Overview
This hands-on workshop explores the shift from traditional microcontrollers to next-gen embedded system design, focusing on high-performance, power-efficient, and intelligent hardware. Participants will dive into modern architectures, such as ARM Cortex and RISC-V, while integrating advanced features like Edge AI, IoT connectivity, and real-time operating systems (RTOS). The session bridges the gap between hardware abstraction and low-level optimization, empowering learners to build scalable, secure, and responsive systems. By working with industry-standard development boards and debugging tools, attendees will master the end-to-end prototyping process required for the rapidly evolving landscape of smart electronics and industrial automation.
Our Trainers
MR. ABHIGYANAM GIRI
A Passionate and dynamic IoT and Embedded design professional with 10+ years experience in designing and developing different Embedded and IoT based products.
CURRENT ORGANIZATION
INDEYES INFOTECH PVT LTD- AUG 2015 TO PRESENT DESIGNATION: SENIOR HARDWARE DEVELOPER ROLES AND RESPONSIBILITY
- Team lead - R&D of new project design
- Responsible for development of new IoT Based projects
- Provide technical support on complex and critical issues
- Research and development for new and existing products
- Implementation of various prototype hardware and code
- Connecting iot boards and sending sensor data to cloud Investigate and fix software defects found by test/review team to ensure product quality
- Performing the product review, provide documentation
- Provide training on products and technology
- Coach and mentor team members regarding technology, software design, tools, methods, and various aspects.
RECENT PROJECTS
- IBY BOARD-MODEL 1 & 2
TECHNOLOGY-IOT
This is all in one board which can be used to design and develop different iot based applications.
- AQUA TANK
TECHNOLOGY-IOT
Aqua tank is a smart water level monitor system which sends the data to the customer wirelessly on phone through cloud.
- WIRELESS ELECTRONIC NOTICE BOARD
TECHNOLOGY-EMBEDDED SYSTEMS
A smart notice board which is used to display the information sent through bluetooth.
- SMART ENERGY METER ALERT
TECHNOLOGY-EMBEDDED SYSTEMS
This system informs the user about the electricity uses automatically and according to threshold set by the user it alerts also.
ACHIEVEMENTS
- DEVELOPED MORE THAN 50 PROJECTS
- CONDUCTED VARIOUS WORKSHOPS
- PROVIDED SEVERAL TECH TRAININGS
Modules
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High-Performance Architectures & RISC-V: Move beyond standard MCUs to explore heterogeneous computing (mixing CPU, GPU, and NPU). This module covers the RISC-V open ISA, chiplet design concepts, and how to optimize hardware for domain-specific tasks.
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Edge AI & TinyML Implementation: Focus on deploying intelligence directly on the metal. You'll learn model quantization and pruning, hardware acceleration for neural networks, and real-time inference for "physical AI" applications like robotics and predictive maintenance.
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Software-Defined Hardware & OTA: Learn to build flexible systems using hardware abstraction layers (HALs) and containerization (like Docker for embedded). This includes designing robust Over-the-Air (OTA) update pipelines to evolve device functionality post-deployment.
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Modern Security & Trust Zones: Shift from basic encryption to Hardware Root of Trust (HRoT). This module covers implementing Trusted Execution Environments (TEEs), secure boot, and preparing for Post-Quantum Cryptography (PQC) to meet new global compliance standards.
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Connectivity & Sustainable Design: Master the next-gen wireless stack, including 5G RedCap, Wi-Fi 6E/7, and Matter. This also covers "Green Engineering"—optimizing for ultra-low power and integrating energy harvesting (solar/thermal) to create battery-less devices.
Outcomes
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Architect Heterogeneous Systems: Design and evaluate complex embedded architectures by integrating general-purpose CPUs (like ARM or RISC-V) with domain-specific accelerators (NPUs/GPUs) to maximize performance-per-watt.
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Deploy Edge AI Models: Develop and optimize TinyML pipelines—including model quantization and pruning—to enable real-time on-device intelligence without relying on cloud connectivity.
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Implement Software-Defined Lifecycle Management: Build robust over-the-air (OTA) update systems and containerized environments that allow hardware functionality to be securely evolved and patched post-deployment.
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Engineer Hardware-Rooted Security: Construct "security-by-design" frameworks using Trusted Execution Environments (TEEs) and secure boot to protect systems against physical and network-layer vulnerabilities.
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Design for Sustainability and Connectivity: Create ultra-low-power systems that utilize modern protocols (like Matter or 5G RedCap) and integrate energy harvesting techniques to extend or eliminate battery life.
