design professional liability in construction
TRANSCRIPT
Design Professional Liability in Construction Evaluating Project Delivery Models, Analyzing the Scope of Liability,
and Minimizing Risk Through Contract Terms
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WEDNESDAY, AUGUST 15, 2012
Presenting a live 90-minute webinar with interactive Q&A
Joel L. Halverson, Member, Severson & Werson, San Francisco
Theodore D. Levin, Partner, Morris Polich & Purdy, Los Angeles
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DESIGN PROFESSIONAL
LIABILITY IN CONSTRUCTION
August 15, 2012
Joel L. Halverson, Severson & Werson
415-677-5629
Theodore D. Levin, Morris Polich & Purdy
213.891.9100
Panel Topics 6
1. Standard of Care
A. General
B. Contractual
C. Statutory
2. Modern Project Delivery Methods
A. Design/Build
B. BIM
C. IPD
D. Green / Sustainable
3. Effective Project Documentation
4. Recent Legal Developments of Note
Sources of the Design
Professional's Obligations 7
Defined by Law
Defined by Contract
Defined by Licensing Laws & Regulations
Influenced by Ethical Canons and Standards
The Standard of Care
Common Definition
In performing professional services for a client, an engineer has the duty
to have that degree of learning and skill ordinarily possessed by reputable
engineers, practicing in the same or similar locality and under similar
circumstances.
It is his further duty to use the care and skill ordinarily used in like cases
by reputable members of his profession practicing in the same or similar
locality under similar circumstances, and to use reasonable diligence and
his best judgment in the exercise of his professional skill and in the
application of his learning, in an effort to accomplish the purpose for which
he was employed.
(Clark v. City of Seward, 659 P.2d 1227 (Alaska 1983) (emphasis added).)
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The Standard of Care
Core components:
Ordinary, not superior.
Geographically limited.
Limited by similar circumstance (which is most often project type, delivery model and corresponding time period).
(AIA B101 2007, Article 2.2)
9
The Design Professional’s
Statutory Obligations 10
Professional Codes
To protect public health, safety and welfare
Building Codes
Enacted by State and Local Authorities
Regulate the Design Product Rather Than the Process
The Design Professional’s
Statutory Obligations 11
Rules of Professional Conduct NCARB Rules of Conduct
AIA Code of Ethics & Professional Conduct
State Rules, e.g., California’s “Rules of Professional Conduct”
Protection of the Public
Professional Integrity
Design Excellence
Advancing the Profession
Conflicts of Interest
Continuing Education Requirements
The Design Professional’s Duties 12
Duty is Owed to the General Public
The “Client”
The “Passer-By”
Injured Workers (responsibility for construction
means and methods?)
Conflicts of interest?
The Design Professional’s
Contractual Obligations 13
Design Aesthetics and Materials Specifications
Responsibility for Consultants
Construction Cost
Construction Quality
On-Site Observation
14
Actual Damages
Injury to Persons or Property
Economic Loss?
Punitive and Exemplary Damages
Attorneys’ Fees and Costs
Licensee is Personally Responsible
Potential Civil Liabilities
Modern Project Delivery Methods: Design/Build
15
The Nature of the Design-Build Entity is Affected
by Legal Limitations
Contractor’s License Required in Many States to
Offer Construction Services
• An unlicensed contractor, or improperly licensed
contractor, is denied access to the courts to collect
compensation.
Only Registered Architects or Engineers Can Offer
Design Services in Many States
16
States Limit The Entities Which May Provide Design Services:
Professional Corporation
Limited Liability Company
Partnership
Limited Partnership
Limited Liability Partnership
Designer and Builder Joint Venture
Design Professional Offering or Subcontracting Construction Services
General Contractor Offering or Subcontracting Design Services
Engineering Contractor Offering or Subcontracting Design Services
Modern Project Delivery Methods: Design/Build
Modern Project Delivery Methods: BIM
Building Information Modeling Characteristics – Three
Dimensional Modeling
The BIM model is the index to data, providing the foundation
for the organization and linking of graphics and data.
A change in any view is reflected in all other views and the
associated schedules.
The model consists of intelligent objects/assemblies,
sometimes linked to the Internet to access additional data.
Each trade maintains its own system model that is integrated
into a single BIM for clash detection and conflict resolution.
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Modern Project Delivery Methods: BIM
BIM Characteristics
Data associated with BIM objects and assemblies can be used to analyze:
structural parameters and performance
shading and shadows
wind and air flow
radiance
massing
acoustic performance
energy performance
lighting requirements
quantity take-offs
costing
18
Modern Project Delivery Methods: BIM
The Allure and Promises of BIM
“When you can design and document in exacting detail and accuracy, when you can test and simulate without constructing, when construction costs can be reduced 20 percent and more, when construction time can be reduced significantly and when you can efficiently maintain and operate completed projects, it changes everything.”
