Firmware Engineer In Bangalore

Technoculture Research is reimagining how the world measures health. We build micro-scale electrochemical laboratories that deliver lab-grade accuracy directly into the hands of clinicians, community health workers, and even patients at home.

Our platform integrates microfabricated electrodes, novel surface chemistries, and microfluidics to perform protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we reduce both instrument and per-test costs by nearly an order of magnitude—making precision diagnostics truly accessible.

Our mission is clear: to make diagnostics abundant so that every critical health decision is guided by immediate, affordable results—wherever care happens.

Key Responsibilities

• Design, develop, debug, and maintain firmware for microcontroller-based systems using Zephyr RTOS
• Configure, optimize, and debug RTOS-based multithreaded applications
• Develop embedded software using C/C++, and leverage Python for automation, testing, and tooling
• Work with Embedded Linux environments, including build systems, kernel configuration, and basic device driver interaction
• Use Arduino and Raspberry Pi platforms for rapid prototyping and proof-of-concept development
• Implement IoT communication protocols and develop peripheral drivers by interpreting hardware datasheets
• Write and execute firmware tests to ensure reliability, performance, and stability
• Collaborate closely with hardware, software, and QA teams to integrate and validate system functionality
• Create and maintain technical documentation related to firmware design and implementation

About Company: Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that bring lab-grade accuracy directly into the hands of clinicians, community health workers, and even patients at home. Our platform integrates microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we significantly reduce instrument and per-test costs, making precision diagnostics truly accessible. Our mission is to make diagnostics abundant, so every critical health decision is guided by immediate, affordable results.