Systems Architect / Engineering Architecture Lead

About Gramian
Gramian Consultancy is a boutique consultancy specializing in IT professional services and engineering talent solutions. With a strong background in software engineering and leadership, we help companies build high-performing teams by matching them with professionals who truly fit their needs.

About the Job
We are seeking an experienced Systems Architect or Chief Systems Architect to contribute to a specialized AI training project focused on complex, real-world engineering workflows.

This role is intended for senior engineering professionals with proven experience defining system architectures, managing technical interfaces, and leading multidisciplinary engineering teams. You will use your expertise to design realistic engineering scenarios, translate project objectives into structured system architectures, coordinate contributions from different technical specialists, and establish clear evaluation criteria.

The ideal candidate understands how complex systems are structured across mechanical, electrical, hardware, software, and manufacturing disciplines, and can identify dependencies, constraints, and engineering trade-offs throughout the system lifecycle. Previous AI experience is not required.

• CONTRACT: Contractor
• LOCATION: Remote – US-based candidates preferred; worldwide candidates with strong relevant experience considered.
• PROJECT: AI training focused on complex engineering workflows.
• AI EXPERIENCE: Not required.
• FOCUS AREAS: Systems architecture, multidisciplinary engineering, interface management, technical trade studies, and system integration.

Key Responsibilities

• Design realistic engineering projects that require architectural decisions across multiple technical disciplines, including mechanical, electrical, hardware, software, and manufacturing.

• Translate high-level project objectives into detailed system architectures with clearly defined boundaries, subsystem responsibilities, interfaces, and technical constraints.

• Break complex architectural challenges into interconnected tasks with defined inputs, deliverables, dependencies, and expert responsibilities.

• Define system-level requirements and ensure alignment between subsystem specifications and overall project objectives.

• Evaluate architectural alternatives and conduct technical trade studies to assess feasibility, performance, cost, reliability, and other engineering considerations.

• Establish and document interfaces and dependencies between subsystems and engineering disciplines.

• Define technical objectives, acceptance criteria, and evaluation frameworks for assessing architectural solutions.

• Apply systems engineering principles to identify integration risks, technical conflicts, and architectural gaps.

• Review system architectures and assess whether proposed solutions meet functional and operational requirements.

• Ensure project scenarios reflect realistic engineering practices and industry standards.