Key Responsibilities and Required Skills for Architectural Engineer
💰 $75,000 - $120,000
🎯 Role Definition
An Architectural Engineer integrates architectural design intent with engineering systems to deliver safe, efficient, buildable, and code-compliant buildings. This role leads technical design development for structural, envelope, mechanical, electrical, and plumbing (MEP) systems; produces coordinated construction documentation; performs code and permitting analysis; and supports construction administration and commissioning. The Architectural Engineer uses BIM workflows (Revit/Navisworks) and collaborates closely with architects, structural and MEP engineers, contractors, and clients to ensure performance, constructability, and project delivery on schedule and budget.
📈 Career Progression
Typical Career Path
Entry Point From:
- Architectural Technologist transitioning into engineering-focused design work.
- Junior Architectural Engineer or Graduate Engineer role after completion of degree.
- Mechanical/Civil/Structural Engineer moving into building systems coordination and architectural integration.
Advancement To:
- Senior Architectural Engineer / Lead Architectural Engineer
- Project Architect or Technical Director managing multi-discipline teams
- BIM Manager / Digital Design Lead focusing on federated models and automation
- Principal Engineer or Director of Design Engineering
Lateral Moves:
- MEP Coordination Lead
- Construction Administration / Site Engineering Manager
- Sustainability or Energy Modeler (LEED / Passive House specialist)
Core Responsibilities
Primary Functions
- Lead and execute architectural engineering design tasks from schematic design through construction documents, ensuring alignment between architectural intent and engineering systems (structural, envelope, MEP) to deliver safe, code-compliant buildings.
- Develop and coordinate comprehensive BIM models (Revit) for architectural, structural, and MEP disciplines, enforcing model standards, element naming conventions, and clash-detection workflows to minimize field conflicts.
- Prepare, review, and produce detailed construction documents, drawings, specifications, and schedules that clearly communicate design intent, technical requirements, and material selections for contractors and fabricators.
- Perform thorough building code research and written code compliance analysis (IBC, local amendments, ADA, fire/life safety) to document code strategies, identify variances, and guide permit submittals and authority interactions.
- Conduct structural-load assessments and collaborate with structural engineers to integrate gravity and lateral systems, specifying connections, materials, and detailing for constructability and cost-effectiveness.
- Lead facade and building enclosure design efforts, including thermal, moisture, and air-barrier detailing, material selection, and coordination of curtain wall, cladding, and window systems for performance and durability.
- Coordinate MEP systems integration in the architectural model, resolving spatial conflicts, ensuring serviceability and maintainability, and specifying clear routing, access zones, and coordination zones for ceiling and chase spaces.
- Produce technical specifications, product data comparisons, performance criteria, and submittal reviews to ensure materials and equipment meet design intent and regulatory requirements.
- Perform energy performance analysis and collaborate with sustainability teams to recommend passive and active strategies, HVAC optimization, daylighting, and envelope improvements to support LEED, WELL, or other green building certifications.
- Prepare feasibility studies, concept reports, and massing options with cost and constructability considerations, advising clients on design alternatives, phasing strategies, and risk mitigation.
- Conduct site analysis, field visits, and existing conditions assessments (measured surveys, as-built reviews), documenting constraints and opportunities that influence design decisions and construction approaches.
- Lead coordination meetings, design reviews, and interdisciplinary workshops with architects, structural/MEP engineers, contractors, and owners to resolve technical issues and maintain schedule alignment.
- Execute clash detection and resolution cycles using Navisworks or BIM 360, generate coordination reports, and drive corrective actions with discipline leads to reduce RFIs and change orders.
- Provide construction administration services including review of submittals, shop drawings, RFI responses, site observation reports, and deficiency lists, ensuring conformance with contract documents and timely resolution of field issues.
- Develop detailed construction detailing and shop-drawing level information for millwork, curtain walls, transitions, and complex junctions to support fabrication and quality control.
- Perform life-cycle and cost-impact analysis for design decisions, balancing material long-term performance, maintenance implications, and initial construction costs to inform client value engineering.
- Support permitting and entitlement processes by preparing permit-ready documents, coordinating with code officials, responding to plan-check comments, and attending hearings when required.
- Mentor junior engineers, interns, and technologists in BIM workflows, modeling best practices, drafting standards, and technical design development to build internal capabilities and quality consistency.
- Manage third-party consultants and specialized subconsultants (fire protection, acoustics, lighting, structural specialty) to ensure scope alignment, deliverable integration, and timely coordination.
- Lead risk assessment and constructability reviews early in design to identify sequencing, temporary works, site logistics, and pre-construction needs that reduce schedule delays and budget overruns.
- Produce and maintain technical checklists, QA/QC procedures, and model auditing protocols to ensure document accuracy, reduce errors, and expedite permit and construction review cycles.
- Prepare and present technical reports, design narratives, and visualizations to clients, permitting authorities, contractors, and stakeholders to communicate complex engineering concepts in accessible formats.
- Stay current with material innovations, digital fabrication techniques, and modular construction methods to propose efficient solutions that accelerate construction and improve quality.
