Software Architect
| Median wage (USD) | 135980 |
|---|---|
| Projected employment growth (%) | 10 |
| AI exposure (%) | 45 |
| Maximum exposure (%) | 84 |
| Source | eloundou |
| What AI changes in this occupation | Architecture documentation, diagrams (UML, C4), decision records (ADRs), technical specifications and technology comparisons are drafted with AI Exploring solutions, code prototypes, performance measurements and risk lists become AI-assisted, but the trade-off between cost, schedule, security and technical debt stays human Choosing the architecture under real constraints, aligning teams on a shared decomposition, design review and mentoring developers remain human |
| Key skills | Software architecture (modular and service decomposition, design patterns, interfaces) · trade-off arbitration (cost, performance, security, technical debt) · architecture documentation (C4, UML, ADRs) and design reviews · cloud, containers and continuous integration · mentoring and aligning development teams |
| Courses to get ahead | Software Design and Architecture Specialization (University of Alberta) · Coursera · 4 courses · 93 · The path that covers the job end to end: object-oriented design, design patterns, software architecture and service-oriented architecture. It is precisely the conceptual and documentary layer AI now drafts — the specialization shows you can arbitrate a design, not just describe one. Software Architecture (University of Alberta) · Coursera · 4 weeks, 5–8 hours/week · 90 · The core course of the job: architectural quality, architectural styles, documentation and design evaluation. AI produces the diagrams and the first drafts of a specification; this is where you learn to judge what they are worth. Design Patterns (University of Alberta) · Coursera · 4 weeks, 5–8 hours/week · 87 · The shared vocabulary between architect and team: patterns name the trade-offs instead of re-litigating them on every project. That vocabulary is what makes a design review useful, including when the code is written by AI. Object-Oriented Design (University of Alberta) · Coursera · 4 weeks, 5–8 hours/week · 83 Service-Oriented Architecture (University of Alberta) · Coursera · 4 weeks, 5–8 hours/week · 80 Agile Software Development (University of Minnesota) · Coursera · 4 weeks, 3–4 hours/week · 76 |
| Occupations to pivot toward | Computer Network Architect · 134050 · 8 · 55 Computer and Information Systems Manager · 175140 · 16 · 56 Information Security Analyst · 129180 · 21 · 54 |
| Skills to acquire for the pivot | Eloundou's measured exposure is 45% (human β) and rises to 84% (human ζ): preparing reports and correspondence on specifications and project status, technical planning, storing and manipulating system data and determining system performance standards are largely delegable to AI, but analysing user needs to judge design feasibility under time and cost constraints, designing the systems themselves, consulting customers and supervising developers remain human. The ζ of 84% says more than four fifths of the job is at least partly transformable; the β of 45% says that today AI does about two fifths of it without supervision. This moderate β puts the software architect level with the software developer (45) and the DevOps engineer (45), behind the database administrator (60) and the software tester (61), and well behind the copywriter (81): deciding how to decompose a system and arbitrating trade-offs that commit several teams is one of the activities AI assists most and replaces least. Method note: the job is mapped to SOC 15-1252 for software developers, the only code whose O*NET profile lists 'Software Architect' among its reported job titles — hence β/ζ values identical to those of the software developer and the DevOps engineer, all three drawn from the same code. BLS growth is 10% from 2025 to 2035 for software developers (SOC 15-1252): their 1,717,800 jobs in 2025 are projected to reach 1,892,600, a gain of 174,700, and the 'Software Developers, Quality Assurance Analysts, and Testers' group they belong to grows from 1,905,400 to 2,090,800 jobs (+185,400), with about 106,100 openings a year, mostly replacing workers who leave. Computer occupations grow 6% and all occupations 3%. BLS attributes demand to the continued expansion of software development for AI, the Internet of Things, robotics and other automation applications, to organizations' investment in security software, and to the growing number of products that embed software (consumer electronics, connected devices, electric vehicles). The software architect is the senior layer of that demand. The median salary is $135,980 (May 2025), from the BLS 'Software developers' profile (SOC 15-1252, $64.44 an hour); the lowest 10% earn less than $82,460 and the highest 10% more than $214,670. The best-paying industries are software publishers ($164,550), manufacturing ($136,330), management of companies and enterprises ($135,680), finance and insurance ($135,460) and computer systems design and related services ($132,050). The 'Software Developers, Quality Assurance Analysts, and Testers' group shows $134,040, computer occupations $109,470 and all occupations $50,980. The software architect sits above the computer programmer ($100,390), the computer systems analyst ($105,850), the data scientist ($120,230) and the database administrator and architect ($126,760), level with the computer network architect ($134,050), and below the computer hardware engineer ($161,740) and the computer and information systems manager ($175,140). Consistency note: the BLS figures cited come from the current edition (May 2025, 2025-2035 projections), the same edition as this card's three pivots. |
| GPT-4 exposure — beta / zeta (%) | 87 · 95 |