Structural engineering design and consulting firm owned by a dynamic group of professional engineers. 

Who We Are

  • CENSPACE is a dynamic group of professional engineers who devise practical, cost-effective solutions for structural building projects. We strive to provide our clients added value through continuous knowledge of the latest industry practices and technology. Our approach to business is that each project is unique and should be handled with honesty, accountability and flexibility. At CENSPACE we develop and keep long term relationships with our clients and contractors by being friendly, courteous and mindful of our associates needs as we diligently work through projects together. 


What we do

Truss Engineering


  • We provide extensive services for the design and repair of wood trusses. We are uniquely qualified to provide engineering, design, inspection, and repairs for roof and floor trusses as well as handling, installation and bracing of these components. We work directly with component manufacturers to bring you the best products and services available in your area. 

Structural Engineering


  • We provide complete building system designs for your new residential or light commercial project. We provide all phases of design from roof to foundation including lateral wind and seismic analysis. We work with component manufacturers to integrate value and cost savings into building your investment into your new building investment. 

Damage Assessment & Insurance Investigation


  • We provide damage assessment and field investigation throughout the western states. We service the insurance industry by proving unbiased professional engineering “cause and origin” reports for insurance professionals. We also work with legal professionals, architects, builders, contractors, home owners, realtors, mortgage lenders, and others to provide clear concise damage assessment for many different types of building elements and systems including the recommended repair design documentation. 

Forensic Engineering


  • By combining methods of engineering analysis with our experience, we can provide professional and legal opinions, determinations and interpretations of the cause(s) of damage or failure to structural elements or systems. We prepare engineering reports and testimony for litigation of structural related issues in order to assist the resolution of legal disputes.  

Inspection Services


  • We offer a variety of inspection services are available in most areas throughout the western states. We can provide a clear, concise written inspection report or a simple verbal assessment of structural repair documentation and other recommendations if required. 

Licensed In


  • Arizona, California, Colorado, Idaho, Kansas, Minnesota, Montana, Nebraska, Nevada, New Mexico, North Dakota, Oklahoma, Oregon, Texas, Wyoming 

Our Team of Pros


Tim Morgen, P.E. - Principal

  • Tim Morgen grew up and lived in Southern California until graduating from the University of California at Davis with a BSCE in 1994. Tim gained an extensive engineering and design background in the metal plate-connected wood truss industry through employment at two large truss manufacturing facilities as well as two of the largest national plate manufacturers after graduation. Tim moved to Denver, CO with his wife Karen and incorporated CENSPACE, LLC shortly after he became a licensed Professional Civil Engineer in 2001. Tim created CENSPACE (Civil Engineering Space) in order to accommodate the growing need for practical and cost-effective solutions for truss inspection and repair services in Colorado, California and surrounding states.
  • The business quickly grew to include structural damage assessment and design for new and existing residential and light commercial buildings. Tim has provided consulting and expert witness testimony for litigation involving manufactured trusses and other engineered wood components and continues to provide inspections and engineered repairs for various structural projects throughout the Western US. Tim has been an advocate for truss manufacturer’s and continues to bring a high level of passion for the structural building component industry at the newest CENSPACE location in Colorado Springs, CO. 

Kyle Swartz, P.E. - Engineering Manager

  • Kyle graduated from the University of Colorado at Boulder in 2002 with a Bachelor’s of Science degree in Civil Engineering.  After graduating from college he has worked for a couple different engineering firms along the front range before joining CENSPACE in the fall of 2011.  Kyle has over 15 years of experience in the structural engineering field.  He specializes in mainly residential remodels/additions and new home construction.  He has worked on many different types of projects over the years from commercial and residential construction to assisting in the design of local artwork and sculptures.  He has worked on the design of steel, timber, concrete and CMU structures throughout his career.
  • Kyle is a Colorado native and grew up in the town of Salida. He moved to the front range after high school to attend college in Boulder and has been in the area ever since.  Kyle recently got married in June 2017.  Kyle and his wife, Jenelle, currently reside in Superior, CO.  Kyle enjoys the outdoors and keeps himself busy between his many outdoor hobbies.  Kyle is an avid photographer and mountain biker. 