(Dennis Neeley, SmartBIM, Western Region 2012 Spring Meeting, American Architectural Manufacturers Association, April 10-11, 2012.)
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Modern Project Delivery Methods: BIM
Is BIM the Standard of Care?
In 2009, about 50% of surveyed construction professionals, mostly contractors, in the U.S. were using BIM.
February 2012 UK Survey of design professionals:
% of Professionals
31% Reported currently using BIM (more than double since 2010).
63% Agreed BIM is too expensive to consider at the moment.
65% Reported BIM delivers cost efficiencies.
78% Reported BIM is the “future of project information.”
80% Agreed BIM increases coordination of construction docs.
80% Reported that the industry is not clear on what BIM is.
95% Expected to be using BIM within five years.
20
Modern Project Delivery Methods: BIM
The Obstacles of BIM
Cost.
Time, including more downtime on the front
end due to extra training required.
For most projects, the BIM models are not
shared or integrated.
21
Modern Project Delivery Methods: IPD
Integrated Project Delivery – “All for One, One for All”
Owners, architects and contractors make decisions as a
team, take on risk as a team and are rewarded as a
team.
Project goals are placed ahead of individual interests.
Core team members (owner, architect/engineer and
contractor) are selected based on their experience,
technical expertise, and ability to communicate and work
collaboratively—not just on who offers the lowest price.
Team members work collaboratively to find solutions
rather than shift blame.
22
Modern Project Delivery Methods: IPD
IPD Logistics
Core team members sign one contract, with minimal legal
precedent.
Other team members, such as subcontractors, sign onto the contract
and agree to adhere to the scope of work and level of responsibility
and collaboration.
Contingencies are lumped together, so the success of every team
member is directly tied to the performance of all other team
members.
Liability waivers and fiscal transparency are typical, with a no-fault
sharing of cost overruns on a pre-determined basis.
IPD promises cost predictability, high-performance design and long-
term efficiency of building operations.
23
Modern Project Delivery Methods: IPD
IPD is enabled through the use of BIM because it
forces builders and designers to be together and
build the project virtually, requiring integration at an
early stage:
Identify and resolve design issues.
Provide strategic cost estimating services.
Influence construction sequencing.
Streamline materials procurement.
24
Modern Project Delivery Methods: IPD
“Target Value Design” replaces value engineering and mandates the GMP cannot be exceeded.
Designs are prepared according to a detailed estimate, rather than having builders estimate based on a detailed design.
The design is constrained by cost, leading to potential problems.
25
Modern Project Delivery Methods: IPD
Most Common IPD Projects Designed By AIA Members
24% Healthcare facilities
14% Single-family homes
12% Government buildings
12% Education facilities
10% Office space
(April 2012 Survey by AIA Center for Integrated Practice.)
26
Modern Project Delivery Methods: IPD
Is IPD the Standard of Care?
Owners must be convinced, but:
Do not see advantages.
Are resistant to change, especially in recessionary times.
Are concerned about the general lack of precedent.
Are usually able to have projects built on time and budget according to traditional delivery methods.
27
Modern Project Delivery Methods: IPD
Is IPD the Standard of Care? % of AIA Members
84% Were aware of IPD’s market presence.
70% Associated cost predictability with delivery methods such as IPD.
62% Associated schedule predictability with delivery methods such as IPD.
59 % Associated construction efficiency with delivery methods such as IPD.
55% Associated risk management with delivery methods such as IPD.
40% Demonstrated an understanding of IPD.
13% Reported having used IPD as a delivery method.
(April 2012 Survey by AIA Center for Integrated Practice.)
28
Risks and Challenges of BIM for the
Design Professional
Identifying where BIM is required by the “normal”
practice.
Embracing available processes and technologies no later
than when they become “ordinary.”
Retaining and continuing to apply the professional skill
and judgment consistent with the training and licensing
to verify and validate output data.
Defining the boundaries of contractual commitments
consistent with capacity to fulfill those commitments.
Documenting the key assumptions, expectations,
procedures, mutual expectations and future uses.
29
Risks and Challenges of BIM for the
Design Professional
Identifying contributors’ roles, contributions and rights of
access, modification and use.
Establishing contributors’ responsibilities for content, process
and schedule requirements for input and validation.
Determining when to open the model to use, contribution, and
manipulation by others and then transferring primary overall
responsibility for the model at that point.
