INTL
WWR
전문가
외주
원격 가능
Legion: Chief Architect
예상 기간
장기 (정규직)
난이도
전문가
기술 스택
AI/ML
Distributed Systems
Data Platform
Optimization
Cloud Infrastructure
APIs
AI 분석 요약 기회점수 45/100
Legion Technologies의 시간제 근로자용 AI 기반 워크포스 관리(WFM) 플랫폼의 기술 전반을 책임지는 Chief Architect(최고 아키텍트) 채용 공고입니다. AI/최적화/예측/스케줄링/분산시스템/데이터 플랫폼/실시간 의사결정 등 플랫폼의 가장 복잡한 영역에 대한 아키텍처와 기술 의사결정을 직접 코드 수준까지 내려가 주도하는 핸즈온 리더 역할입니다. 대규모 엔터프라이즈 미션크리티컬 소프트웨어를 설계·확장한 경험과 시니어 엔지니어들을 이끌 깊은 기술적 신뢰도가 요구됩니다. 외주 프로젝트가 아니라 정규직 최고위 엔지니어링 리더십 포지션에 적합합니다.
핵심 요구사항
- 대규모 엔터프라이즈 미션크리티컬 소프트웨어 설계 및 확장 경험
- AI/최적화/예측/분산시스템/데이터 아키텍처에 대한 깊은 기술 전문성
- 코드 수준부터 장기 플랫폼 전략까지 넘나드는 핸즈온 아키텍처 역량
- 아키텍처 결정 기록(ADR)·기술 명세·프로토타입 작성 및 디자인 리뷰 주도
- Staff/Principal급 시니어 엔지니어를 설득·리드할 기술적 신뢰도
- 불완전한 정보 속에서 고영향 기술 트레이드오프 의사결정 능력
산출물
- 플랫폼 장기 아키텍처 및 기술 표준 정의
- 아키텍처 결정 기록(ADR) 및 기술 명세
- 프로토타입·레퍼런스 구현 및 디자인 패턴
- 주요 플랫폼 이니셔티브에 대한 최종 아키텍처 결정
매력 포인트
- 완전 원격(US) 근무
- AI 기반 WFM 플랫폼의 최고위 기술 리더십 포지션
- 핸즈온 + 장기 플랫폼 전략을 모두 아우르는 명확한 역할 정의
주의사항
- 외주/프리랜서 플랫폼(weworkremotely)에 올라왔으나 실제로는 정규직 C-레벨 채용 공고
- 예산·기간 정보가 전혀 명시되지 않음
- 현재 CEO가 임시로 수행 중인 공석으로 조직 내 역할 정립이 미완성일 수 있음
프로젝트 유형장기계약
적합 개발자15년차 이상 시니어/스태프/프린시플 아키텍트 (엔터프라이즈 분산시스템 + AI/ML)
프로젝트 원문 설명
Headquarters: Remote, United States
Chief Architect
Remote - US
Legion Technologies is building the AI-powered operating system for the hourly workforce. We are hiring a Chief Architect to serve as Legion’s most senior hands-on technical leader and to shape the technical foundation that will power the next decade of product innovation.
This is not a strategy-only or advisory role. The Chief Architect must live close to the code, go deep with engineering teams, challenge assumptions, write and review technical designs, make high-consequence architecture decisions, and help turn bold product ambitions into scalable, reliable production systems.
This person will own architecture and technical decision-making for the most complex parts of Legion’s Workforce Management platform, including AI, optimization, forecasting, scheduling, distributed systems, data platforms, real-time decisioning, enterprise scalability, security, compliance, and developer productivity.
The ideal candidate has built and scaled mission-critical software used by large enterprise customers, has deep technical credibility with senior engineers, and can operate fluidly between code-level decisions and long-term platform strategy. They are pragmatic, decisive, opinionated, and comfortable making hard tradeoffs when simplicity, scalability, reliability, or customer trust require it.
This role reports to the Head of Product, Engineering, and Support. This is an open role currently being filled on an interim basis by the CEO.
Responsibilities and Duties
Hands-On Architecture and Technical Decision-Making
Serve as Legion’s senior-most hands-on technical authority for complex architecture, system design, and platform evolution.
- Personally dive into code, design documents, production incidents, performance bottlenecks, and implementation tradeoffs to diagnose root causes and guide technical direction.
- Lead the hardest technical decisions across AI systems, optimization engines, distributed systems, data architecture, reliability, scalability, security, and platform modernization.
- Write prototypes, reference implementations, architecture decision records, technical specifications, and design patterns where needed to unblock teams and establish clear direction.
- Make high-consequence technical decisions with incomplete information, balancing correctness, simplicity, speed, scalability, reliability, cost, and long-term maintainability.
- Challenge architectural drift, unnecessary complexity, weak abstractions, and short-term decisions that create long-term platform risk.
- Partner directly with Staff, Principal, and senior engineering leaders in design reviews, code-level discussions, and implementation planning.
