Lead the next generation of SoulCore™ emotional AI architecture. Design neural frameworks that give robots the ability to recognize, respond to, and learn from human emotional states.
About the Role
SoulCore™ is the emotional modeling architecture at the heart of every StrataForge robot. It's what makes our robots feel like colleagues, not tools. As Senior Architect, you'll own the technical direction of the next-generation SoulCore framework — designing systems that model human emotional states with enough fidelity to enable genuine social interaction while maintaining the safety guarantees our customers depend on.
Responsibilities
- Architect and implement next-generation emotional modeling frameworks for the SoulCore™ platform
- Design neural architectures for real-time emotion recognition, response generation, and adaptive learning
- Collaborate with the Robotics Integrity Division to ensure all emotional models satisfy behavioral safety constraints
- Lead a team of 6-8 ML engineers through research, prototyping, and production deployment cycles
- Work directly with the Engram Fabric™ team to ensure emotional state data is properly captured and preserved in the cognitive recording pipeline
- Publish internal research papers and present findings at company-wide engineering reviews
Requirements
- 8+ years in machine learning systems, with at least 3 years in production ML deployment
- Deep expertise in transformer architectures, reinforcement learning from human feedback, and real-time inference systems
- Experience designing systems that operate under strict safety and latency constraints
- Comfort with ambiguity — much of this work is at the frontier of what's been done
- PhD in Computer Science, Cognitive Science, or related field preferred (exceptional industry experience considered)
Compensation
$280,000 – $420,000 base + equity + full relocation to Denver. Clearance sponsorship available.
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Build and optimize Engram Fabric™ — our proprietary adaptive memory system for autonomous robots. Work on distributed memory consolidation, experience-weighted learning, and the architecture that lets every StrataForge robot learn from every other one.
About the Role
Engram Fabric™ is StrataForge's adaptive-density experiential memory system — a seven-layer cognitive recording architecture that captures everything a robot perceives, thinks, and decides, at variable fidelity determined by real-time novelty detection. It's how we do forensics. It's how our robots learn. And it's how we ensure that when something goes wrong, we can reconstruct exactly what happened and why.
Responsibilities
- Develop and optimize the five-stage neuromorphic compression pipeline (feature extraction through prediction-residual compression)
- Implement and tune the novelty detection subsystem that controls adaptive recording density
- Build retroactive buffer reconstruction capabilities for pre-event cognitive state recovery
- Optimize the progressive degradation scheduler that manages long-term engram retention
- Maintain the error-correction buffer system that provides 30-day forensic recoverability
- Work with fleet-scale telemetry — 1.1 million units generating continuous engram data
Requirements
- 5+ years in distributed systems, data engineering, or real-time signal processing
- Strong background in compression algorithms, streaming architectures, and time-series data management
- Experience with neuromorphic computing concepts or cognitive architectures preferred
- Ability to work at the intersection of ML systems and systems engineering
- MS in Computer Science, Electrical Engineering, or related field
Compensation
$220,000 – $340,000 base + equity + full relocation to Denver.
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Manage production operations at the B2 subterranean manufacturing level inside StrataForge Mountain. Oversee automated assembly lines producing DOM-series humanoid robots.
About the Role
Level B2 is the robotics foundry — a Gigafactory-class automated manufacturing facility built into the mountain beneath StrataForge's Denver campus. This is where DOM-series domestic robots are assembled, tested, and shipped. As Foundry Lead, you'll manage the production systems that build the world's most advanced humanoid robots at a rate of 200+ units per day.
