PNN_1405Seen any changes the past thirty years in the delivery of professional design services?  Sure, you have—particularly in the area of construction documents. Raised stools and drafting tables, pounce, and lead-darkened calluses on the middle finger of the draftsmen have, for the most part, yielded to CAD. Although CAD’s promise of error-free drawing may have proven elusive, many of its other promises have been fulfilled. Some even appear understated in hindsight—in part because CAD and the Internet seem to have been made for each other. Their combined effect reduces trying to list all the ways CAD has changed project delivery to a futile exercise.

Like CAD in the ‘80’s, BIM seems to hold similar promise today—a fact not lost on contractors, A/E’s, and project owners alike. Digital models are more-and-more often offered or requested as “deliverables.”  And multiple models for the same project are not uncommon—as building team participants explore their usefulness at various stages of design and construction. Some models are used much like enhanced CAD construction documents, provided and controlled largely by the A/E. But many incorporate data contributed by sources other than licensed design professionals, including suppliers, fabricators, contractors, and subs. Not surprisingly, many contractors and construction managers view BIM as a means for carving out an increased share of the project delivery pie—and are taking full advantage of it as both a marketing and performance tool. Some of them have even become the primary creators and custodians of digital models. Of course, that is not altogether unnatural. After all, it’s hard to ignore a tool that can show what will be built—and also to be useful in actually building it. Continue reading “The Design Professional in the Age of BIM: Things that change; things that don’t.”

Tired of reading article after newsletter after white paper after blog post on risk management? (We hope not! But just in case…) Here’s another option:

[youtube https://www.youtube.com/watch?v=C2ioR9X05Qo]

Longtime a/e ProNet affiliate Kent Holland of ConstructionRisk, LLC has translated his impressive catalog of resources into a series of short videos available on the ConstructionRisk.com YouTube Channel.

“If you’re involved in the construction project, whether as a contractor, a designer, or a project owner, you will get real benefit from the practical ideas, suggestions, and law presented in these videos.”

A few of the playlists available now:

J. Kent Holland is a construction lawyer located in Tysons Corner, Virginia, representing design professionals, contractors, and project owners.

Don’t forget the popcorn!

PN - Vol. 21, No.2. 2013 - Building Information Modeling (BIM)Embracing the latest technology can set a design firm apart from the crowd, but it can also set you up for a rough road if you’re not adequately prepared beforehand. Building Information Modeling (BIM) is far from “new” at this point, but some wary design professionals have abstained from it anyway, allowing time to tell whether BIM would be a positive thing for the industry, overall. Good news!

“Building Information Modeling (BIM)… [has] not necessarily opened the door to more claims, as several carriers expected. A few [insurance companies] have found BIM projects to be low-risk; some even went as far as giving discounts to design clients that utilize BIM.” — Engineering, Inc., February 2014

a/e ProNet’s latest ProNet Practice Note, authored by Joseph Barra of Robinson & Cole, can take you from here. The following is an excerpt from Building Information Modeling (BIM): Now that you know how to spell BIM, is it right for you and your firm?

Building Information Modeling (BIM) is the process of developing a virtual, three-dimensional, information rich model to design, construct, and maintain a building project. BIM is much more than software used to produce a pretty 3D graphic. Because a variety of information can be embedded into the model, BIM can also be used to manage the project’s construction schedule (4D); to track project costs (5D); and, once constructed, facility management (6D).

There are varying levels of BIM adoption and use, from an initial pilot project with one player using BIM tools to a team process with agreed-upon collaborative BIM process goals. In ideal process, all project participants share information.

These times are a changin’…

Because BIM is about process and not just software, it gives designers and constructors a unique opportunity to eliminate the barriers to collaborative thinking. One example is found in the redundancies inherent in the shop-drawing process. In this case, the goal of the BIM process is to abolish the wasteful practice of having to draw the entire project twice. Because BIM facilitates teamwork, many see BIM as an opportunity to reach out across disciplines and reconsider the traditional paradigm. Make no mistake, we still need experienced architects, engineers, contractors, and owners to deliver a successful project. But in today’s BIM-enabled world, the process is becoming more collaborative, which in turn redefines the project team’s risk profile.

To continue reading, download the full PDF version of this newsletter, which outlines Factors to Consider before deciding to use BIM (e.g., Type of Project, Timing, Teammates, Project Delivery Method). And if you have additional questions about BIM and/or professional liability insurance, be sure to contact your local a/e ProNet broker today!