Brandon Fleming, E.I.T. - Design Engineer

  • Brandon K. Fleming is a registered EIT in the state of Colorado at CENSPACE, LLC. Brandon is responsible for providing our clients services that include structural engineering design and analysis of new commercial and residential structures, building remodels, forensic investigations, and engineering consulting. He has 4+ years of collective engineering experience in heavy industrial, residential, and commercial structural engineering. Brandon plans to take the Colorado PE Exam in March of 2019. He is a Colorado native and attended the University of Colorado at Boulder where he received a degree in Architectural Engineering with a concentration in Construction Engineering Management. 


Why is my roof sagging and what can I do about it?

If you discover that you have a sag in the roof of your home or building you are probably wondering what caused it and how it should be fixed. Many times sags in a roof are due to excessive deflection or a break in one or more of the structural roof members caused by some type of overload. In Colorado roofs can become overloaded with snow drifting on lower roofs that intersect upper floor walls. In some instances, roof members can deflect or break when they are temporarily overloaded with stacks of asphalt shingles or tiles during re-roofing. Older roofs may experience noticeable “creep” deflection which is a phenomenon where structural wood elements “relax” over time and experience long term permanent deflection under a sustained load. 

Roofs can also sag when the attic is not adequately vented. Wood framing can experience significant expansion and contraction under changing temperature and humidity conditions that occur within the attic throughout the year. Wood members that have higher moisture contents typically experience a higher magnitude of long term creep deflection. If the roof is constructed with pre-manufactured trusses the connector plates can become loose over time as the wood containing the embedded plate teeth expands and contracts. If the connector plates pull loose then the connected truss members may pull out of the joints causing the truss to deflect. Loose plates can also result in load transfer to other members of the truss which can lead to cracks, splits or breaks in a truss member. 

Mechanically pressed metal connector plates can carry a surprising amount of force but even very small gaps between the plates and the wood surfaces significantly reduces the holding capacity of the plates. In fact a connector plate that exhibits a gap of just 1/16” from the face of the wood loses about 50% of its holding capacity and is subject to failure.

CENSPACE, LLC has engineers who are experts in restoring a sagging roof. Give us a call for a consultation or inspection of your building before deciding to replace that sagging roof. 

Who do I call when I need roof truss or roof rafter/joist repairs?

The usual procedure for homeowners or building owners who finds themselves in need of someone to repair broken roof trusses and roof rafters/joists or sagging roofs is to contact a building contractor or roofing company, who in turn, will likely hire a structural engineer familiar with truss engineering. Most of the roof systems on residential buildings constructed in Colorado after 1970 were built with pre-manufactured (also called “pre-fabricated” or “pre-engineered”) roof trusses, which are typically constructed with 2x4 or 2x6 members arranged in a triangular pattern and connected at the intersecting joints with mechanically pressed metal plates. Most roof systems on residential buildings constructed in Colorado prior to 1970 are “conventionally framed” using an assembly of 2x solid sawn rafters and joists.

A savvy contractor who has experience with trusses and/or conventional roof framing will be able to offer solutions for the repair of damaged trusses or a sagging roof, but ultimately a licensed engineer will have to be retained to provide a definitive solution in order to obtain a building permit and ensure a safe repair design as well as piece of mind for the homeowner. Documentation may also be required if the owner plans to sell the home or building in the near future. It is not unusual or unreasonable for the contractor to bring in an engineer at a premium cost to you.

An alternate, and more cost-effective solution, is to call CENSPACE, LLC directly. We have engineers who can come out to your home or building and inspect damage to the structural framing inside the roof then make sound recommendations prior to getting involved with a contractor. Once the engineer has diagnosed your roof problem, we can provide you a clear estimate for generating stamped repair drawings that can be used to obtain a building permit. At that point you can send the stamped drawings to perspective contractors to bid the construction of the repair work as required. By following this process, you will spend less time with fewer headaches getting your roof repaired safely and more cost effectively. 

Can I use steel repair plates to reinforce my roof trusses?

The short answer is yes but there are several caveats. There are a number of mending plates that you can buy at your local home improvement store. Most of those plates are used for repairing fence posts, reinforcing doors, workbenches or bed frames and similar non-structural applications. Many of these products should not be used outdoors or with pressure treated lumber because they are not corrosion resistant.  Some of these products may be adequate for certain structural applications if the steel and connectors are designed and approved by a licensed engineer. Most pre-manufactured mending plates and the connectors are not capable of handling the high forces induced in roof truss members so they must be used judiciously. Hammering on mending plates or to repress existing plates that have punched teeth is NEVER an acceptable structural repair for a truss.