Platform Architecture and Technical Vision
- Define and own the long-term architecture for Legion’s AI-driven Workforce Management platform across application services, data infrastructure, ML systems, optimization engines, APIs, integration architecture, developer platforms, and enterprise-scale operations.
- Establish engineering-wide standards for system design, scalability, performance, reliability, extensibility, observability, security, and maintainability.
- Serve as the final architectural authority for major platform initiatives and technical decisions with long-term consequences.
- Identify opportunities to reduce complexity, improve system efficiency, accelerate engineering velocity, and unlock new product capabilities.
- Proactively surface technical debt, architectural risk, and platform constraints before they compound into customer, product, or engineering velocity issues.
- Create pragmatic migration paths from current-state architecture to target-state architecture while maintaining uptime, customer trust, backward compatibility, and delivery speed.
- Ensure Legion’s architecture supports enterprise configurability and extensibility without allowing uncontrolled customization or product fragmentation.
AI, Optimization, and Decision Systems
- Architect AI-native product capabilities across forecasting, scheduling, labor optimization, recommendations, copilots or agents, anomaly detection, decision automation, and other intelligent workforce management use cases.
- Define the architecture for production AI systems, including data pipelines, feature platforms, model training, model serving, retrieval, evaluation, monitoring, feedback loops, and continuous improvement.
- Make clear build-versus-buy decisions across LLMs, classical ML, optimization solvers, retrieval systems, evaluation frameworks, and internal AI platforms.
- Partner closely with Product, Data Science, and Engineering to turn mathematically complex labor optimization problems into reliable, scalable, explainable production systems.
- Establish standards for AI system quality, including accuracy, latency, cost, explainability, drift detection, reliability, customer-specific behavior, and production observability.
- Ensure Legion’s AI capabilities remain differentiated, defensible, enterprise-ready, and deeply integrated into operational workflows rather than bolted on as superficial features.
Distributed Systems, Data, and Enterprise Scale
- Drive architecture for large-scale, multi-tenant SaaS systems serving complex enterprise customers with high availability, performance, security, and compliance expectations.
- Lead technical decisions involving microservices, APIs, event-driven architecture, distributed data processing, real-time systems, data governance, and large-scale analytics.
- Improve the architecture for observability, incident analysis, performance engineering, capacity planning, reliability, and operational excellence.
- Use production data, incidents, escalations, and customer operational patterns as inputs into architecture and platform improvement.
- Ensure architectural decisions support global scale, data residency, enterprise integrations, configurability, extensibility, and long-term platform leverage.
Product, Business, and Customer Impact
- Connect technical decisions directly to customer value, product velocity, implementation speed, scalability, reliability, and long-term platform advantage.
- Partner with Product and Engineering leadership to translate ambitious product goals into executable architecture and technical roadmaps.
- Understand enterprise customer complexity and design systems that support real-world operational variability without creating unsustainable technical debt.
- Support strategic customer, partner, and vendor architecture discussions where deep technical credibility is required.
- Help evaluate technical implications of major product, partner, platform, and commercial decisions.
Engineering Culture and Technical Talent
- Mentor and elevate Staff Engineers, Principal Engineers, architects, and senior engineering leaders across the organization.
- Raise the bar for technical judgment, system design, architecture reviews, documentation, code quality, operational discipline, and engineering craftsmanship.
- Help assess, attract, and develop senior technical talent, including Staff, Principal, and architect-level engineers.
- Build a culture of disciplined technical thinking, direct debate, clear decision-making, and pragmatic execution.
- Ensure architectural decisions are documented clearly, understood broadly, and translated into executable engineering plans.
Security, Compliance, and Enterprise Readiness
- Own the architectural approach to enterprise security, data governance, privacy, compliance, auditability, and resilience.
- Ensure architecture supports SOC 2, ISO 27001, data residency, access control, tenant isolation, regulatory requirements, and other needs of large global enterprise customers.
- Partner with Security, Infrastructure, Product, and Engineering teams to make security and compliance foundational architectural properties rather than after-the-fact controls.
Travel Requirements
Chief Architect
Remote - US
Legion Technologies is building the AI-powered operating system for the hourly workforce. We are hiring a Chief Architect to serve as Legion’s most senior hands-on technical leader and to shape the technical foundation that will power the next decade of product innovation.
This is not a strategy-only or advisory role. The Chief Architect must live close to the code, go deep with engineering teams, challenge assumptions, write and review technical designs, make high-consequence architecture decisions, and help turn bold product ambitions into scalable, reliable production systems.
This person will own architecture and technical decision-making for the most complex parts of Legion’s Workforce Management platform, including AI, optimization, forecasting, scheduling, distributed systems, data platforms, real-time decisioning, enterprise scalability, security, compliance, and developer productivity.
The ideal candidate has built and scaled mission-critical software used by large enterprise customers, has deep technical credibility with senior engineers, and can operate fluidly between code-level decisions and long-term platform strategy. They are pragmatic, decisive, opinionated, and comfortable making hard tradeoffs when simplicity, scalability, reliability, or customer trust require it.
This role reports to the Head of Product, Engineering, and Support. This is an open role currently being filled on an interim basis by the CEO.
