Scope and Professional Outlook

Technical Architecture is the discipline dedicated to the design and evolution of the internal structure of software systems, addressing deep decisions related to code organization, components, dependencies, scalability, performance, and maintainability. The Technical Architect is the professional who assumes responsibility for how complex systems are built, sustained, and evolved over time.

This role focuses on analyzing existing architectures, defining robust technical structures, managing technical debt, and evaluating design trade-offs in production environments. The work is primarily carried out within engineering teams and technology-driven organizations where system quality is critical to long-term stability and evolution.

The increasing complexity of software systems has established Technical Architecture as the natural next step for senior developers seeking greater technical responsibility and structural impact. Upon completion of the program, participants are awarded the ICTA™ – Igrowker Certified Technical Architect™ certification, which validates the ability to design and sustain technical architectures in complex systems.

Program Content

The program is organized over five weeks of progressive technical work based on real-world cases. Each stage deepens key structural decisions that directly impact the quality, stability, and long-term evolution of complex production systems.

Unit 1 · Architecture analysis and system assessment

Evaluation of existing architectures from a technical perspective. Identification of coupling, critical dependencies, structural weaknesses, and architectural limitations. Reading the system as a whole: code, components, flows, boundaries, and responsibilities. Introduction to technical architectural thinking beyond isolated implementation concerns.

Unit 2 · Structural design and system organization

Definition of sustainable technical structures. Analysis of modularity, separation of responsibilities, context boundaries, and code organization. Evaluation of architectural patterns and their impact on maintainability, scalability, and system evolution. Decision-making around the internal structure of the system.

Unit 3 · Technical trade-offs and structural debt

Identification and management of technical debt. Evaluation of trade-offs between design alternatives considering complexity, performance, cost of change, and operational risk. Analysis of past technical decisions and design of strategies for gradual system correction and improvement.

Unit 4 · Scalability, performance, and operation

Design of technical architectures prepared for load, growth, and continuous operation. Analysis of performance, concurrency, resilience, and observability from an architectural perspective. Technical decision-making aimed at systems that must operate reliably in production.

Unit 5 · System evolution and technical defense

Design of an architectural evolution plan. Technical documentation of structural decisions. Presentation and defense of the proposed technical architecture, justifying choices against constraints, risks, and technical objectives. Comprehensive evaluation of architectural reasoning.

Evaluation and program completion

Program evaluation is based on the continuous review of technical decisions made throughout the architectural cases addressed during the program. Each week, participants are assessed on their ability to analyze existing systems, identify structural issues, and propose technical solutions grounded in sound architectural reasoning.

The program concludes with the presentation and defense of a technical architecture before a technical evaluation committee. This final assessment focuses on the coherence of the proposed architecture, the justification of structural decisions, and the ability to reason about trade-offs related to scalability, performance, security, and system evolution.

Admission Requirements

The Technical Architecture Executive Program is intended for professionals with solid experience in software development who seek to assume greater responsibility over the technical structure of systems. It is not an introductory program, nor is it designed for acquiring basic foundations.

Applicants are expected to demonstrate:

• Proven professional experience in software development.
• Practical knowledge of software architectures, code structures, common patterns, and typical challenges of evolving systems.
• Prior involvement in relevant technical decisions, such as component design, structural definition, significant refactoring efforts, or technical debt management.
• Ability to analyze existing systems, identify structural issues, and evaluate design alternatives with a long-term technical perspective.
• A level of seniority that supports deep technical reasoning and the ability to clearly and structurally justify architectural decisions.

This program is not intended for junior profiles, nor for individuals seeking to learn programming, basic patterns, or architectural fundamentals from scratch.

Admission is managed through a selection process to ensure technical coherence within the cohort and the depth of the work undertaken.

Investment: 1200 €

The program is confirmed once the admission process and enrollment formalization are completed.