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Incredibly, even the global economic crisis hasn’t hardened the Professional Liability Insurance market for Architects and Engineers. Today, there are more insurance companies offering A&E policies than ever. And, thanks to the increasing insurance savvy of Design Professionals (particularly those utilizing the services of specialist brokers), new Professional Liability insurers are offering more in the way of risk management and pre-claims assistance, too.

You’ll find all this information and more outlined in the The Hard Market That Never Came, an analysis of the 2013 Professional Liability Insurance Survey of Carriers, in the February 2014 issue of Engineering, Inc. Continue reading “Engineering Inc. – 2013 Professional Liability Insurance Survey of Carriers”

ProNetworkNews_2013MarchThe March 2013 issue of ProNetwork News is the second installment of a two-part article; the author, Tim Corbett of SmartRisk explains the origins and principles of project coverage and introduces the reader to two of the four main types of Project Insurance. For a recap of the first part, including details about types 1 (Project Professional Liability Insurance) and 2 (IPD Project Specific Insurance), download the full March issue, or, better yet, download the February 2013 newsletter here.

Now, let’s examine the remaining three types of project coverage.

3. Project Specific Insurance Limits

Sometimes, contracts demand that design professionals carry a higher limit than they usually do. This can occur on any kind of project, but is more common on larger, higher risk projects, and more recently, on public ones. One of the more common strategies for obtaining increased limits for a project is through a Project Specific Insurance Limit. This is provided by endorsement through your current practice policy insurance carrier.

Benefits and typical features of Project Specific Insurance Limits:

  • Provides a higher limit for the firm, for a specific project only.
  • Can be more cost effective than raising the limits on the entire practice policy.
  • Makes the cost of the project-specific limit a reimbursable expense.

Cautionary Points and Tactics:

Having a project specific increased limit may not always be the best strategy, and it may not even be available from your practice policy carrier. From an insurance company’s perspective, comparing construction costs to policy limits is part of the underwriting process. Construction value and requested limits may not be in line with the insurer’s potential exposure: those higher limits requested could place a target on the design firm’s back. The insurer doesn’t want to provide the higher limits that could be used as a cost recovery strategy.

  • Ensure that requested limits are in line with exposures and construction costs. For example, is it necessary to require a $5 million limit of professional liability insurance from a firm performing services on a $20 million project?
  • Contact the contract administrator, and state that your firm normally carries a lower professional liability limit than requested, and that it is consistent with industry practice. Inquire if your current limit will be acceptable.

* Include language similar to the following in your contract:

“The expense of any additional insurance coverage or limits requested by the Owner in excess of that normally carried by the firm shall be a reimbursable expense paid by the Owner.”

To find out more about types 4 (The Wrap-Up Policy) and 5 (Owner Protective Insurance Policy or OPIP), download the full March 2013 issue from our website.

About the Author: Timothy (Tim) Corbett is Founder and President of SmartRisk, a Pasadena, CA based consultancy with over 25 years of experience providing risk management and performance management solutions to Design and Building Professionals. Mr. Corbett holds a BS Degree in Security & Risk Management, MS Degree in Management; a degree in Environmental studies as well as concentrated studies in Architecture Design and is LEED accredited. For more information on this or other topics, visit the SmartRisk website or email Tim at tcorbett@smartrisk.biz.

pronetworknews_201302The February 2013 issue of ProNetwork News is the first installment of a two-part article; the author, Tim Corbett of SmartRisk explains the origins and principles of project coverage and introduces the reader to two of the four main types of Project Insurance.

Project insurance for design professionals was initially established to provide higher, dedicated limits for larger and more complex projects. The other main driving force behind the development of project coverage was to provide owners the security of having project specific limits both during and after the project was complete. Project insurance has evolved and continues to change based on market needs and conditions, as well as insurance company underwriting standards and “appetite,” or the desire to write certain kinds of risks.

More recently, the collaborative project delivery method sometimes referred to as the integrated delivery (ID) or integrated project delivery (IPD) process has impacted project insurance. In IPD, design professionals are no longer the sole authors of the project design: greater contributions are provided by other entities, including the general contractor and the major trade subcontractors. A few select insurance companies have begun to offer project specific policies tailored to the methods and exposures of IPD.