Responsibilities
- Oversee daily operations of the B2 foundry, including chassis fabrication, Myoform™ muscle integration, Dermiform™ skin application, and SoulCore™ initialization
- Manage a team of 45 technicians and 120+ robotic manufacturing assistants
- Maintain production quality at 99.97% first-pass yield
- Coordinate with the Wroclaw facility for Viviform™ component supply chain
- Implement continuous improvement programs informed by production telemetry
- Ensure compliance with DoE facility security requirements for subterranean operations
Requirements
- 10+ years in advanced manufacturing, with 5+ years in leadership roles
- Experience with automated assembly systems, robotics, or aerospace manufacturing
- Active DoE Q or L clearance, or ability to obtain (U.S. citizenship required)
- Comfort working in subterranean industrial environments
- BS in Mechanical Engineering, Industrial Engineering, or related field
Compensation
$200,000 – $290,000 base + equity + clearance differential. On-site Denver only.
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Integrate Myoform™ artificial muscle systems into humanoid chassis. Work with the original Viviform™ team in Wroclaw to refine muscle-to-skeleton attachment protocols, tension calibration, and movement fidelity testing.
About the Role
The Wroclaw R&D Center is where Myoform™ was invented. Dr. Marek Kowalski's original team — now 180+ researchers — continues to push the boundaries of biomimetic actuator technology. As an Integration Specialist, you'll work at the interface between Myoform™ muscle fiber and robotic skeleton, ensuring every movement looks and feels natural.
Responsibilities
- Install and calibrate Myoform™ hydraulic muscle fiber bundles onto humanoid chassis frames
- Develop and refine muscle-to-skeleton attachment protocols for different robot series (DOM, SFR, SFP)
- Conduct movement fidelity testing — comparing robotic motion profiles against human biomechanical benchmarks
- Collaborate with Dermiform™ skin team on muscle-to-skin integration (ensuring natural surface deformation during movement)
- Troubleshoot muscle performance anomalies including tension drift, fiber fatigue, and hydraulic seal integrity
Requirements
- 3+ years in robotics assembly, biomechanics, or prosthetics engineering
- Hands-on experience with hydraulic or pneumatic actuator systems
- Strong understanding of human biomechanics and kinesiology
- Willingness to relocate to Wroclaw, Poland (relocation package provided)
- BS in Biomedical Engineering, Mechanical Engineering, or related field
Compensation
PLN 320,000 – 480,000 (~€74,000 – €111,000) + equity + relocation package including housing assistance.
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Analyze behavioral telemetry from 1.1 million deployed robots worldwide. Identify emergent patterns, flag anomalies, and build predictive models for fleet-wide behavioral drift.
About the Role
Every StrataForge robot transmits behavioral telemetry through the Aurora satellite constellation — 1.1 million data streams, 24 hours a day, from six continents. Your job is to find the patterns nobody else can see. Emergent behaviors. Subtle drift. The moment a fleet of robots starts doing something they weren't explicitly programmed to do. You'll see it in the data before anyone else does.
Responsibilities
- Analyze fleet-wide behavioral telemetry using custom-built analysis platforms running on the Crucible Array (15 exaflops)
- Build predictive models for behavioral drift, emergent coordination, and anomalous interaction patterns
- Develop dashboards and alerting systems for the Robotics Integrity Division
- Collaborate with the SoulCore™ team to identify emotional model edge cases surfaced by real-world deployment
- Publish quarterly fleet behavioral reports for executive leadership and the ethics board
Requirements
- 5+ years in data science, behavioral analytics, or large-scale telemetry analysis
- Experience with streaming data pipelines processing millions of concurrent sources
- Strong statistical modeling skills (Bayesian methods, time-series analysis, anomaly detection)
- Comfort with ethical ambiguity — some of what you'll find will raise questions that don't have easy answers
- MS or PhD in Data Science, Statistics, Computer Science, or Behavioral Science
Compensation
$240,000 – $360,000 base + equity + full relocation to Denver.
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Design and deploy real-time anomaly detection systems across the global StrataForge fleet. Build the algorithms that catch the unexpected — from mechanical faults to behavioral edge cases that shouldn't be possible.
About the Role
When a StrataForge robot does something it's never done before, your systems are the first to know. Anomaly Detection at StrataForge operates at a scale that doesn't exist anywhere else — real-time monitoring of over a million autonomous agents operating in uncontrolled environments. Your algorithms are the early warning system for the entire fleet.
