Solutions ArchitectSkills & Competency Framework
What skills does a mid-level Solutions Architect in Technology need?
A mid-level Solutions Architect in Technology designs technical solutions that bridge business requirements with engineering implementation, working across cloud platforms, distributed systems, and integration patterns. This role requires strong system design skills, the ability to evaluate trade-offs between competing approaches, and effective communication with both technical and business stakeholders. Mid-level architects are expected to own solution designs for medium-complexity projects independently.
Primary Skills
System Design and Architecture
technicalDesigning scalable, reliable, and maintainable system architectures for medium-complexity projects. Creating architecture diagrams, defining component interactions, and selecting appropriate design patterns including microservices, event-driven, and layered architectures.
Cloud Platform Expertise
technicalProficiency with major cloud platforms (AWS, Azure, or GCP) including compute, storage, networking, and managed services. Designing cloud-native solutions that leverage platform capabilities for scalability, cost efficiency, and operational excellence.
Requirements Analysis and Solution Mapping
analyticalTranslating business requirements into technical solution designs. Conducting requirements workshops, identifying functional and non-functional requirements, and mapping them to specific technology choices and architectural decisions.
Additional Skills
Integration Architecture
technicalDesigning integration patterns between systems using APIs, message queues, event buses, and ETL pipelines. Understanding synchronous vs asynchronous communication, data consistency challenges, and API gateway patterns.
Technical Communication
interpersonalCreating clear architecture documentation, solution proposals, and technical presentations for diverse audiences. Able to explain complex technical decisions to non-technical stakeholders and defend architectural choices with evidence.
Security Architecture
technicalIncorporating security principles into solution designs including authentication, authorization, encryption, and network security. Understanding threat modeling basics and ensuring solutions meet security compliance requirements.
Cost Optimization
analyticalDesigning solutions with cost awareness, estimating infrastructure costs, and making trade-off decisions between performance, reliability, and budget. Understanding cloud pricing models and identifying cost-saving opportunities in architecture decisions.
Proof of Concept Development
technicalBuilding prototypes and proofs of concept to validate architectural decisions before committing to full implementation. Identifying the critical technical risks in a solution and designing targeted experiments to mitigate them.
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Generated by Kaairo's Competency Framework Generator on March 24, 2026