Intern

Company Description AMR Institute is an engineering-focused organization dedicated to advancing innovative electronic design solutions for a variety of industries. The institute emphasizes high-quality, reliable hardware development, with a particular focus on emerging technologies and practical applications. Team members collaborate across disciplines to solve complex engineering challenges and deliver robust products. AMR Institute values continuous learning, technical excellence, and a culture of inclusive problem-solving to support both customer success and professional growth.
Role Description The Printed Circuit Board (PCB) Designer will be responsible for designing, developing, and optimizing PCB layouts for analog, digital, and RF circuits in accordance with electrical and mechanical specifications. Day-to-day tasks include translating schematic designs into PCB layouts, selecting appropriate components and footprints, performing design rule checks (DRC), and preparing documentation for fabrication and assembly. The role involves close collaboration with electrical engineers and other stakeholders to review designs, resolve signal integrity and EMI/EMC issues, and ensure manufacturability and reliability. This is a full-time remote role, requiring effective communication, self-organization, and the ability to manage multiple projects and deadlines while maintaining high design standards.
Qualifications
Strong foundation in Circuit Design and Electronics, with the ability to translate schematics into robust PCB layouts.
Experience with Analog circuit design and analysis, including noise, filtering, and power integrity considerations.
Background in Electrical Engineering, or equivalent practical experience in hardware design and development.
Knowledge of Radio Frequency (RF) design principles, high-speed routing, and signal integrity best practices.
Proficiency with PCB design tools (e.g., Altium Designer, KiCad, OrCAD, or similar) and familiarity with industry standards.
Understanding of manufacturing processes, DFM/DFT practices, and ability to create clear fabrication and assembly files.
Good written and verbal communication skills, with the ability to collaborate effectively in a remote, cross-functional environment.
Bachelor’s degree in Electrical Engineering, Electronics Engineering, or a related field is preferred; equivalent experience is also valued.

Work arrangement
Yes