Reasonably tempering client and contractor expectations by
making clear that BIM by itself is only a technology.
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Risks and Challenges of IPD for the
Design Professional
Identifying where IPD is required by the “normal”
practice.
Changing established behaviors and attitudes.
Ensuring all parties clearly understand their
responsibilities and liabilities.
Identifying hidden liabilities.
31
Risks and Challenges of IPD for the
Design Professional
Avoiding insurance coverage problems.
Identifying and developing the necessary
skills/knowledge.
Addressing licensing concerns.
Defining the boundaries of contractual
commitments consistent with capacity to fulfill
those commitments.
32
GREEN / SUSTAINABLE DESIGN
The Purpose of Green / Sustainable Design:
“To eliminate negative environmental impact
completely through skillful, sensitive design.”
(McLennan, J. F. (2004), The Philosophy of Sustainable
Design)
33
GREEN / SUSTAINABLE DESIGN
Statutory requirements at multiple levels of government:
New 2012 IgCC – “International Green Construction Code”
1998 U.S. Green Building Council (USGBC) – environmental sustainability and resource conservation
CALGreen – California’s mandatory minimum sustainable design
building code, applicable to new residential construction,
commercial buildings, hospitals and schools
International Energy Conservation Code
ICC-700, the National Green Building Standard
ASHRAE Standard 189.1
Municipal requirements
34
GREEN / SUSTAINABLE DESIGN
Voluntary Standards:
In addition to mandatory standards, voluntary categories
for owners who want their buildings to be even “greener”
Leadership in Energy and Environmental Design (LEED)
– most popular and well-known green building
certification program in the U.S.
Green Globes
GreenPoint
35
GREEN / SUSTAINABLE DESIGN
Voluntary Standards:
most are a point-based certification systems, allowing
building developers to reach certain levels of “greenness”
in different ways
third party verification can be very expensive
can also add significant time to project delivery
36
CALGreen has two separate sets of voluntary
code provisions raising the bar even higher:
– Voluntary Tier 1
For example, buildings to achieve a 15% reduction in energy use
over current Title 24 California Energy Code requirements
– Voluntary Tier 2
For example, buildings to achieve a 30% reduction in energy use
over current Title 24 California Energy Code requirements
GREEN / SUSTAINABLE DESIGN 37
Risks, Liabilities and Client Considerations
Associated with Sustainable Design
Understand, manage and document the Owner’s design
expectations and “green” program
Document that CALGreen/LEED/or other certification is new and
may be subject to interpretation
Never guarantee a level of certification
Clearly define roles and responsibilities of project participants
Carefully identify the specific tasks required to accomplish the
project requirements, and assign to party best suited to complete
the task
38
Risks, Liabilities and Client Considerations
Associated with Sustainable Design
Representations as to the qualifications or experience with
sustainable design
Review website/marketing materials, and carefully consider how
qualifications and experience are represented
Be careful of promises or over-generalizations when
discussing project performance
Failure to properly use, or consider, “newer” technologies,
including those that may be used for design and “sustainable
value engineering”
39
Risks, Liabilities and Client Considerations
Associated with Sustainable Design
Liability for products to be specified as part of the design
Risk with new, experimental or innovative products, practices or
technologies
Risk of project impact (e.g., delay and acceleration) and other
claims resulting from sustainable design requirements
New legislative schemes will require additional governmental
oversight/involvement, and paperwork
Need to be considered in the budgeting and
scheduling process
40
Risks, Liabilities and Client Considerations
Associated with Sustainable Design
Costs to later implement sustainable design elements, lost tax
incentives, and lost or reduced leases:
Tax and other governmental incentives relating to green building
Tax credits, grants and other public sector incentives under stimulus
legislation for green, sustainable and energy efficient construction
Incentives and related deadlines /schedules must be identified as
project goals early in a project’s design in order to ensure that the
Owner is able to take advantage of them
41
Project Documentation – The
Contract 42
Before beginning work, a Design Professional must sign a written contract with its client, which includes:
A description of services to be provided,
A description of any basis of compensation applicable to the
contract, and method of payment agreed upon by the parties,
The name, address, and license or certificate number of the
Design Professional, and the name and address of the client,
A description of the procedure that the Design Professional and
the client will use to accommodate additional services, and
A description of the procedure to be used by any party to terminate
the contract.
Project Documentation – The
Contract 43
Scope of Services - “An Engineer’s duty is dependent
only on his/her contractual obligations.” (Thompson v.
Gordon, Ill. S.Ct., January, 2011.)
Make certain that contractual scope of services
accurately reflects project responsibilities.