- Facilitate commissioning and handover activities by coordinating functional testing, training building operators, and delivering as-built models, O&M manuals, and asset tagging information for facility management.
Secondary Functions
- Attend project kickoffs and client strategy sessions to shape technical scope, define deliverables, and estimate engineering effort and resourcing needs.
- Support business development by preparing technical qualifications, writing scope of work language, and contributing to proposals and interview presentations.
- Participate in code appeals, variance requests, and meetings with authorities having jurisdiction to advocate for alternative solutions and obtain timely approvals.
- Respond to contractor and fabricator queries during procurement and construction phases; issue clarifications, addenda, and revised details as necessary to protect project schedules.
- Maintain project-level document control, versioning of drawings and models, and coordination of cloud-based collaboration tools (BIM 360, Revit Cloud Worksharing).
- Monitor construction quality through site inspections and prepare punch lists and deficiency documentation toward project closeout.
- Assist in the development and continuous improvement of office BIM standards, templates, families, and automation scripts to streamline repetitive tasks and improve model fidelity.
- Create phasing plans and temporary works drawings for staged construction, renovation, or occupied site projects to ensure safety and continuity of operations.
- Support lifecycle asset management by linking as-built BIM data with facility management systems (FM: CMMS) and developing deliverables for long-term operations.
- Track emerging regulatory and sustainability requirements, translating changes into updated office standards and training content for project teams.
Required Skills & Competencies
Hard Skills (Technical)
- Advanced proficiency in Revit (BIM) for architectural and multi-discipline modeling, family creation, worksets, and model coordination.
- Experience with Navisworks Manage, BIM 360, or similar tools for clash detection, federated models, and coordination reporting.
- Strong construction documentation skills: production of detailed drawings, sections, details, schedules, and specifications aligned with standards.
- Knowledge of building codes and regulations (IBC, ADA, NFPA, local amendments) and experience producing code analysis and permit-ready packages.
- Competency in structural basics and the ability to coordinate with structural engineers; familiarity with structural drawings and connection detailing.
- Experience with facade and enclosure design including thermal performance, water shedding, air barriers, and curtain wall systems.
- Proficiency in AutoCAD for 2D documentation and interoperability between CAD and BIM workflows.
- Familiarity with MEP coordination principles and the ability to integrate mechanical, electrical, and plumbing systems in architecturally constrained spaces.
- Experience with energy modeling and sustainability tools (e.g., EnergyPlus, IES VE, Sefaira), and knowledge of LEED, WELL, or similar certification processes.
- Ability to prepare specifications and perform product evaluation, submittal review, and technical comparison of materials and systems.
- Competence in construction administration: responding to RFIs, reviewing shop drawings, and conducting field observations.
- Experience with cost estimating fundamentals and value engineering to reconcile design intent with budget constraints.
- Proficiency in model automation, scripting, or computational design tools (Dynamo, Rhino/Grasshopper) is a plus.
- Familiarity with project management tools (MS Project, Primavera, Procore) and baseline scheduling coordination practices.
- Experience creating as-built models and coordinating handover deliverables for facility management integration.
Soft Skills
- Clear client-facing communication skills with ability to present technical concepts to non-technical stakeholders and decision-makers.
- Strong cross-discipline collaboration and coordination skills to lead multi-party meetings and resolve conflicts effectively.
- Detail-oriented mindset with rigorous QA/QC practices and a commitment to producing accurate, buildable documentation.
- Solid project and time-management skills to balance multiple projects, prioritize critical deliverables, and meet tight deadlines.
- Problem-solving aptitude and proactive approach to identifying constructability issues and practical design alternatives.
- Leadership and mentoring capability to develop junior staff, foster team learning, and improve office processes.
- Negotiation and stakeholder-management skills to align contractors, consultants, and clients around feasible solutions.
- Adaptability to evolving project requirements, regulatory changes, and new digital tools or workflows.
- Strong writing skills for preparation of technical reports, design narratives, and concise permit responses.
- Critical thinking with the ability to synthesize code, design constraints, and client goals into pragmatic engineering solutions.
Education & Experience
Educational Background
Minimum Education:
- Bachelor's Degree in Architectural Engineering, Architecture, Civil Engineering, or closely related engineering discipline.
Preferred Education:
- Master's Degree in Architectural Engineering, Structural Engineering, Building Science, or a related advanced degree.
- Professional licensure (PE, SE) or architectural registration (RA) preferred where applicable.
- Certifications such as LEED AP, WELL AP, or Passive House Consultant desirable.
Relevant Fields of Study:
- Architectural Engineering
- Architecture
- Structural Engineering
- Civil Engineering
- Building Science / Sustainable Design
Experience Requirements
Typical Experience Range: 3–8 years of progressive experience in architectural engineering, building systems coordination, or technical architectural design.
Preferred: 5+ years of experience with demonstrated expertise in Revit/BIM coordination, construction documentation for commercial or multi-family projects, code compliance and permitting experience, and hands-on construction administration. Experience leading interdisciplinary teams, delivering facade or enclosure projects, and formal certifications (PE/RA, LEED) are strong differentiators.