Work at Sychedelic | AI Headphones & Neurotechnology Careers
JOIN THE TEAM

We don't post positions.

We identify builders.

We're building tools to preserve human cognition. The work is hard, the team is small, and the people we look for are already doing something that matters — with or without us. If our mission pulls you, we'd like to talk.

ria.rustagi@sychedelic.com
Minimalist over-ear headphones design prototype in grey color on white background
Minimalist side view of a premium over-ear headphone in a light beige finish with metallic gold accents. The earcup features a circular brushed metal center, connected to a padded headband via a sleek arm and visible cable detail, set against a clean white background.
Sychedelic neurotechnology headphone development — hardware build and testing process
Sychedelic neurotechnology headphone development — product prototype assembly phase
Sychedelic neurotechnology headphone development — advanced prototype assembly and testing
Minimalist over-ear headphones design prototype in grey color on white background
Minimalist side view of a premium over-ear headphone in a light beige finish with metallic gold accents. The earcup features a circular brushed metal center, connected to a padded headband via a sleek arm and visible cable detail, set against a clean white background.
Sychedelic neurotechnology headphone development — hardware build and testing process
Sychedelic neurotechnology headphone development — product prototype assembly phase
Sychedelic neurotechnology headphone development — advanced prototype assembly and testing
Minimalist over-ear headphones design prototype in grey color on white background
Minimalist side view of a premium over-ear headphone in a light beige finish with metallic gold accents. The earcup features a circular brushed metal center, connected to a padded headband via a sleek arm and visible cable detail, set against a clean white background.
Sychedelic neurotechnology headphone development — hardware build and testing process
Sychedelic neurotechnology headphone development — product prototype assembly phase
Sychedelic neurotechnology headphone development — advanced prototype assembly and testing
Minimalist over-ear headphones design prototype in grey color on white background
Minimalist side view of a premium over-ear headphone in a light beige finish with metallic gold accents. The earcup features a circular brushed metal center, connected to a padded headband via a sleek arm and visible cable detail, set against a clean white background.
Sychedelic neurotechnology headphone development — hardware build and testing process
Sychedelic neurotechnology headphone development — product prototype assembly phase
Sychedelic neurotechnology headphone development — advanced prototype assembly and testing
Close-up of a hand holding a partially assembled over-ear headphone earcup in white with a metallic gold bracket. The component appears to be in a workshop setting, with tools, wires, and packaging materials blurred in the background, suggesting an in-progress build or prototype assembly.
Close-up of a mannequin head fitted with over-ear headphones, while a hand adjusts the padded headband. The scene appears to be a testing or assembly setup, with tools, packaging materials, and components visible on a cluttered workbench in the background.
Sychedelic neurotechnology headphone development — hardware components and assembly
Sychedelic neurotechnology headphone development — engineering team hardware iteration
Sychedelic neurotechnology headphone development — engineering workshop and build process
Close-up of a hand holding a partially assembled over-ear headphone earcup in white with a metallic gold bracket. The component appears to be in a workshop setting, with tools, wires, and packaging materials blurred in the background, suggesting an in-progress build or prototype assembly.
Close-up of a mannequin head fitted with over-ear headphones, while a hand adjusts the padded headband. The scene appears to be a testing or assembly setup, with tools, packaging materials, and components visible on a cluttered workbench in the background.
Sychedelic neurotechnology headphone development — hardware components and assembly
Sychedelic neurotechnology headphone development — engineering team hardware iteration
Sychedelic neurotechnology headphone development — engineering workshop and build process
Close-up of a hand holding a partially assembled over-ear headphone earcup in white with a metallic gold bracket. The component appears to be in a workshop setting, with tools, wires, and packaging materials blurred in the background, suggesting an in-progress build or prototype assembly.
Close-up of a mannequin head fitted with over-ear headphones, while a hand adjusts the padded headband. The scene appears to be a testing or assembly setup, with tools, packaging materials, and components visible on a cluttered workbench in the background.
Sychedelic neurotechnology headphone development — hardware components and assembly
Sychedelic neurotechnology headphone development — engineering team hardware iteration
Sychedelic neurotechnology headphone development — engineering workshop and build process
Close-up of a hand holding a partially assembled over-ear headphone earcup in white with a metallic gold bracket. The component appears to be in a workshop setting, with tools, wires, and packaging materials blurred in the background, suggesting an in-progress build or prototype assembly.
Close-up of a mannequin head fitted with over-ear headphones, while a hand adjusts the padded headband. The scene appears to be a testing or assembly setup, with tools, packaging materials, and components visible on a cluttered workbench in the background.