If the Design Professional’s scope is broadly defined
in the contract (or not defined at all), then its liability
will be similarly broad.
More specificity is better.
Project Documentation – The
Contract 44
Language to avoid in a scope of services
provisions:
“…the consultant will perform all necessary
services…”
“…the consultant will provide complete
services…”
Project Documentation – The
Contract 45
“Standard of Care: The standard of care for all
professional engineering and related services
performed or furnished by Engineer under this
Agreement will be the care and skill ordinarily used by
members of the subject profession practicing under
similar circumstances at the same time and in the
same locality. Engineer makes no warranties, express
or implied, under this Agreement or otherwise, in
connection with Engineer’s services.” Engineers Joint Contract Documents Committee (EJCDC); Article 6.01 A.
Project Documentation – The
Contract 46
Related liability and risk drivers
Avoid giving any guarantees or warranties of the
design professionals work or quality
Disclaim fiduciary responsibilities (Carter & Burgess
v. City of Victorville jury verdict)
Scope Creep: performing work beyond the Design
Professional’s contractual scope of services
Project Documentation – The
Contract 47
Limitation of Liability Clause
provision that limits the Design Professional’s
maximum liability to a set amount
good leverage in litigation, including settlement
negotiations
Project Documentation – The
Contract 48
Factors Affecting Enforceability of Limitation of Liability Clauses:
a fair opportunity to accept, reject or modify the
provision
the relative bargaining power of the parties
the visibility of the clause (type size and font)
the amount of the cap compared with potential
damages that might be caused by the Design
Professional
initialing of the provision
Project Documentation – The
Contract 49
Waivers of Consequential Damages
Parties agree to waive damages that do not arise
directly from a breach of the contract, but rather by
“special circumstances” that may not be foreseen
Consequential damages usually include loss of
profits, delay damages, lost productivity, and similar
type claims
Project Documentation – The
Contract 50
“No Third Party Beneficiaries” Provision
Clause that prevents those not a party to the
contract from claiming legal rights to enforce the
contract or share in proceeds
If not included, can create unintended
consequences to contract and expand claims
against Design Professional (e.g., contractor suing
for alleged breach of Owner/Design Professional
contract as “third party beneficiary”)
Documentation Strategy During Construction
Purposes of Contemporaneous Documentation:
Clear Communication
Organization / Efficiency
Reconstructing the Project: For the Design Professional’s own recollection and
verification
For others on project
For claims / litigation
51
Documentation Strategy During Construction
Document in writing all non-written communications
(e.g., telephone, voicemail and informal and formal
meetings) which involve:
An agreement on a point of significance
Notification to another party of a point of
significance
A request for some action or follow-up on a point
of significance
52
Documentation Strategy During Construction
Other Key Contemporaneous Documentation Considerations
Transmittals should include a complete and detailed description of the information being transmitted, the purpose of the transmittal, and the expected follow-up.
All project-related e-mail should be incorporated into the project records and staff members must be reminded that e-mails are professional communications.
Texting should be limited to scheduling and requests for communication, never for project information given or received.
53
Insurance Considerations for the Design
Professional
The Design Professional’s insurance policy may not
provide coverage for obligations assumed through
contractual indemnity, such as with attorneys’ fees.
To keep indemnity clauses within the coverage grant of the
policy, it is essential that the Design Professional:
Only accept responsibility for damages to the extent caused
by his or her negligence
Reject language calling for the Design Professional to defend
the client (or anyone else)
54
Recent Legal Developments of Note
Crawford v. Weather Shield Mfg., Inc. (2008) 44 Cal. 4th 541
Indemnitors owe an immediate duty to defend indemnitees irrespective of negligence.
Merely by agreeing to provide contractual indemnity, the indemnitor is obligated – absent language to the contrary – to pay the indemnitees’ attorneys’ fees and costs irrespective of indemnitor’s negligence.
55
Recent Legal Developments of Note
UDC Universal Development L.P. v.
CH2M Hill (2010) 181 Cal.App.4th 10
Expanded Crawford -- Although no allegation
that CH2M Hill was negligent, developer’s
determination that HOA’s claims “implicated”
CH2M Hill’s work on the project triggered duty
to defend.
56
Recent Legal Developments of Note
Equal Rights Center v. Niles Bolton 602 F.3d 597 (4th Cir. 2010)
A developer of multi-family housing projects hired architect Niles Bolton to design apartment buildings that the Equal Rights Center and several other disability advocacy groups claimed violated the FHA and ADA provisions requiring multi-family buildings to be designed and constructed to be accessible to persons with disabilities.
