Careers at JRAD

Build the Future of Magnetic Conveyance

JRAD is developing a next-generation magnetic conveyance system built on a paired architecture: active coil arrays onboard TPU-based conveyance pods interacting with engineered ferromagnetic rails as the reaction partner. Our work investigates whether AI-assisted magnetic conveyance can deliver lower failure rates, reduced wear, and more predictable performance than conventional mechanical systems.

JRAD is not a traditional aerospace or robotics company. We are a magnetic-systems engineering organization focused on reliability, stability, and long-duration performance in industrial environments where uptime matters.

Why Work at JRAD

JRAD’s engineering culture is built around precision, clarity, and disciplined experimentation. Every role contributes directly to the development of a full-stack magnetic conveyance ecosystem — from coil arrays to ferromagnetic rails to the AI systems that monitor them.

What you’ll work on:

• AI-driven reliability systems
• Distributed coil control and duty-cycle rotation
• Ferromagnetic rail engineering and sensor integration
• TPU conveyance pod design and structural tray systems
• Gap-stability control loops and field-response modeling
• Prototype development and real-world testing

What we offer:

• Small, elite engineering teams with high autonomy
• Equity-driven compensation for core contributors
• Mission-focused culture with zero bureaucracy
• Direct collaboration with the Founder & Vision Architect
• A chance to build a first-in-industry magnetic conveyance platform

Elite Technical Team Structure

JRAD’s Elite Technical Team is a 10-role, equity-allocated engineering group responsible for developing the JRAD Magnetic Conveyance System (JMCS), including coil arrays, rail systems, AI reliability, and prototype integration.

Tier 1 — Core Architecture (3 Roles)

• Lead Systems Architect / CTO — 5%
  Defines the full JMCS architecture, including coil–rail interaction, distributed control, and AI reliability integration.
• Principal Magnetic Systems Engineer — 5%
  Designs coil arrays, duty-cycle rotation logic, field-shaping strategies, and gap-stability mechanisms.
• Rail & Structural Systems Lead — 5%
  Architects ferromagnetic rail geometry, sensor placement, and the Ekso-engineered structural tray beneath the TPU pod.

Tier 2 — Engineering & Integration (5 Roles)

• Senior Embedded Systems Architect — 1%
  Firmware, control logic, sensor fusion, and real-time diagnostics.
• Senior Mechanical Integration Lead — 1%
  TPU pod integration, Ekso tray mounting, coil cartridge placement, and structural load paths.
• Senior AI Reliability Engineers (2 roles) — 2%
  Adaptive monitoring, predictive maintenance algorithms, automated restoration triggers, and failure-mode modeling.
• Senior Fabrication Engineer — 1%
  Prototype fabrication, coil cartridge assembly, rail section construction, and precision alignment.
• Senior Program Management Lead (2 roles) — 2%
  Milestones, documentation, cross-team coordination, and prototype readiness.

Open Roles

JRAD is currently reviewing candidates for upcoming engineering, fabrication, and AI reliability positions. Openings will be posted here as JMCS advances into build and test phases.

How to Apply

To express interest in joining JRAD, please send a professional introduction and portfolio link to:

careers@jradcorp.com

Candidates will be contacted as roles become available within the Elite Technical Team or supporting engineering groups.