Intern Embedded C/C++ Engineer

Our team of firmware engineers, SDMs, and TPM professionals crafts innovative, battery- and line-powered camera solutions for the home security market. Our mission is to transform complex technical challenges into simple, reliable, and feature-rich experiences that genuinely meet user needs and enhance safety. We prioritize product quality, delivering several annual releases focused on code sustainability, operational reliability, and seamless cross-platform compatibility. As a globally distributed team, we thrive on collaboration, utilizing daily stand-ups and regular knowledge-sharing to ensure smooth development and mutual growth.

We're seeking a motivated Intern Embedded C/C++ Engineer who is passionate about building robust hardware devices. In this role, you will work alongside experienced software developers, gaining practical, hands-on experience with embedded C++, debugging, and software optimization. You will have the opportunity to deepen your knowledge of connectivity, power budgeting, data protocols, RTOS, security standards, and product reliability.

• →Assist in the development of product features.
• →Learn to navigate and understand the existing codebase efficiently.
• →Gain a deep understanding of subsystem operations and their interconnections.
• →Participate in technical discussions, team meetings, and code reviews.
• →Support code validation on hardware, assist with data mining, investigate technical issues, and prepare documentation.
• →Maintain proactive communication with colleagues while solving technical challenges.
• →Learn to complete tasks independently over time and respond promptly to constructive feedback.
• →Collaborate closely with QA teams to investigate and resolve firmware-related issues, always prioritizing the end-user experience.

• Basic practical experience in embedded development using C/C++ for microcontroller-based devices.
• Strong grasp of Object-Oriented Programming (OOP) principles.
• Fundamental knowledge of microcontroller architecture.
• Experience in programming hardware data interfaces (I2C, SPI, UART).
• Familiarity with build automation tools (Makefile, CMake).
• Basic understanding of networking fundamentals (PHY (Wi-Fi, Ethernet) and upper OSI layers).
• Conceptual understanding of power budgeting for battery-operated devices.
• Good data analysis, logical reasoning, and troubleshooting skills.
• At least an Intermediate level in both written and spoken English (B1).

• Experience using generative AI.
• Experience with software testing (unit, integration, and system testing).
• Basic knowledge of electrical engineering, reading schematics, or PCB layouts.
• Familiarity with Python for scripting and automation.