Developer filed a cross-claim against its architect to recover its damages and the remediation costs “given Niles Bolton’s superior knowledge, skill and involvement in the design of the properties.”
57
Recent Legal Developments of Note
Equal Rights Center v. Niles Bolton 602 F.3d 597 (4th Cir. 2010)
Fourth Circuit ruled that an owner who has been found in violation of the FHA or ADA cannot seek indemnity from its architect for the costs to remedy the violations.
Such state law claims are preempted by the FHA and the ADA since they “interfere with the methods by which the federal statute was design to reach its goal.”
“Compliance with the ADA and FHA is ‘non-delegable’ in that an owner cannot ‘insulate himself from liability for…discrimination’ in regard to living premises owned by him and managed for his benefit merely by relinquishing responsibility to another party.”
58
Recent Legal Developments of Note
Terracon Consultants v. Mandalay Resort Group 206 P.3d 81 (Nev. 2009)
Terracon, a geotechnical engineering firm, prepared a soils report and recommended foundation designs for the construction of a $1 billion resort hotel in Las Vegas. Based on its analysis and the anticipated weight of the building, Terracon predicted a certain amount of settling would occur. The building, however, ultimately settled considerably more than projected.
The court held that the economic loss doctrine applies to preclude negligence-based claims against Design Professionals who provide services in the commercial property development or improvement process.
59
Recent Legal Developments of Note
Terracon Consultants v. Mandalay Resort Group 206 P.3d 81 (Nev. 2009)
“Purely economic loss” = “the loss of the benefit of the user’s bargain including pecuniary damage for inadequate value, the cost of repair and replacement of a defective product, or consequent loss of profits, without any claim of personal injury or damage to other property.”
The doctrine’s purpose is “to shield defendants from unlimited liability for all of the economic consequences of a negligent act, particularly in a commercial or professional setting, and thus to keep the risk of liability reasonably calculable.”
Left open the question of whether economic losses are recoverable under negligent misrepresentation theory.
60
Recent Legal Developments of Note
Rolf Jensen & Assocs., Inc. v. Mandalay Corporation 128 Nev., Advance Opinion 42 (Nev. 2012)
Following Niles Bolton, the Nevada Supreme Court held that that the ADA preempts indemnity claims brought by owners for their own violations.
Concerning Mandalay’s other remaining state claims for breach of contract, breach of express warranty and negligent misrepresentation, the Court held that these claims were also preempted by the ADA “because, in substance, these claims are merely a reiteration of Mandalay’s claim for indemnification.”
61
Recent Legal Developments of Note
Carter & Burgess v. City of Victorville (Cal. Superior Court, 2010)
The City of Victorville was awarded $52.1 million from Carter and Burgess, the Design Engineer, Owner’s Engineer and Construction Manager for the Foxborough Cogeneration Power Plant.
The jury found that Carter and Burgess negligently misrepresented key facts to the City that turned out to be untrue and which the City relied upon to make its decision to build the plant.
This was the first time that a breach of fiduciary duty verdict was returned against a California engineering firm.
62
Recent Legal Developments of Note
Precision Planning, Inc. v. Richmark Communities, Inc. 679 S.E.2d 43 (Ga. App. 2009)
A $50,000 Limitation of Liability clause in a contract was enforced by the Georgia Court of Appeals in a case where a developer sued an architect for breach of contract and negligence when a retaining wall failed.
The developer had the option of paying more for a higher limitation of liability. It did not exercise that option.
63
Recent Legal Developments of Note
“Anti-Indemnity” Cases
Oklahoma – ruled contrary to Crawford in Estate of King v. Waggoner County Board of County Commissioners (2006) 146 P.3d 833 (Pre-Crawford)
Arizona - MT Builders LLC. v. Fisher Roofing, Inc. (2008) 197 P.3d 758, 764-765 held that defense obligation only existed for indemnitor’s negligence
Nevada – Reyburn Lawn & Landscape Designers, Inc. v. Plaster (2011) 255 P.3d 268, 278 held that the indemnity provision did not require a defense obligation for the indemnitee’s own negligence
64
Recent Legal Developments of Note
“Anti-Indemnity” Statutes
Florida Stat. §725.08 - precludes indemnity provisions between public agencies and design professionals, except for provisions that would require a party to indemnify or hold harmless the other party to the extent of negligence caused by the indemnifying party.
Texas Local Gov’t Code § 271.904 - bars contracts between licensed engineers and/or registered architects with government that require indemnification of defense beyond the design professional’s negligence.
California Civ. Code §2782, et seq. - various similar limitations on indemnity provisions, including construction contracts and agreements with public entities.
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