Sychedelic neurotechnology headphone development — hardware components and assembly
Sychedelic neurotechnology headphone development — engineering team hardware iteration
Sychedelic neurotechnology headphone development — engineering workshop and build process
Close-up of hands assembling an over-ear headphone earcup, guiding internal wires into a translucent plastic casing. A small circuit board is visible inside, along with connected cables and components, indicating an in-progress electronics assembly on a work surface.
Sychedelic headphone hardware prototype during development and assembly phase
Sychedelic neurotechnology headphone development — circuit integration and testing
Sychedelic neurotechnology headphone development — firmware and hardware integration testing
Sychedelic neurotechnology headphone development — quality testing and hardware validation
Close-up of hands assembling an over-ear headphone earcup, guiding internal wires into a translucent plastic casing. A small circuit board is visible inside, along with connected cables and components, indicating an in-progress electronics assembly on a work surface.
Sychedelic headphone hardware prototype during development and assembly phase
Sychedelic neurotechnology headphone development — circuit integration and testing
Sychedelic neurotechnology headphone development — firmware and hardware integration testing
Sychedelic neurotechnology headphone development — quality testing and hardware validation
Close-up of hands assembling an over-ear headphone earcup, guiding internal wires into a translucent plastic casing. A small circuit board is visible inside, along with connected cables and components, indicating an in-progress electronics assembly on a work surface.
Sychedelic headphone hardware prototype during development and assembly phase
Sychedelic neurotechnology headphone development — circuit integration and testing
Sychedelic neurotechnology headphone development — firmware and hardware integration testing
Sychedelic neurotechnology headphone development — quality testing and hardware validation
Close-up of hands assembling an over-ear headphone earcup, guiding internal wires into a translucent plastic casing. A small circuit board is visible inside, along with connected cables and components, indicating an in-progress electronics assembly on a work surface.
Sychedelic headphone hardware prototype during development and assembly phase
Sychedelic neurotechnology headphone development — circuit integration and testing
Sychedelic neurotechnology headphone development — firmware and hardware integration testing
Sychedelic neurotechnology headphone development — quality testing and hardware validation
Close-up of a green printed circuit board (PCB) held between fingers, showing detailed electronic components, solder points, and labeled circuits. The board is marked AFE-1_uc V2_110125 and rests over a lined notebook background.
Sychedelic engineering team working on headphone hardware prototype and circuit board assembly
Sychedelic neurotechnology headphone development — electrode and sensor system assembly
Sychedelic neurotechnology headphone development — PPG sensor and tDCS hardware build
Sychedelic neurotechnology headphone development — final prototype build and refinement
Close-up of a green printed circuit board (PCB) held between fingers, showing detailed electronic components, solder points, and labeled circuits. The board is marked AFE-1_uc V2_110125 and rests over a lined notebook background.
Sychedelic engineering team working on headphone hardware prototype and circuit board assembly
Sychedelic neurotechnology headphone development — electrode and sensor system assembly
Sychedelic neurotechnology headphone development — PPG sensor and tDCS hardware build
Sychedelic neurotechnology headphone development — final prototype build and refinement
Close-up of a green printed circuit board (PCB) held between fingers, showing detailed electronic components, solder points, and labeled circuits. The board is marked AFE-1_uc V2_110125 and rests over a lined notebook background.
Sychedelic engineering team working on headphone hardware prototype and circuit board assembly
Sychedelic neurotechnology headphone development — electrode and sensor system assembly
Sychedelic neurotechnology headphone development — PPG sensor and tDCS hardware build
Sychedelic neurotechnology headphone development — final prototype build and refinement
Close-up of a green printed circuit board (PCB) held between fingers, showing detailed electronic components, solder points, and labeled circuits. The board is marked AFE-1_uc V2_110125 and rests over a lined notebook background.
Sychedelic engineering team working on headphone hardware prototype and circuit board assembly
Sychedelic neurotechnology headphone development — electrode and sensor system assembly
Sychedelic neurotechnology headphone development — PPG sensor and tDCS hardware build
Sychedelic neurotechnology headphone development — final prototype build and refinement
THE STANDARD

What we expect.

01

Exponential, not linear.

We don't hire for where you've been. We look at the slope of the curve. If your trajectory isn't accelerating, it isn't the right fit.

02

Standards others call unattainable.

The bar here is set by the people who built it. If your standards aren't high, they're unattainable for others — that's the environment you'd be walking into.

03

Rule both.

Dominance and balance. You hustle hard to achieve your goals and then reset with intention. We're not looking for people who sacrifice one for the other.

PROVE IT

If you're beyond the ordinary,

prove it.

ria.rustagi@sychedelic.com