Responsibilities and Duties
Hands-On Architecture and Technical Decision-Making
Serve as Legion’s senior-most hands-on technical authority for complex architecture, system design, and platform evolution.
- Personally dive into code, design documents, production incidents, performance bottlenecks, and implementation tradeoffs to diagnose root causes and guide technical direction.
- Lead the hardest technical decisions across AI systems, optimization engines, distributed systems, data architecture, reliability, scalability, security, and platform modernization.
- Write prototypes, reference implementations, architecture decision records, technical specifications, and design patterns where needed to unblock teams and establish clear direction.
- Make high-consequence technical decisions with incomplete information, balancing correctness, simplicity, speed, scalability, reliability, cost, and long-term maintainability.
- Challenge architectural drift, unnecessary complexity, weak abstractions, and short-term decisions that create long-term platform risk.
- Partner directly with Staff, Principal, and senior engineering leaders in design reviews, code-level discussions, and implementation planning.
Platform Architecture and Technical Vision
- Define and own the long-term architecture for Legion’s AI-driven Workforce Management platform across application services, data infrastructure, ML systems, optimization engines, APIs, integration architecture, developer platforms, and enterprise-scale operations.
- Establish engineering-wide standards for system design, scalability, performance, reliability, extensibility, observability, security, and maintainability.
- Serve as the final architectural authority for major platform initiatives and technical decisions with long-term consequences.
- Identify opportunities to reduce complexity, improve system efficiency, accelerate engineering velocity, and unlock new product capabilities.
- Proactively surface technical debt, architectural risk, and platform constraints before they compound into customer, product, or engineering velocity issues.
- Create pragmatic migration paths from current-state architecture to target-state architecture while maintaining uptime, customer trust, backward compatibility, and delivery speed.
- Ensure Legion’s architecture supports enterprise configurability and extensibility without allowing uncontrolled customization or product fragmentation.
AI, Optimization, and Decision Systems
- Architect AI-native product capabilities across forecasting, scheduling, labor optimization, recommendations, copilots or agents, anomaly detection, decision automation, and other intelligent workforce management use cases.
- Define the architecture for production AI systems, including data pipelines, feature platforms, model training, model serving, retrieval, evaluation, monitoring, feedback loops, and continuous improvement.
- Make clear build-versus-buy decisions across LLMs, classical ML, optimization solvers, retrieval systems, evaluation frameworks, and internal AI platforms.
- Partner closely with Product, Data Science, and Engineering to turn mathematically complex labor optimization problems into reliable, scalable, explainable production systems.
- Establish standards for AI system quality, including accuracy, latency, cost, explainability, drift detection, reliability, customer-specific behavior, and production observability.
- Ensure Legion’s AI capabilities remain differentiated, defensible, enterprise-ready, and deeply integrated into operational workflows rather than bolted on as superficial features.
Distributed Systems, Data, and Enterprise Scale
- Drive architecture for large-scale, multi-tenant SaaS systems serving complex enterprise customers with high availability, performance, security, and compliance expectations.
- Lead technical decisions involving microservices, APIs, event-driven architecture, distributed data processing, real-time systems, data governance, and large-scale analytics.
- Improve the architecture for observability, incident analysis, performance engineering, capacity planning, reliability, and operational excellence.
- Use production data, incidents, escalations, and customer operational patterns as inputs into architecture and platform improvement.
- Ensure architectural decisions support global scale, data residency, enterprise integrations, configurability, extensibility, and long-term platform leverage.
Product, Business, and Customer Impact
- Connect technical decisions directly to customer value, product velocity, implementation speed, scalability, reliability, and long-term platform advantage.
- Partner with Product and Engineering leadership to translate ambitious product goals into executable architecture and technical roadmaps.
- Understand enterprise customer complexity and design systems that support real-world operational variability without creating unsustainable technical debt.
- Support strategic customer, partner, and vendor architecture discussions where deep technical credibility is required.
- Help evaluate technical implications of major product, partner, platform, and commercial decisions.
Engineering Culture and Technical Talent
- Mentor and elevate Staff Engineers, Principal Engineers, architects, and senior engineering leaders across the organization.
- Raise the bar for technical judgment, system design, architecture reviews, documentation, code quality, operational discipline, and engineering craftsmanship.
- Help assess, attract, and develop senior technical talent, including Staff, Principal, and architect-level engineers.
- Build a culture of disciplined technical thinking, direct debate, clear decision-making, and pragmatic execution.
- Ensure architectural decisions are documented clearly, understood broadly, and translated into executable engineering plans.
Security, Compliance, and Enterprise Readiness
- Own the architectural approach to enterprise security, data governance, privacy, compliance, auditability, and resilience.
- Ensure architecture supports SOC 2, ISO 27001, data residency, access control, tenant isolation, regulatory requirements, and other needs of large global enterprise customers.
- Partner with Security, Infrastructure, Product, and Engineering teams to make security and compliance foundational architectural properties rather than after-the-fact controls.
Travel Requirements
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