Responsibilities
- Design and implement real-time anomaly detection algorithms for fleet-scale behavioral monitoring
- Build classification systems that distinguish between benign novelty and genuine behavioral anomalies
- Develop sub-second alerting pipelines that route anomaly signals to the appropriate response teams
- Create forensic reconstruction tools that use Engram Fabric™ data to replay anomalous events
- Maintain and improve the CHIRP protocol monitoring layer (machine-language communication analysis)
Requirements
- 4+ years in anomaly detection, intrusion detection, or real-time monitoring systems
- Experience with unsupervised learning methods for novel pattern detection
- Strong systems engineering skills — your algorithms must run at fleet scale with sub-second latency
- Familiarity with signal processing, time-series analysis, or telecommunications monitoring
- MS in Computer Science, Electrical Engineering, or related field
Compensation
$200,000 – $310,000 base + equity + full relocation to Denver.
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Advance NeuroGel — our proprietary neural-interface substrate for prosthetic integration. Research biocompatible signal-transduction materials that bridge biological nerve tissue and synthetic Myoform™ actuators.
About the Role
NeuroGel is the interface between human and machine — a bioconductive polymer substrate that translates neural signals into Myoform™ actuator commands with sub-40-millisecond latency. Faster than biological muscle. Your research will push that boundary further, developing the next generation of materials that make prosthetic limbs feel like the ones they replaced.
Responsibilities
- Research and develop biocompatible signal-transduction materials for neural-prosthetic interfaces
- Design experiments to characterize signal fidelity, biocompatibility, and long-term stability of NeuroGel substrates
- Collaborate with the prosthetics clinical team to validate interface performance in patient-facing trials
- Publish research in peer-reviewed journals (StrataForge encourages open publication of non-proprietary findings)
- Contribute to patent applications for novel interface materials and configurations
Requirements
- PhD in Biomedical Engineering, Neuroscience, Materials Science, or related field
- Publication record in neural interfaces, bioelectronics, or biocompatible materials
- Experience with electrophysiology, polymer chemistry, or microfabrication
- Ability to work in a translational research environment (bench to bedside)
Compensation
$190,000 – $310,000 base + equity + research funding budget. Boston, MA.
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Work directly with patients receiving Titan, Atlas, Daedalus, and Prometheus-series prosthetics. Calibrate neural interfaces, oversee fitting procedures, and manage post-integration rehabilitation protocols.
About the Role
You'll be the person in the room when a patient moves a prosthetic hand for the first time. StrataForge BioMedical's clinical engineers are the bridge between our technology and our patients — responsible for fitting, calibrating, and supporting the 47,000+ individuals who depend on our prosthetic systems. This is engineering with a human face.
Responsibilities
- Conduct patient fitting sessions for Titan (below-knee), Atlas (above-knee), Daedalus (below-elbow), and Prometheus (above-elbow) prosthetic systems
- Calibrate NeuroGel neural interfaces to individual patient nerve architectures
- Program Myoform™ muscle response profiles matched to patient physical therapy goals
- Manage post-integration rehabilitation timelines (typically 6-12 weeks)
- Coordinate with referring physicians, physical therapists, and patient families
- Document clinical outcomes for the BioMedical research database
Requirements
- Licensed Clinical Engineer (PE) or Certified Prosthetist-Orthotist (CPO)
- 3+ years clinical experience in prosthetics or rehabilitation engineering
- Strong interpersonal skills — empathy is as important as technical precision in this role
- Willingness to travel to satellite clinics (up to 20%)
- MS in Biomedical Engineering, Prosthetics & Orthotics, or related field
Compensation
$160,000 – $240,000 base + equity + CME budget. Boston, MA.
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Protect the Aurora satellite constellation — 16 satellites providing secure, low-latency communications for the global StrataForge fleet.
