Day 1: Orientation and Foundations

Introduction
       Overview of the internship program and objectives.
       Industry relevance of digital system design and microelectronics.
Applied Network Analysis
       Basics of network analysis and its applications.
Devices and Circuits for Microelectronics
       Fundamental concepts of semiconductors, transistors, and microelectronic circuits.

Day 2: Programming Fundamentals

Basic Concept about C
       Variables, data types, operators, and control statements.
Basic C Programming
       Functions, arrays, and debugging simple programs.

Day 3: Digital System Design Basics

Digital System Design
       Logic gates, combinational and sequential circuits.
Review of Microprocessors/Microcontrollers
       Introduction to microprocessor and microcontroller architectures.
       Practical examples and applications.

Day 4: Advanced Digital Design Concepts

Advanced Digital System Design
       State machines, counters, and synchronous circuits.
Chip Design Methodology
       Overview of chip design workflow: specification, design, and fabrication.

Day 5: Hardware Description Languages

Digital System Design with Verilog
       Basics of Verilog HDL, syntax, and writing simple modules.
Functional Verification
       Introduction to verification techniques, testbenches, and debugging.

Day 6: FPGA Design

Digital System Design using FPGAs
       FPGA architecture and its significance in digital systems.
       Writing and testing basic designs on FPGA platforms.

Day 7: Electronics Recap and Advanced C

Basic Electronics Review
       Revisiting key principles of electronics relevant to digital systems.
Programming in C
       Advanced topics like pointers, file handling, and memory allocation.

Day 8 and 9: Project Development

Project Idea
       Brainstorming and finalizing the project scope and objectives.
Project Work
       Implementation of the project with guidance on hardware and software integration.

Day 10: Finalization and Presentation

Project Completion
       Testing, debugging, and finalizing the project.
       Project presentation and peer review.
Feedback and Certification
       Wrap-up session with feedback and certification distribution.

Day 1-3: Foundational Concepts

Day 1:
       Introduction: Overview of the internship program and its objectives.
       Applied Network Analysis: Basics of network analysis and its applications.
       Devices and Circuits for Microelectronics: Fundamentals of semiconductors, diodes, transistors, and microelectronic circuits.
Day 2:
       Basic Concept about C: Variables, data types, operators, and control statements.
       Basic C Programming: Loops, functions, and basic debugging.
Day 3:
       Digital System Design: Logic gates, combinational and sequential circuits.
       Basic Electronics Review: Revisiting key electronics principles.

Day 4-6: Intermediate Programming and Systems

Day 4:
       Review of Microprocessors/Microcontrollers: Architecture, functionalities, and applications.
Day 5:
       Advanced Digital System Design: State machines, counters, and synchronous/asynchronous circuits.
Day 6:
       Programming in C: Pointers, file handling, and memory management.

Day 7-9: Advanced Tools and Methodologies

Day 7:
       Chip Design Methodology: Overview of the chip design process, from specification to fabrication.
Day 8:
       Digital System Design with Verilog: Basics of Verilog HDL and creating simple modules.
Day 9:
       Functional Verification: Introduction to testbenches and debugging techniques.

Day 10-12: FPGA Design and Applications

Day 10:
       Digital System Design using FPGAs: FPGA architecture and programming basics.
Day 11-12:
       Hands-on exercises using FPGA platforms and simple project implementations.

Day 13-15: Project Development and Completion

Day 13:
       Project Idea: Brainstorming and finalizing the project objectives and scope.
Day 14:
       Project Work: Implementation with guidance on hardware/software integration.
Day 15:
       Project Completion: Final testing, debugging, and presentation.
       Certification distribution and feedback session.

Day 1-3: Foundational Concepts

Day 1:
       Introduction: Overview of the internship program and its objectives.
       Applied Network Analysis: Basics of network analysis and its applications.
       Devices and Circuits for Microelectronics: Fundamentals of semiconductors, diodes, transistors, and microelectronic circuits.
Day 2:
       Basic Concept about C: Variables, data types, operators, and control statements.
       Basic C Programming: Loops, functions, and basic debugging.
Day 3:
       Digital System Design: Logic gates, combinational and sequential circuits.
       Basic Electronics Review: Revisiting key electronics principles.