The key to selecting the correct coverage is theoretically simple: match the benefits of the insurance with the entity or entities requiring the protection. Will one option meet that goal? That’s a very good question: you may need a combination of alternatives to accomplish your insurance and risk management objectives. You should also be aware that even obtaining project insurance has been a challenge in the past, and continues to be so today. Continue reading “Project Insurance: Benefits and Cautions – Part 1 of 2”

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Partnering with aecKnowledge, one of the nation’s premiere sources of relevant and practical online continuing education for design professionals, a/e ProNet has sponsored a new video series on Project Delivery Methods.

This 5-part series is the culmination of a decade-long look at the exploration and evolution of alternative methods of project delivery. It will help you in your efforts to advise owners on making informed decisions about which project delivery option is most appropriate for each project. Choosing the most appropriate method helps align stakeholders’ goals relative to quality, schedule and cost control, decision-making and risk management, and leverages the skills, knowledge and resources available to each team member. Click here to watch a preview of this series, at no charge.

You will also earn 5 HSW Learning Units and, if you are an AIA member, your AIA credits will be automatically reported after you complete each course.

Purchase the courses in this series following these steps:

1. Register on the aecKnowledge website
2. Go to the Continuing Education module
3. On the right hand side, you will see Suggested Curricula. Click on Project Delivery.
4. Proceed to purchase each of the five courses.

If your insurance broker is a member of a/e ProNet, you are entitled to a 20% discount off of the lowest course prices available to anyone else. Contact your a/e ProNet broker today for the discount code.

Whether you are an architect, engineer, contractor, specialty consultant, owner, CM or advisor, these courses will enable you to make informed decisions about which project delivery method will best achieve your goals and, ultimately, create a better built environment. On behalf of a/e ProNet, we hope you find the Project Delivery Methods video series valuable.

With more project owners demanding the use of Building Information Modeling (BIM), project delivery is necessarily carried out through greater contributions of design input by the general contractor and the major trade subcontractors. The design professionals are no longer the sole authors of the project design. This collaborative project delivery method has been called integrated project delivery (IPD). The contribution of design input from each of the various project players using IPD is a significant break from the traditional division of responsibility recognized in the standard design-bid-build project delivery method. Players who never participated in the project design now face potential risk of professional liability. Additionally, the new, cutting-edge technologies being used for BIM expand the types of risks born by the design professional if there are errors and omissions within the computer modeling system or the improper management of the computerized data.

What is BIM?

BIM involves computerized design software tools that help create a model that reflects all of the building components’ geometric and functional qualities. The general contractor and trade subcontractors provide product-specific information for building components and that data is inputted into the model, including performance specifications, connection details and cost data. However, the model is more than a mere representation of the design in a three-dimensional computer graphic. Embedded within the design programs are rules that define each of the components’ relation to the other components. Continue reading “Integrated Project Delivery: Changing the Insurance Landscape”

The Perspective of the Fire Protection Engineer 

Integrated Project Delivery (IPD) is a collaborative alliance of people, systems, business structures and practices into a process that harnesses the talents and insights of all participants. Its aim is to optimize project results, increase value to the owner, reduce waste and maximize efficiency through all phases of design, fabrication, and construction. The most popular method of IPD is Design-Build, one of the most significant trends in design and construction in the U.S. today.

The Design-Build Team works under a single contract with the project owner to provide design and construction services: one entity, one contract, one unified flow of work from initial concept through completion. It consists of many players, including the General Contractor, Architect, Engineering Consultants, and a variety of sub contractors. Collectively, the team has the knowledge and expertise to complete a project from start to finish and each team member is equally important in the outcome of the project.

The role of the specialty sub-consultant is no different. For example, the Fire Protection Engineer (FPE) is a critical member of the Design-Build Team, and provides comprehensive input and guidance on all aspects of fire and life safety for the project. This includes, but is not limited to, building code analysis, water supply, smoke control, fire department access, exiting, and an analysis of the active and passive fire protection systems.

From an FPE’s perspective, the design-build process can be broken down into four separate and distinct phases: the teaming phase, the pre-proposal phase, post-award phase, and the construction phase.

Teaming Phase

The client should understand the value of the FPE in the teaming phase and that communicating with the key individuals responsible for selecting the team is a priority. Generally, the people responsible for selecting team members are the general contractor’s project manager, project estimator or the project architect. They may or may not be familiar with the value that the FPE provides so it is important to reaffirm the FPE’s role. Other disciplines can contribute to fire protection and life safety, but none of them take the total fire protection and life safety perspective that an FPE does. Continue reading “The Impact of Sub Consultants in the Design Build Process”