Qualifications
Key Responsibilities:Design and implement digital and mixed-signal ASIC blocks utilizing hardware description languages such as Verilog or SystemVerilog.Develop micro-architecture specifications and translate system requirements into RTL implementations.Work collaboratively with RFIC, analog, and system engineers to integrate digital logic within RF and mixed-signal chip architectures.Assist with functional verification and debugging of ASIC components alongside verification teams.Participate in synthesis, timing analysis, and physical implementation activities to ensure design readiness for tape-out.Contribute to silicon bring-up, debugging, and post-silicon validation efforts.Document design architecture, implementation details, and verification outcomes.Requirements:Bachelor’s degree in Electrical Engineering, Computer Engineering, Computer Science, or a related field.1-3 years of experience in developing and implementing RTL designs.Full-time, on-site work is required in Atlanta, GA.
About the job
If you are enthusiastic about developing cutting-edge semiconductor systems that drive the future of wireless technology, Falcomm is the place for you! We are at the forefront of transforming innovative semiconductor research into tangible products, specializing in energy-efficient RF power amplifiers and wireless solutions. Our vision is to redefine performance, efficiency, and integration in contemporary communication systems.
We are looking for a talented ASIC Engineer to join our team, specializing in the design and development of mixed-signal and digital integrated circuits that interface seamlessly with our RF technologies. In this pivotal role, you will engage in the design, implementation, and verification of ASIC components as part of larger system-on-chip platforms. You will collaborate closely with RFIC, analog, verification, and system engineering teams to deliver high-performance silicon solutions.
About Falcomm
At Falcomm, we are pioneering the next generation of wireless technologies through our innovative semiconductor solutions. Our dedicated team is committed to pushing the limits of performance, efficiency, and integration, making significant strides in the field of modern communication systems.
