RF Mixed-Signal Engineer for Neuromorphic AI Edge

VectorWave Corporation; Boston (MA); On-site; USD 120,000 - 180,000; Full time

Benefits offered by this job

Unlimited PTO

401(k) match

Wellness benefit

Equity opportunity

Job summary

VectorWave Corporation seeks a RF mixed signal engineer to design and develop programmable subsystems for the world’s first neuromorphic APU. You will collaborate with analog RF and ML engineers to enable programmable signal processing and AI functionalities for wireless edge compute.

The role is based in the Greater Boston area, full-time, with occasional travel to conferences. You will design RF/memory/MPU subsystems and verify performance against KPIs.

Qualifications

• Experience interfacing with ADCs, DACs, and on-board memory.
• Experience designing and implementing system-level interfaces between components.
• Strong mathematical maturity and understanding of circuit physics.
• Experience stabilizing hardware in environmental conditions.

Responsibilities

• Design subsystems for the APU’s programmable edge compute.
• Select components and design circuits integrating RF, memory, and MPUs/SoCs/edge FPGAs.
• Program control scheme and interface for the programmable APU subsystem.
• Evaluate subsystem performance against internal and customer KPIs.
• Collaborate with RF, ML, and systems engineers to ensure inter-system compatibility.

Skills

ADC/DAC interfacing

MPU/SoC/edge FPGA

System interfaces

Circuit physics

Analog hardware characterization

Environmental stabilization

Education

BS in Electrical/Computer Engineering or related field

Job description

VectorWave Corporation seeks a RF mixed signal engineer to design and develop programmable subsystems for the world’s first neuromorphic APU. You will collaborate with analog RF and ML engineers to enable programmable signal processing and AI functionalities for wireless edge compute.

The role is based in the Greater Boston area, full-time, with occasional travel to conferences. You will design RF/memory/MPU subsystems and verify performance against KPIs.