R&D - Senior Firmware Engineer - IoT Systems

Duracell•Atlanta, GA

29d•Onsite

About The Position

Duracell has an exciting opportunity for a Senior Firmware Engineer to join our growing team developing new products and features in our expanding IoT offerings. We are looking for a seasoned Senior Firmware Engineer Developer with experience developing solutions for IoT RF-enabled SoC hardware platforms, focusing on machine learning feature integration, diverse sensor integration, IoT systems, and use of varied wired/wireless communication protocols. This role seeks an individual with robust experience in coding, testing, and debugging firmware for new feature creation, optimizing existing code, as well as a proficiency in delivering time-sensitive projects. In this role, you will lead development on select features and optimize battery-operated embedded systems. You will mentor junior engineers and collaborate closely with the firmware group and the cross-functional squads to deliver scalable, secure, and reliable IoT solutions that meet and exceed the needs of our customers. This role is based in Atlanta with up to 20% domestic travel.

Requirements

Bachelor's or master's degree in computer science, Electrical Engineering, or related field. Or equivalent professional experience.
Minimum 5+ years of relevant experience in firmware development, with a strong emphasis on IoT systems, data processing, and associated communication protocols.
3+ years of experience in FreeRTOS, Zephyr or similar.
Strong coding skills with 5+ years of experience with embedded C.
Hands-on experience with Wi-Fi or other wireless technologies.
Experience in coding for interfacing with cloud services and IoT platforms
Proven debugging and problem-solving abilities in a firmware development context and associated tools.
Ability to evaluate and enhance firmware performance, especially in real-time operating environments.
Strong background in both hardware and software aspects of embedded systems and IoT technologies.
Experience with real-time operating systems and understanding their impact on firmware development.

Nice To Haves

Additional programming language skills (Rust, Python, C++, etc.) beneficial for IoT development and data analysis.
Practical experience integrating AI tools into design and development flows.
Experience coding for battery operated hardware designs with tight power constraints.
Previous work on large-scale, high-impact firmware projects.
Familiarity with security protocols and best practices for IoT devices.
Experience leveraging continuous integration and deployment (CI/CD) pipelines, along with GitHub.

Responsibilities

Design and development of select embedded features; actively contribute to product development, deep investigations, design, coding, and testing.
Design and develop features in embedded applications, specifically focusing on IoT sensors, connectivity hardware, data ingestion and analysis, ML features integration, along with cloud service communications.
Create reusable components to significantly reduce device firmware development time.
Develop and optimize IoT system architectures for scalability, performance, and reliability, considering factors such as data volume, latency, optimal protocols, intermittent connections, etc.
Conduct system-level testing and validation and automation of IoT solutions, analyzing performance metrics and addressing any issues or deficiencies through iterative refinement and optimization.
Contribute to innovation in our IoT platform through research, experimentation, and evaluation of emerging technologies and industry trends.
Provide technical leadership and mentorship to junior engineers, fostering a culture of collaboration, trust, integrity, ownership and innovation.
Develop and optimize code for low power SoC platforms, implementing new functionality, along with machine learning features using diverse low power sensors.
Creating efficient code for data capture, processing, and reporting, used for incorporating new feature functionalities.
Code for and implementing various wireless communication protocols primarily Wi-Fi, and may include BLE, Zigbee, NFC, LoRa, and others.
Design and test new firmware features, ensuring they meet functional and performance requirements.
Demonstrate the ability to read hardware schematics and use common debugging tools including oscilloscopes, logic analyzers, emulators, and signal generators.
Exhibit strong debugging skills to identify and resolve firmware issues quickly and efficiently.
Evaluate and optimize the performance of firmware, focusing on real-time data processing and transmission.
Expert working with real-time operating systems (RTOS) to ensure seamless firmware functionality for data and memory intensive activities.
Collaborate with cross-functional teams to ensure integrated and effective solutions.
Other duties as assigned.