Architects, Except Landscape and Naval
SOC Code: 17-1011.00
Architecture & EngineeringArchitects design the buildings and spaces where people live, work, learn, worship, heal, and play — shaping the built environment that defines civilization. With a median salary around $93,310 and stable demand, architects balance artistic vision with technical rigor, transforming client needs into functional, beautiful, and safe structures. The profession requires extensive education and licensure, but rewards practitioners with creative fulfillment, public impact, and the enduring satisfaction of seeing their designs become physical reality that may stand for centuries.
Salary Overview
Median
$96,690
25th Percentile
$76,110
75th Percentile
$123,300
90th Percentile
$159,800
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+3.9%
New Openings
7,800
Outlook
As fast as average
Key Skills
Knowledge Areas
What They Do
- Develop final construction plans that include aesthetic representations of the structure or details for its construction.
- Prepare scale drawings or architectural designs, using computer-aided design or other tools.
- Prepare information regarding design, structure specifications, materials, color, equipment, estimated costs, or construction time.
- Consult with clients to determine functional or spatial requirements of structures.
- Meet with clients to review or discuss architectural drawings.
- Monitor the work of specialists, such as electrical engineers, mechanical engineers, interior designers, or sound specialists to ensure optimal form or function of designs or final structures.
- Integrate engineering elements into unified architectural designs.
- Plan layouts of structural architectural projects.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: Bachelor's Degree
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A Day in the Life
A morning begins with a design team meeting reviewing schematic drawings for a mixed-use development — discussing massing options, material palettes, and how the building will relate to its streetscape context. The lead architect sketches alternatives on trace paper while team members model options in Revit. Mid-morning, a call with the structural engineer addresses a column grid conflict at the parking garage transition. Before lunch, the architect meets with a client — a school district superintendent — to present preliminary designs for a new elementary school, explaining how circulation patterns support student safety and how natural daylighting reduces energy costs. Afternoon brings a city planning department pre-application meeting where the architect presents the project's compliance with zoning, setback, height, and density requirements. Back at the office, a specification writer finalizes product selections for a project about to go out to bid. Late afternoon involves reviewing code compliance for an adaptive reuse project — converting a historic warehouse into apartments while maintaining building code compliance for egress, fire separation, and accessibility.
Work Environment
Architects primarily work in studio or office environments — open floor plans that foster collaboration, with large monitors, material sample libraries, and model-making workshops. Design-oriented firms cultivate creative cultures with pin-ups, design reviews, and charettes. Construction administration phases require regular site visits — walking projects under construction, reviewing progress, answering contractor questions (RFIs), and verifying that construction matches design intent. Client meetings, planning board presentations, and community engagement sessions add variety. Deadlines drive the work rhythm — submission due dates for permitting, client presentations, and bid packages create predictable intensity peaks. Overtime during deadline crunches is common, and the profession has historically required long hours, though work-life balance advocacy is improving. The profession is increasingly global, with firms working across international borders.
Career Path & Advancement
Architecture requires a professional degree — either a 5-year Bachelor of Architecture (B.Arch) or a 4+2 Master of Architecture (M.Arch). After graduation, aspiring architects complete the Architectural Experience Program (AXP), gaining 3,740 hours of supervised practice across defined experience areas. The ARE (Architect Registration Examination) consists of six divisions testing structural systems, building systems, project management, and design. Licensure enables independent practice and the legal use of the title 'architect.' Early career positions include intern architect, project architect, and design architect. Mid-career advancement leads to senior architect, project manager, and associate principal positions. Partnership or principal status at established firms, or founding an independent practice, represents the career pinnacle. Some architects pursue specializations in sustainable design (LEED AP), historic preservation, healthcare design, or urban design.
Specializations
Residential architects design custom homes, multi-family housing, and residential renovations. Commercial architects design offices, retail spaces, and hospitality projects. Healthcare architects specialize in hospital and medical facility design, navigating complex regulatory and functional requirements. Educational architects design schools and universities with focus on learning environment research. Sustainable architects pursue net-zero energy, passive house, and living building design using environmental performance modeling. Interior architects focus on interior space planning, finish selections, and millwork design. Landscape architects (a separate but related profession) design outdoor spaces, parks, and urban landscapes. Urban designers address city-scale planning, zoning, and placemaking strategies. Historic preservation architects restore, rehabilitate, and adaptively reuse significant historical buildings.
Pros & Cons
Advantages
- ✓Creating buildings that shape communities and endure for generations
- ✓Blend of artistic expression and technical problem-solving
- ✓Diverse project types prevent monotony — from homes to hospitals to skyscrapers
- ✓Professional prestige and public respect for the architect title
- ✓Growing importance of sustainable and resilient design elevates the profession's relevance
- ✓International opportunities — architecture is a globally practiced profession
- ✓Intellectual stimulation spanning engineering, art, sociology, and environmental science
Challenges
- ✗Lengthy education and licensure pathway — 8-13 years before independent practice
- ✗Compensation lags behind other professions requiring comparable education
- ✗Long work hours, particularly during deadline-driven project phases
- ✗Liability exposure for design errors or construction defects
- ✗Client changes, budget cuts, and value engineering can compromise design vision
- ✗Economic sensitivity — building construction declines during recessions
- ✗The gap between design aspiration and built reality can be frustrating
Industry Insight
Architecture is being transformed by technology and sustainability imperatives. Building Information Modeling (BIM) using Revit and similar platforms has become the standard documentation method. Computational design, parametric modeling, and generative design tools expand creative possibilities. AI-assisted design is emerging but remains supplementary to human creative judgment. Mass timber construction, carbon-neutral design goals, and embodied carbon awareness are reshaping material and structural decisions. The passive house standard and living building challenge push high-performance design. Modular and prefabricated construction methods promise faster, more efficient building delivery. Climate adaptation — designing for sea-level rise, extreme heat, wildfire zones, and flooding — is an increasing consideration. The profession continues to grapple with equity, diversity, and pay parity issues.
How to Break Into This Career
Admission to accredited architecture programs is competitive, with portfolio submissions evaluating creative ability. During college, developing proficiency in design software (Revit, Rhino, AutoCAD, Adobe Creative Suite, Enscape) alongside hand sketching and physical model-making is essential. Internships during school provide office experience and begin AXP hour accumulation. After graduation, the licensure pathway takes most candidates 3-5 years to complete between AXP hours and ARE exams. Building a strong portfolio showcasing design work — academic projects, competition entries, and professional work — is the primary tool for career advancement. NCARB (National Council of Architectural Registration Boards) membership facilitates the licensure process and enables reciprocal licensing across states. Networking through AIA (American Institute of Architects) events, design competitions, and industry conferences builds professional connections.
Career Pivot Tips
Architects develop spatial reasoning, design thinking, project management, client relationship, technical documentation, and visual communication skills that transfer to urban planning, real estate development, construction management, interior design, industrial design, and UX/UI design. The design thinking methodology is valued by technology companies, management consultancies, and startup environments. Project management skills apply broadly across industries. Some architects leverage their technical knowledge in code consulting, building envelope forensics, or expert witness testimony. Career changers entering architecture should pursue M.Arch programs — the professional degree is non-negotiable for licensure. Those leaving architecture find their visual communication abilities, problem-solving approach, and interdisciplinary coordination experience valued in product design, film production design, and experience design.
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