Ganesh KP

• Provide consulting in embedded architecture, firmware development, debugging, and IoT system integration.
• Develop middleware components, communication stacks, application interfaces, and hardware-level drivers for ARM/ESP32-based systems.
• Create architecture documentation, interface specifications, design documents, and engineering guidelines supporting product development.
• Offer support for system validation, integration testing, field testing, and performance optimization.
• Design and guide factory test workflows, including test mode firmware, diagnostics, and production bring-up support.
• Collaborate with client engineering teams on end-to-end product development, from concept to deployment.

Major Client Products Delivered

• Architected IoT thermostat and HVAC firmware platforms for UK/EU markets, including products for HIVE, British Gas, Viessmann, and Group Atlantic.
• Designed system-level architecture covering module partitioning, IPC, UI workflows, wireless communication stacks, OTA, bootloader, and diagnostics.
• Developed Zigbee, BLE, and Wi-Fi connectivity, cloud communication modules, and Linux gateway components for multi-device ecosystems.
• Built factory test mode firmware supporting production testing, calibration workflows, and quality assurance processes.
• Provided manufacturing engineering support, including firmware flashing utilities, diagnostics, and factory bring-up assistance.
• Collaborated with cross-functional teams across China, India, and Europe, offering architectural guidance, technical reviews, and mentoring.
• HIVE / British Gas Smart Thermostat (UK)
• Ideal Boilers / Group Atlantic IoT Thermostats
• Viessmann Smart Heating Systems (EU)
• ESP32-based Advanced Wiring Center (AWC)
• Underfloor Heating Controllers
• Linux Home Gateway for Heating Ecosystem

• Developed firmware for ECG, SPO2, thermal printer modules, and USB active sensor cables used in patient monitoring systems.
• Collaborated with US-based engineering teams for knowledge transfer, project handover, and team ramp-up activities.
• Integrated ECG acquisition module with the main controller through a USB communication interface.
• Improved firmware reliability, memory management, diagnostic capability, and error-handling for medical-grade devices.
• Designed and implemented factory test firmware supporting device-level diagnostics, calibration, and manufacturing verification.
• Provided engineering support for manufacturing, production testing, and validation workflows across product lines.

• Developed SPO2 algorithms and integrated them into the WHO-supported ReMeDi telemedicine kit, which included ECG, SPO2, NIBP, and temperature acquisition modules.
• Performed clinical validation of SPO2 performance at St. John’s Hospital, Bangalore, ensuring accuracy and medical reliability.
• Contributed to communication protocol integration, system-level debugging, and overall performance optimization of the device.

• Designed and implemented WPAN communication protocol stack including MAC/PHY layers.
• Worked on low-power wireless communication and embedded RF systems.