Systems Architect / Engineering Architecture Lead
Job Details
- Languages
- English proficiency at B2 level or higher.
- Experience
- Substantial professional experience as a Systems Architect, Chief Systems Architect, Engineering Architecture Lead, or in a comparable senior technical leadership position.
Requirements
- Substantial professional experience as a Systems Architect, Chief Systems Architect, Engineering Architecture Lead, or in a comparable senior technical leadership position.
- Experience owning and defining architectures for complex engineering systems.
- Ability to lead, coordinate, and collaborate with multidisciplinary engineering teams.
- Expertise in system architecture design, technical trade studies, and interface management.
- Experience conducting architecture reviews and evaluating system-level design decisions.
- Ability to translate project objectives into structured architectures, technical requirements, and measurable evaluation criteria.
- Understanding of subsystem dependencies, system boundaries, integration challenges, and engineering constraints.
- Familiarity with mechanical, electrical, hardware, software, and manufacturing systems.
- Analytical and problem-solving skills for evaluating complex technical challenges and making architectural decisions.
- Organizational skills and attention to detail in structuring workflows and documenting technical requirements.
- Technical communication skills to explain engineering concepts and coordinate across disciplines.
- English proficiency at B2 level or higher.
Responsibilities
- Design realistic engineering projects and scenarios requiring architectural decisions across mechanical, electrical, hardware, software, and manufacturing disciplines.
- Translate high-level project objectives into system architectures with defined boundaries, subsystem responsibilities, interfaces, and technical constraints.
- Break complex architectural challenges into tasks with defined inputs, deliverables, dependencies, and responsibilities.
- Define system-level requirements and align subsystem specifications with overall project objectives.
- Evaluate architectural alternatives and conduct technical trade studies on feasibility, performance, cost, and reliability.
- Document interfaces, dependencies, and integration requirements across subsystems and engineering disciplines.
- Develop technical objectives, acceptance criteria, and evaluation frameworks for architectural solutions and engineering outcomes.
- Identify integration risks, technical conflicts, architectural gaps, and potential design limitations.
- Review system architectures against functional, technical, and operational requirements.
- Develop structured engineering problems for AI training initiatives and assess proposed solutions.