Architectural Design refers to the process of creating and planning buildings and structures, emphasizing functionality, aesthetics, and environmental integration. This skill involves understanding design principles, spatial relationships, and materials to develop comprehensive plans that meet the needs of users while adhering to regulatory standards. Knowledge of Architectural Design is utilized to produce detailed drawings, models, and specifications that guide construction and ensure the successful realization of architectural projects.

Architectural Leadership refers to the specialized skill of effectively leading and managing architectural projects and teams. An architectural leader must possess both technical expertise and leadership competencies to ensure the successful design, development, and delivery of projects. This involves setting goals, creating strategies, fostering teamwork, and inspiring innovation, while keeping in mind the needs of stakeholders and adhering to industry standards and regulations. Effective architectural leadership is essential for achieving project success and advancing the profession.

Architecture Strategy involves the planning and development of structural frameworks for systems, organizations, or physical buildings to meet specific goals. It includes designing scalable, efficient, and adaptable solutions that align with business objectives and technological requirements. A clear strategy ensures long-term sustainability and operational efficiency.

High-Level Architecture refers to the conceptual framework that outlines the structure and organization of a system, including its components and their interactions. This skill encompasses the ability to design and document system architectures that align with business goals and technical requirements. Knowledge of High-Level Architecture is used to guide the development process, ensuring that systems are scalable, maintainable, and effectively integrated with existing technologies. It facilitates communication among stakeholders by providing a clear visual representation of the system's design and functionality.

Technical Design refers to the process of creating detailed specifications and plans for the development of systems, products, or structures. This skill encompasses the analysis of requirements, the application of engineering principles, and the creation of design documentation that guides the implementation phase. Knowledge of Technical Design is used to ensure that projects meet functional, aesthetic, and regulatory standards while optimizing performance and efficiency throughout the development lifecycle.