Day 4-6: Intermediate Programming and Systems

Day 4:
       Review of Microprocessors/Microcontrollers: Architecture, functionalities, and applications.
Day 5:
       Advanced Digital System Design: State machines, counters, and synchronous/asynchronous circuits.
Day 6:
       Programming in C: Pointers, file handling, and memory management.

Day 7-9: Advanced Tools and Methodologies

Day 7:
       Chip Design Methodology: Overview of the chip design process, from specification to fabrication.
Day 8:
       Digital System Design with Verilog: Basics of Verilog HDL and creating simple modules.
Day 9:
       Functional Verification: Introduction to testbenches and debugging techniques.

Day 10-12: FPGA Design and Applications

Day 10:
       Digital System Design using FPGAs: FPGA architecture and programming basics.
Day 11-12:
       Hands-on exercises using FPGA platforms and simple project implementations.

Day 13-15: Project Development and Completion

Day 13-14:
       Project Idea: Brainstorming and finalizing the project objectives and scope.
Day 15:
       Project Work: Implementation with guidance on hardware/software integration.

Day 16-20: Project Development and Completion

Day 16-17:
       Project Completion: Final testing, debugging, and presentation.
Day 18-20:
       Certification distribution and feedback session.

Day 1-5: Foundation and Basics

Day 1: Introduction
       Overview of the internship program.
       Importance of digital system design and microelectronics in modern technology.
       Applied Network Analysis
       Introduction to network analysis concepts and tools.
Day 2-3: Devices and Circuits for Microelectronics
       Basics of semiconductors, diodes, and transistors.
       Circuit design principles and applications.
Day 4-5: Basic Concept about C
       Fundamentals of C programming: variables, data types, and operators.
       Writing simple programs and debugging techniques.

Day 6-10: Intermediate Concepts

Day 6-7: Basic C Programming
       Loops, functions, arrays, and pointers.
       Problem-solving exercises in C.
Day 8-9: Digital System Design
       Introduction to logic gates, combinational and sequential circuits.
       Flip-flops, counters, and registers.
Day 10: Review of Microprocessors/Microcontrollers
       Architecture and working principles of microprocessors and microcontrollers.
       Overview of applications.

Day 11-15: Advanced Topics

Day 11-12: Advanced Digital System Design
       Concepts of state machines and synchronous/asynchronous circuits.
Day 13-14: Chip Design Methodology
       Overview of chip design processes, from specification to fabrication.
Day 15: Digital System Design with Verilog
       Basics of Verilog HDL and writing simple modules.

Day 16-20: Specialized Modules

Day 16-17: Functional Verification
       Importance of verification, testbenches, and simulation techniques.
Day 18-19: Digital System Design using FPGAs
       Introduction to FPGA architecture and programming.
Day 20: Basic Electronics Review
       Recap of fundamental electronic principles for clarity in advanced applications.

Day 21-25: Programming and Implementation

Day 21-22: Programming in C
       Advanced concepts: dynamic memory allocation, file handling, and structures.
       Mini projects in C.
Day 23-24: Project Idea
       Brainstorming and selecting a project topic.
       Defining objectives, scope, and methodology.
Day 25: Project Planning
       Creating a timeline and assigning tasks for the project.

Day 26-30: Project Work and Completion

Day 26-29: Project Work
       Implementation of the project under mentorship.
       Debugging and testing the final project.
Day 30: Project Completion
       Presentation and demonstration of the project.
       Feedback and certificate distribution.

1st Month:

Training

2nd Month:

Project Work

1st and 2nd Months:

Training

3rd and 4th Months:

Intenrship Project Work

5th and 6th Months:

Real-time Project Work