Embedded Engineering- Intern

Key Responsibilities

PCB Design & Layout:

• Contribute to schematic design, component selection, and circuit layout.
• Participate in PCB bring-up for new product iterations, identifying areas for cost savings and performance improvements.

System-Level Integration:

• Collaborate with firmware, mechanical, and product teams to ensure hardware integrates seamlessly with software.
• Support hardware architecture decisions by conducting feasibility studies and component evaluations.

Documentation & Component Lifecycle Management:

• Maintain technical documentation, including hardware specifications, PCB layouts, and system integration notes.
• Manage electronics inventory, track component life cycles, and oversee procurement strategies.

Prototyping & Proof-of-Concepts:

• Build breadboard-style setups to test sensors, actuators, and power management solutions.
• Use microcontrollers (e.g., Arduino, Raspberry Pi) to rapidly prototype new features or components.

Hardware-Firmware Collaboration:

• Work with C/C++ or Python to test and debug embedded code alongside hardware modules.
• Conduct stress testing to identify performance issues and propose corrective measures.

Functional Verification & Validation:

• Develop test schemes to validate hardware functionality, reliability, and compliance with design requirements.
• Assist in setting up test jigs for production and ensuring hardware integrity throughout the assembly process.

• Contribute to schematic design, component selection, and circuit layout.
• Participate in PCB bring-up for new product iterations, identifying areas for cost savings and performance improvements.
• Collaborate with firmware, mechanical, and product teams to ensure hardware integrates seamlessly with software.
• Maintain technical documentation, including hardware specifications, PCB layouts, and system integration notes.
• Manage electronics inventory, track component life cycles, and oversee procurement strategies.
• Build breadboard-style setups to test sensors, actuators, and power management solutions.
• Use microcontrollers (e.g., Arduino, Raspberry Pi) to rapidly prototype new features or components.
• Work with C/C++ or Python to test and debug embedded code alongside hardware modules.
• Develop test schemes to validate hardware functionality, reliability, and compliance with design requirements.
• Assist in setting up test jigs for production and ensuring hardware integrity throughout the assembly process.