Microsoft offers the AZ-303 and AZ-304 exams, which replaced the older AZ-300 and AZ-301 exams. The AZ-303 exam focuses on Azure architecture, while the AZ-304 exam covers design considerations for Azure solutions.
My quick inputs:TOGAFMCA - MicrosoftIBM - OOADCPSA - iSAQB
You need a 5-year professional bachelor's degree in architecture. Other skills are considered too such as computer skills. Get three years of training before being licensed. Obtain a professional certification.
Microsoft Certified Architect (MCA) The Microsoft Certified Architect program recognizes and provides advanced certification to practicing architects in an enterprise setting.
The recommended math level for an architect will be several years of college level math. An architect should be highly skilled in geometry and in any other forms of math that help in design.
This question might be asking what high school courses are recommended for a person who wants to be an architect. It is best to discuss the requirements with a high school counselor or with a representative from the university you wish to attend.
TOGAF certification alone will not get you a job as an enterprise architect, but it is a very important thing to have. EA is a fairly specialized field, so most of your work will be with larger organizations.
If you have no prior Azure experience, start with AZ-900 (Azure Fundamentals), then move to AZ-104 (Azure Administrator), and finally pursue AZ-305 (Azure Solutions Architect). Hands-on practice is essential. Many candidates use DumpsArena practice materials, but it's best to combine them with Microsoft Learn and real Azure labs for success.
The AWS Certified Cloud Practitioner – Security isn’t a separate certification on its own, but rather a part of the knowledge areas covered under the AWS Certified Cloud Practitioner (CLF-C02) exam. This entry-level certification is designed for individuals who want to gain a fundamental understanding of AWS Cloud and its core services—including security, compliance, and risk management. 🔐 Security in the AWS Cloud Practitioner Certification: Within the Cloud Practitioner exam, security is a major focus area. Candidates are expected to understand the basic concepts of AWS security, including: Shared Responsibility Model – Knowing what AWS is responsible for vs. what the customer is responsible for. AWS Identity and Access Management (IAM) – Basics of managing users, roles, and permissions. Data protection and encryption – Understanding how AWS helps protect data in transit and at rest. Compliance programs – Awareness of AWS’s compliance certifications (like GDPR, HIPAA, etc.). Security support and tools – Familiarity with services like AWS Shield, AWS WAF, and AWS CloudTrail. 🎯 Who Should Take This Certification? Beginners or non-technical individuals seeking to understand AWS and its security basics. Sales, marketing, or managerial professionals working with cloud-based teams. Aspiring cloud professionals who want to build a strong foundation before moving to more technical certifications like AWS Solutions Architect or Security Specialty. ✅ Why It’s Important: Understanding security at a foundational level is critical for anyone working with cloud technologies. The AWS Cloud Practitioner certification ensures you are aware of how AWS keeps your data and infrastructure secure—and what your responsibilities are as a user.
By definition, anyone who designs floorplans for residential, commercial and/or industrial buildings is an architect. Most people attend colleges or universities prior to beginning a career as an architect, however as with many things the skills required for such a vocation can be learned on one's own. Certification, training and experience will certainly help one gain the knowledge required. The passion for learning and creation will ultimately propel one into a successful career as an architect.
An architect.
Architect.
An architect's instruction is a directive or guidance issued by an architect to contractors, subcontractors, or other relevant parties during a construction project. It typically clarifies design intent, specifies adjustments, or addresses issues that arise on-site, ensuring that the project aligns with the architectural plans and standards. These instructions are crucial for maintaining the project's quality and compliance with regulatory requirements.