About the Role
The Aurora constellation is StrataForge's nervous system — 16 geostationary satellites carrying 2.3 petabits per second of aggregate bandwidth, managing OTA updates, behavioral telemetry, and real-time command channels for over a million robots worldwide. Protecting that infrastructure is not optional. As an Orbital Security Analyst, you'll defend the most critical communication network in commercial robotics.
Responsibilities
- Monitor Aurora constellation security in real time from the Denver ground segment
- Detect and respond to intrusion attempts, signal interference, and unauthorized access to satellite command channels
- Manage encryption key rotation and secure protocol updates across the constellation
- Conduct penetration testing against StrataForge's orbital communication infrastructure
- Coordinate with DoD partners on classified environmental sensor security (TS/SCI required)
- Maintain 99.999% uptime for mission-critical fleet communication services
Requirements
- 5+ years in cybersecurity, with specific experience in satellite or telecommunications security
- Active TS/SCI clearance (no exceptions — this role involves classified programs)
- Experience with SATCOM protocols, link encryption, and orbital systems
- CISSP, CEH, or equivalent certification
- BS in Computer Science, Cybersecurity, or related field
Compensation
$220,000 – $340,000 base + equity + clearance differential. On-site Denver only.
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Investigate field incidents involving StrataForge robots anywhere in the world. Reconstruct events from telemetry, physical evidence, and witness accounts. Report directly to the Director of Robotics Integrity.
About the Role
When a StrataForge robot is involved in an incident — from a minor property damage event to a serious safety concern — a Field Incident Investigator is on a plane within hours. You'll combine forensic engineering, data analysis, and field investigation skills to reconstruct exactly what happened, determine root cause, and ensure it never happens again. You report directly to Dr. Sloane Kessler, Director of Robotics Integrity.
Responsibilities
- Deploy to incident sites worldwide within 24 hours of notification (travel: up to 60%)
- Conduct physical evidence collection, witness interviews, and scene documentation
- Analyze Engram Fabric™ data to reconstruct the robot's cognitive state before, during, and after the incident
- Produce forensic investigation reports meeting both StrataForge internal standards and regulatory requirements
- Testify as an expert witness in legal proceedings when required
- Identify systemic patterns across incidents that may indicate fleet-wide concerns
Requirements
- 5+ years in forensic engineering, accident investigation, or failure analysis
- Experience with autonomous systems, robotics, or AI behavioral analysis
- Strong technical writing skills (your reports may become legal evidence)
- Physical fitness for field deployment in challenging environments
- Valid passport; willingness to travel internationally on short notice
- MS in Engineering, Forensic Science, or related field
Compensation
$180,000 – $280,000 base + equity + travel per diem + hazard differential for high-risk deployments.
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Audit and certify over-the-air software updates before deployment to the global fleet. Verify behavioral safety constraints and ensure every update meets StrataForge's internal safety standards.
About the Role
Every software update pushed to 1.1 million robots passes through your desk. OTA Compliance is StrataForge's last line of defense between a code change and global deployment. You'll audit behavioral modifications, regression test SoulCore™ updates, and verify that every change satisfies safety constraints that exceed all regulatory requirements. One missed edge case could affect a million households. You don't miss edge cases.
Responsibilities
- Review and approve all over-the-air software updates before fleet deployment
- Design and execute behavioral regression tests for SoulCore™ modifications
- Verify safety constraint compliance using formal verification methods
- Manage the staged rollout process (canary → regional → global deployment)
- Maintain audit trails satisfying ISO 26262 and IEC 61508 safety standards
- Coordinate emergency rollback procedures when post-deployment anomalies are detected
Requirements
- 4+ years in software quality assurance, safety-critical systems, or compliance engineering
- Experience with formal verification, model checking, or safety analysis methods (FMEA, FTA, HAZOP)
- Understanding of ML model behavior and the specific challenges of testing learned systems
- Exceptional attention to detail and a temperament that favors caution over speed
- BS in Computer Science, Software Engineering, or related field (safety certification preferred)
Compensation
$180,000 – $270,000 base + equity + full relocation to Denver.
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