harshith

LinkedIn profile

Topics

Embedded Systems Architecture Firmware Engineering Fundamentals Secure Boot & Trusted Firmware Design RTOS Concepts and Real-Time Scheduling Low-Power Embedded Firmware Design Industrial IoT Device Firmware Microcontroller Systems (ARM Cortex / STM32) Communication Protocols (CAN, BLE, UART, SPI) Embedded Diagnostics & Reliability Engineering Bootloader Design and Firmware Update Mechanisms

Teaching experience

• Firmware Debugging Best Practices – Internal Engineering Session, Schneider Electric, 2025 • Embedded Systems Architecture for Industrial IoT – Technical Workshop, Schneider Electric, 2024 • Building Reliable Firmware Using Diagnostics Frameworks – Online Tech Talk, 2024 • Introduction to Real-Time Embedded Design – Internal Cross-BU Knowledge Session, 2023 • Secure Boot Fundamentals for Microcontrollers – Engineering Community Webinar, 2023 • Low-Power Firmware Design Techniques – Internal R&D Training, 2022

Interest & style

Lecturing style: My lecturing style is practical, structured, and application-focused. I simplify complex embedded and firmware concepts using real engineering examples, architecture diagrams, and live demonstrations whenever possible. I focus heavily on real-world relevance—showing students how concepts are applied in actual industrial products. I encourage interactive discussions, questions, and hands-on thinking to ensure learners not only understand the theory but also gain insights that prepare them for real engineering roles.

Semesters available

Spring 2026, Summer 2026, Fall 2026

Date/time availability

anytime

Opportunity types

Online lecture

Lectures per year

6-10

Prep time

Would prefer not to put in any work ahead of time

Willing to travel to

karnataka/online