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Analog Design Engineeer Neuromodulation
Job Location:
Job Location:
Richardson, TX - USA
Monthly Salary:
Not provided by the employer
Monthly Salary:
Posted:
13 May 2026 (30+ days ago)
Posted:
Application Deadline:
25 August 2026
Application Deadline:
Vacancies:
1 Vacancy
Vacancies:
Job Summary
Own and lead the development of analog integrated circuits for neuromodulation medical devicesfrom first principles through silicon and into real-world use. Youll work on ultra-low-power designs that interface directly with the human nervous system contributing to technologies that have a meaningful impact on patient care. This includes restoring function monitoring neurological conditions and enabling new therapeutic approaches.
We are seeking an experienced Analog Circuit Design Engineer with 7 years of experience in custom mixed-signal circuit design specifically focused on neural sensing and stimulation technologies for medical and implantable applications. Strong experience across the following areas is desired: design of ultra-low-power front-endsfor sensing neural signals (EEG EMG) high-efficiency stimulator output stages power management architectures data converters low-noise and low-power amplifiers RF wireless data transmission (FSK ASK) and CT filters.
The ideal candidate will have experience supporting implantable hardware designand bioelectronicssystems requiring high reliability low power consumption and compliance with medical safety standards. We value a quality-driven mindset strong communication skills and a startup-oriented approachtaking ownership staying adaptable and contributing wherever needed to move the work forward.
Open Position:
Richardson TX (Hybrid)
Remote eligibility available for qualified candidates
Key Responsibilities:
Design analog building blocks including PLLs low-noise amplifiers charge pumps bandgaps serial interfaces ADC/DAC converters DC regulators analog filters and ultra-low-power front-ends
Develop high-efficiency stimulator output stagesand power management architecturesfor advanced mixed-signal ASIC applications
Run pre-tapeout verification flows to confirm designs meet performance power reliability and timing requirements
Collaborate with layout and digital teams to deliver high-quality mixed-signal SoCs including physical design support and post-silicon validation planning
Create and maintain project documentation and contribute to improving design flows and methodologies
Lead and mentor junior engineers
Design analog building blocks including PLLs low-noise amplifiers charge pumps bandgaps serial interfaces ADC/DAC converters DC regulators analog filters and ultra-low-power front-ends
Develop high-efficiency stimulator output stagesand power management architecturesfor advanced mixed-signal ASIC applications
Run pre-tapeout verification flows to confirm designs meet performance power reliability and timing requirements
Collaborate with layout and digital teams to deliver high-quality mixed-signal SoCs including physical design support and post-silicon validation planning
Create and maintain project documentation and contribute to improving design flows and methodologies
Lead and mentor junior engineers
Qualifications:
MSEE/PhD with 310 years of experience or BSEE with 510 years of experience (MS or PhD preferred)
Hands-on experience with analog and mixed-signal design including low-noise/low-power amplifiers ADCs DACs LDOs bandgaps charge pumps RF wireless transmission and power management architectures
Experience with medical implantable or bioelectronics systems is strongly preferred
Proficient with Cadence custom circuit design tools such as ADE-L and ADE-XL and performing Monte Carlo noise aging EM/IR drop and stability simulations (Synopsys Custom Compiler experience is a plus)
Strong experience with simulation tools such as Spectre Hspice and PrimeSim
MATLAB SystemVerilog and Python experience preferred
Capable of understanding DRC and LVS results using verification tools such as Calibre ICV or PVS
Strong analytical and problem-solving skills with excellent attention to detail
Self-starter capable of independently driving tasks to completion while collaborating effectively within cross-functional teams
MSEE/PhD with 310 years of experience or BSEE with 510 years of experience (MS or PhD preferred)
Hands-on experience with analog and mixed-signal design including low-noise/low-power amplifiers ADCs DACs LDOs bandgaps charge pumps RF wireless transmission and power management architectures
Experience with medical implantable or bioelectronics systems is strongly preferred
Proficient with Cadence custom circuit design tools such as ADE-L and ADE-XL and performing Monte Carlo noise aging EM/IR drop and stability simulations (Synopsys Custom Compiler experience is a plus)
Strong experience with simulation tools such as Spectre Hspice and PrimeSim
MATLAB SystemVerilog and Python experience preferred
Capable of understanding DRC and LVS results using verification tools such as Calibre ICV or PVS
Strong analytical and problem-solving skills with excellent attention to detail
Self-starter capable of independently driving tasks to completion while collaborating effectively within cross-functional teams
About IC Enable:
For over 20 years IC Enable has provided design IP IC products and platform solutions to customers ranging from startups to Fortune 50 companies. Our work spans high-reliability mixed-signal and digital systems with deep expertise across semiconductor medical and defense applications.
We specialize in full-custom ASIC/SoC development and advanced technology platforms tackling some of the most challenging fabrication processes and product requirements in the industry.
At IC Enable our team is our most valuable asset. We look for individuals who are hungry humble and smart and who are excited to grow with us.
IC Enable benefits include Medical Dental Vision and Ancillary benefits 401K Plan with Company Match program.
IC Enable is an Equal Opportunity Employer.
About Company
Experience You Can Trust. Serving multiple high-tech industries, IC Enable delivers precision quality integrated circuit design projects with first-past success.
