Flow.
CO 2: Design and Implement Digital Systems in Verilog.
CO 3: Apply FPGA Design Tools and Techniques.
CO 4: Build Digital Systems on FPGA.