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Architectural and Engineering Managers

SOC Code: 11-9041.00

Management

Architectural and engineering managers lead teams of architects, engineers, and technical professionals on projects that shape the physical world — from bridges and buildings to aircraft and microprocessors. With a median salary around $165,370, these managers combine technical expertise with leadership, business acumen, and project management skills to deliver complex engineering and architectural projects on time and within budget. They make critical decisions about design approaches, resource allocation, technical standards, and project priorities while developing the talent that will lead future projects.

Salary Overview

Median

$167,740

25th Percentile

$134,930

75th Percentile

$207,210

90th Percentile

N/A

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Job Outlook (2024–2034)

Growth Rate

+3.8%

New Openings

14,500

Outlook

As fast as average

Key Skills

Reading Compre…MathematicsCritical Think…Complex Proble…Judgment and D…WritingCoordinationActive Listening

Knowledge Areas

DesignEngineering and TechnologyCustomer and Personal ServiceMathematicsComputers and ElectronicsAdministration and ManagementEnglish LanguageAdministrativeProduction and ProcessingMechanicalPhysicsPersonnel and Human Resources

What They Do

  • Direct, review, or approve project design changes.
  • Present and explain proposals, reports, or findings to clients.
  • Confer with management, production, or marketing staff to discuss project specifications or procedures.
  • Establish scientific or technical goals within broad outlines provided by top management.
  • Direct recruitment, placement, and evaluation of architecture or engineering project staff.
  • Perform administrative functions, such as reviewing or writing reports, approving expenditures, enforcing rules, or purchasing of materials or services.
  • Develop or implement programs to improve sustainability or reduce the environmental impacts of engineering or architecture activities or operations.
  • Evaluate the environmental impacts of engineering, architecture, or research and development activities.

Tools & Technology

Amazon DynamoDB ★Amazon Elastic Compute Cloud EC2 ★Amazon Redshift ★Amazon Web Services AWS software ★Ansible software ★Apache Cassandra ★Apache Hadoop ★Apache Hive ★Apache Kafka ★Apache Maven ★Apple macOS ★Atlassian Confluence ★Atlassian JIRA ★Autodesk AutoCAD ★Autodesk AutoCAD Civil 3D ★Autodesk Revit ★Bash ★Bentley MicroStation ★C ★C# ★

★ = Hot Technology (in-demand)

Education Requirements

Typical entry-level education: Bachelor's Degree

Work Activities

Making Decisions and Solving ProblemsCoordinating the Work and Activities of OthersCommunicating with People Outside the OrganizationOrganizing, Planning, and Prioritizing WorkEvaluating Information to Determine Compliance with StandardsDrafting, Laying Out, and Specifying Technical Devices, Parts, and EquipmentProcessing InformationGetting InformationScheduling Work and ActivitiesThinking CreativelyUpdating and Using Relevant KnowledgeIdentifying Objects, Actions, and Events

Work Styles

Personality traits and behavioral tendencies important for this role.

DependabilityAttention to D…IntegrityCautiousnessIntellectual C…Achievement Or…InnovationLeadership Ori…
Dependability
10.0
Attention to Detail
9.0
Integrity
8.0
Cautiousness
7.0
Intellectual Curiosity
6.0
Achievement Orientation
5.0
Innovation
4.0
Leadership Orientation
3.0
Self-Confidence
2.2
Initiative
2.0
Perseverance
2.0
Cooperation
1.8

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A Day in the Life

A morning might start with a project status review meeting for a highway interchange design — assessing progress against the schedule, reviewing design deliverable submissions, and addressing a drainage conflict identified by the civil engineering team. The manager provides technical guidance on the design approach while also managing the project budget and coordinating with the state DOT client. Mid-morning brings a new business proposal effort — reviewing the technical approach for a bridge rehabilitation bid and assigning staff to the proposal team. After lunch, a one-on-one meeting with a senior engineer discusses her career development plan and upcoming PE exam preparation. Afternoon includes a design quality review of structural calculations, a meeting with HR about recruiting efforts for a hard-to-fill geotechnical engineering position, and a conference call with a subconsultant about their schedule for environmental permitting deliverables. The manager navigates between technical problem-solving and business management throughout the day.

