Nokia - Dallas, TX
posted about 1 month ago
The Radio Development R&D Team at Nokia is seeking motivated junior hardware engineers to join their efforts in the development, testing, and design maintenance of 5G/6G cellular base stations. This position offers a unique opportunity to work with cutting-edge technologies, including Artificial Intelligence and Machine Learning (AI/ML), Virtual Design & Simulations, Automation, Data Analytics, 3D modeling, thermodynamics, and Gallium Nitride (GaN) Power Amplifiers. The team is focused on sustainable energy savings and Cloud Computing, which are essential for achieving faster time to market and ensuring the highest product quality in the industry. As a junior hardware engineer, you will be part of a rotation program designed to provide comprehensive experience across various domains, including hardware analog design, digital design, power amplifier design, power supply design, printed circuit board (PCB) design, digital pre-distortion design, mechanical design, Radio Frequency (RF) performance testing, and over-the-air (OTA) testing. This program aims to expose you to different facets of engineering before you take responsibility for a specific design area in product development. You will be involved in all stages of design, starting from architecture and requirement inputs to development and implementation. Your designs will be evaluated for functional performance, signal integrity, and power supply sensitivity, and you will collaborate with other design areas to integrate your work into the final product. Nokia is committed to creating an inclusive work environment where new ideas are welcomed, and employees are empowered to take risks and bring their authentic selves to work. The company values diversity and has received recognition for its commitment to inclusion and equality. Joining Nokia means being part of a team that is dedicated to innovation and technology leadership across mobile, fixed, and cloud networks, ultimately contributing to a more productive, sustainable, and inclusive world.