Ajesh Isaac

An accomplished technology leader with deep expertise in Artificial Intelligence (AI), Machine Learning (ML), ML on Edge, Internet of Things (IoT), Industrial IoT (IIoT), and Internet of Medical Things (IoMT). Passionate about embedded product design, automotive development, and medical wearables, driving innovation across multiple domains.

Key contributions include:

• Medical Wearables & Healthcare AI: Designed kids' mood detection wearables, solutions for autistic and COPD-affected children, and continuous glucose monitoring systems for non-invasive health tracking. Developed ML on Edge solutions for brain tumor analysis, enabling real-time, AI-driven diagnostics.
• Automotive & Embedded Systems: Led automotive ECU development, embedded firmware innovations, and advanced AI/ML integrations in automotive applications.
• Embedded Innovation & GenAI: Established a Centre of Excellence for Generative AI, ML on Edge, and Embedded Devices, fostering next-gen AI-powered embedded solutions.
• Patents & Technology Leadership: Inventor with patent-pending technologies in wireless transmission networks for IoT and medical applications.

A recognized expert in sensor networks, embedded systems, board bring-ups, and Linux kernel driver development, continuously pushing the boundaries of AI-driven embedded solutions.

Contributed on the next-generation NB-IoT (Narrowband IoT) over satellite communication, enabling seamless IoT connectivity beyond terrestrial networks. Led the development of Over-the-Air (OTA) firmware updates using NB-IoT satellite links, ensuring efficient and reliable remote device management in low-power, wide-area networks.

Key contributions include:

• Industry-First NB-IoT Over Satellite Implementation: Developed proprietary algorithms and optimized Non-IP Data Delivery (NIDD) protocols to transmit data over satellite using NB-IoT, revolutionizing IoT connectivity in remote and extreme environments.
• OTA Firmware Updates via Satellite: Designed and deployed over-the-air device firmware update (FOTA) mechanisms tailored for NB-IoT satellite communication, ensuring secure and efficient updates for large-scale IoT deployments.
• Protocol Optimization & Algorithm Design: Engineered customized data transmission protocols and proprietary algorithms, enhancing latency, efficiency, and reliability of NB-IoT communication over satellite links.

This work was instrumental in launching the industry’s first-ever product to successfully transmit data over an NB-IoT satellite link, setting new benchmarks in IoT communication, remote device management, and global connectivity.

Played a key role in the firmware design and development for one of the world’s fastest High-Performance Computers (HPC), contributing to its power efficiency, compute optimization, and system management.

Key contributions include:

• Firmware Development for Critical HPC Components: Designed and developed firmware for Power Supply Units (PSU), Compute Modules, and Board Management Controllers (BMC), ensuring high reliability, efficiency, and scalability.
• Power Profiling & Performance Optimization: Led power profiling and optimization efforts, enabling efficient power management in high-compute environments to maximize performance and energy efficiency.
• Board Bring-up & System Integration: Spearheaded board bring-up activities, ensuring seamless hardware-software integration and system stability.
• International Assignment for Direct Onboarding & Development: Worked onsite to onboard the design, facilitate development, and drive power profiling and system-level optimizations, ensuring smooth deployment and performance tuning.

This work was instrumental in enhancing the performance, power efficiency, and system reliability of one of the world’s fastest HPC systems.

Contributed as a firmware architect and developer, specializing in intelligent control systems, energy metering solutions, and AI-driven analytics across multiple industries.

Key contributions include:

• Water Quality & Intelligent Control Systems: Developed firmware for smart water quality monitoring and intelligent control boxes, enabling precise dispensing and usage management based on real-time data analytics.
• Energy Metering Solutions: Designed and developed energy metering solutions, covering both embedded firmware and hardware design, optimizing power measurement, analytics, and efficiency.
• AI Vision-Based Analytics for Retail & Manufacturing: Contributed as a major developer in AI-based solutions for footfall analysis, sentiment detection, and satisfaction scoring, enhancing customer behavior insights and business intelligence.

With deep expertise in embedded firmware, hardware design, and AI-assisted analytics, these contributions have helped optimize automation, efficiency, and intelligent decision-making in IoT, industrial, and commercial applications.

Contributed in embedded systems architecture and development, with extensive experience in home automation, energy monitoring, and smart sensing technologies.

Key contributions include:

• Home Automation – Adhira Home Automation Solutions: Architected and developed a complete home automation solution, enabling smart control, monitoring, and automation of household devices for enhanced convenience and energy efficiency.
• Polyphase Energy Monitoring Devices: Designed and developed polyphase energy monitoring solutions, ensuring accurate measurement, real-time analytics, and efficient power management.
• Device Signature Algorithms: Worked on device signature algorithms to uniquely identify and analyze power consumption patterns for optimized energy efficiency and predictive maintenance.
• Seat Sensing Technologies: Developed seat sensing solutions for detecting occupancy, optimizing energy usage, and enhancing user experience in automotive, workspace, and smart furniture applications.

With a strong foundation in embedded firmware, sensor networks, and intelligent automation, these contributions have advanced smart living, industrial efficiency, and energy optimization.