Work Environment

Work occurs primarily in offices, but site visits to construction projects, manufacturing facilities, or testing sites are regular depending on the specialty. The environment blends technical discussion with business management — a morning might alternate between reviewing structural calculations and evaluating profit margins on a project. Meetings consume a large portion of the day — client meetings, internal team coordination, business development, and HR activities. Travel requirements vary — local firms may have minimal travel while national or international firms require regular site visits and client meetings across geographies. Work hours typically extend beyond 40 per week, particularly during proposal deadlines, project crises, or business development pushes. The role is fundamentally people-centric despite its technical foundation — managing diverse personalities, developing talent, and resolving conflicts are daily activities.

Career Path & Advancement

Architectural and engineering managers almost always begin as practicing engineers or architects, building technical expertise over 8-15 years before transitioning to management. A bachelor's degree in engineering or architecture is the minimum; many hold master's degrees and Professional Engineer (PE) or Registered Architect (RA) licenses. The transition from individual contributor to manager often starts with project engineer or lead architect roles involving some supervisory responsibility. Advancement to project manager, department manager, and then division director follows. The most senior positions — VP of engineering, chief engineer, or director of architecture — combine technical authority with business leadership. Some managers pursue MBA or management certificates to strengthen business skills. The dual technical-management track is a defining characteristic of this career — the best managers never lose touch with the technical work.

Specializations

Civil and structural engineering managers oversee transportation, water resources, structural, and geotechnical projects. Mechanical engineering managers lead product design, HVAC, energy systems, or manufacturing engineering teams. Electrical engineering managers supervise power systems, electronics, or controls engineering projects. Aerospace engineering managers direct aircraft, spacecraft, and defense system development programs. Architectural practice managers run design studios, managing project teams, client relationships, and design quality. Software engineering managers — increasingly classified in this category — lead development teams and technical product delivery. Construction management overseers direct on-site engineering decisions during the building phase. Quality engineering managers establish and enforce quality management systems across engineering organizations.

Pros & Cons

Advantages

  • Among the highest-paid management positions — median exceeding $165K
  • Direct impact on major projects that shape communities and industries
  • Intellectual engagement spanning technical and business challenges
  • Developing engineering talent and building high-performing teams is deeply rewarding
  • Strong job security driven by infrastructure needs and engineering demand
  • Variety of responsibilities prevents monotony — every day involves different challenges
  • Strategic influence over a firm's technical direction and growth

Challenges

  • Transitioning from technical work to management means less hands-on engineering
  • Responsibility for project budgets, deadlines, and staff performance creates constant pressure
  • Long work hours, particularly during proposal periods and project crises
  • People management challenges — conflict resolution, underperformers, and turnover
  • The distance from technical work can feel like losing professional identity
  • Business development responsibilities add sales pressure to the management role
  • Accountability for project failures and team shortcomings falls heavily on the manager

Industry Insight

Engineering management is evolving with remote and hybrid work models that change how teams are supervised and projects are coordinated. Building Information Modeling (BIM), digital twins, and project management software are transforming project delivery workflows. The engineering talent shortage — particularly in civil, electrical, and software engineering — makes workforce development a critical management capability. Infrastructure legislation (IIJA) is driving unprecedented growth in civil engineering workloads. Sustainability mandates are adding complexity to project requirements across all engineering disciplines. AI and automation are beginning to augment engineering calculations and design optimization, requiring managers to integrate new tools while maintaining quality standards. Consolidation in the AEC industry through mergers and acquisitions is concentrating work in larger firms, creating both larger management roles and integration challenges.

How to Break Into This Career

The pathway begins with technical excellence — become a strong engineer or architect first. Demonstrating leadership through project leadership, mentoring junior staff, and volunteering for management responsibilities signals readiness for formal management roles. PE or RA licensure demonstrates professional competence and is often expected for management positions. Some organizations require or strongly encourage MBA or management development program participation. Strong communication skills — both written and verbal — are essential for client presentations, proposal writing, and internal leadership. The transition from individual contributor to manager requires a fundamental shift in mindset: success is no longer measured by your own technical output but by the performance, development, and satisfaction of your team. Not all excellent engineers become excellent managers, and many technical professionals are better suited for technical leadership tracks.

Career Pivot Tips

Architectural and engineering managers develop leadership, project management, business development, client management, and strategic planning skills that transfer to general management, consulting, operations management, and executive leadership across industries. The technical credibility combined with business acumen is valued in venture capital (evaluating technology investments), manufacturing leadership, facilities management, and technical sales director positions. Some managers transition to independent consulting, leveraging deep industry relationships and expertise. The project management capabilities directly transfer to program management, portfolio management, and PMO leadership roles in any industry. Career changers entering engineering management must first establish technical credentials — there is no shortcut past the 8-15 years of engineering practice that provides the foundation for credible technical leadership.

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