Chief Biohybrid Systems Engineer

Devyantram; Ashburn (VA); On-site; USD 145,000 - 165,000; Full time

Job summary

Devyantram in Ashburn, VA seeks a senior leader to own the living‑systems layer of its CEREBRION platform. You will oversee neural substrates in living and engineered forms, biohybrid materials, and the bioelectronic interface that ties biology to electronics and optics.

You will drive design of neural‑tissue substrates, iontronic devices, and regenerative materials, collaborating with photonics, mechatronics, and controls teams, while setting biosafety and IP standards for scalable, durable

Qualifications

• MS or PhD in Bioengineering or related field.
• 8+ years hands‑on R&D across living systems and bioelectronic work.
• Deep experience with engineered neural tissue, biohybrid systems, or organoids.
• Hands‑on bioelectronic interfaces and coupling substrates to electronic/optical systems.
• Experience with ionic/conducting‑polymer devices and iontronic substrates.
• Ability to take living or materials‑based systems from bench to integrated use.
• Strong experimental design and cross‑disciplinary communication.

Responsibilities

• Own the neural substrate of the CEREBRION platform in living and materials forms.
• Develop and maintain engineered neural tissue and biohybrid substrates.
• Design neural‑emulating substrates using iontronic approaches.
• Partner with photonics and micro/nano leads on device fabrication and physics.
• Support closed‑loop learning across the system.
• Establish biosafety, ethics, and reproducibility standards.

Skills

Bioengineering

Bioelectronic interfaces

Neural engineering

Cross-disciplinary communication

Organoid research

Ionic devices

Education

MS or PhD in Bioengineering

Tools

Ionic and conducting‑polymer devices

Bioelectronic interfaces

Job description

Devyantram in Ashburn, VA seeks a senior leader to own the living‑systems layer of its CEREBRION platform. You will oversee neural substrates in living and engineered forms, biohybrid materials, and the bioelectronic interface that ties biology to electronics and optics.

You will drive design of neural‑tissue substrates, iontronic devices, and regenerative materials, collaborating with photonics, mechatronics, and controls teams, while setting biosafety and IP standards for scalable, durable