Plywood or OSB gussets with nails (or specific types of screws) are commonly used in lieu of steel mending plates to repair or reinforce truss joints where connector plates are missing, loose or otherwise damaged. It is usually necessary for a licensed engineer, who is familiar with truss design, to size and specify this type of connection. Many times truss repairs are easy enough for the owners to take on by themselves. 

CENSPACE, LLC has engineers who are experts in the repair of trusses, so please call us first for a consultation or inspection before attempting structural truss repairs on your own. 

Can I replace my flat roof?


How about leaving the existing roof in place and construct a new roof overly using pre-manufactured roof trusses. Flat roofs deteriorate more quickly in harsh climates like Colorado so repair or replacement of flat roofs is more common in these parts. Growing concern for the failure of flat roofs is due to excessive deflections from water pooling on the roof. Initial deflections in the flat roof system allows water to become trapped, which in turn, causes more roof deflection. A vicious cycle is generated which can lead to roof failure if the roof structure is too flexible.

Instead of removing or reinforcing the flat roof system it may be feasible and much less costly to simply add a pitched roof system over the existing flat roof. The new roof can act independently from the old roof or the new roof can be designed to help support the old roof so the ceiling of the building can remain intact. Pitched roof systems as low as 2 /12 (two inches of vertical rise for each 12 inches of vertical run) are relatively stiff and help shed snow and ice from the roof promoting integrity and longevity of the roof.

CENSPACE, LLC has engineers who are experts in flat roof replacement. Give us a call for a consultation or inspection of your building before deciding to replace the old flat roof.

Can I replace my old wood or asphalt roof shingles with tiles?

Many homeowners throughout Colorado’s Front Range have replaced their old roof shingles with tiles. Whether this is due to hail damage or a reduction in home owner’s insurance premiums or simply that the old deteriorated shingles no longer provide adequate protection, a new roof improves the value of your home – unless the roof framing was not adequately designed to carry the heavier load of the new tile.

The majority of roofs constructed with pre-manufactured trusses are strictly designed to carry a set dead load considering the weights of materials on a specific roof. Since truss manufacturers are in fierce competition with each other, it is advantageous for the truss manufacturer to optimize the truss designs with as little extra strength as possible so as to provide the best price for their clients. The result is that any moderate increase in loading, say from an asphalt shingle to tile load, could render the existing truss design structurally deficient. Another example of adding moderate roof loading is the addition of solar panels. Truss connector plates or hanger connections may become over-stressed or there may be some type of construction or lumber defect with one or more of the truss members. In addition, sometimes trusses require additional lateral web bracing when the loads are increased beyond the original design load.

CENSPACE, LLC has engineers who are experts in inspecting and approving existing trusses for adding additional loads. Particularly when replacing asphalt roof shingles with heavier tile or adding solar panel. Give us a call for a consultation or inspection of your trusses before deciding to replace those shingles. 

Can I modify the trusses to create higher ceilings or a different profile like a vault or a coffer?

Trusses come in a myriad of shapes and sizes not to mention various degrees of structural capacity and quality. In the majority of circumstances most trusses can be modified, through proper redesign and construction/reinforcement procedures. 

Older trusses, designed under a previous building code, may not have as much structural reserve capacity as a truss designed within the last 10 to 15 years or so. Long narrow trusses that are more heavily stressed under normal loading conditions, may require more reinforcement than shorter or higher pitched trusses. The original trusses may have some pre-existing construction deficiency or one or more trusses may be damaged; all of which could require additional design and construction work. All of these variables need to be considered before determining the feasibility of modifying existing trusses to create that new ceiling look you are after.

CENSPACE, LLC has engineers who are experts in inspecting existing trusses to determine the feasibility of modifying them and once all the options have been explored and explained to you then we can provide design drawings with step by step procedures for completing the construction. Give us a call for a consultation or inspection of your trusses if you are thinking of raising up that low flat ceiling space to a voluminous cathedral. 

The blue book

Contact Us

Broomfield Office:

580 Burbank St. #120, Broomfield, CO 80020

(303) 655-9118

Colorado Springs Office:

19150 White Pine Ln., Colorado Springs, CO 80908

(719) 327-0156


Monday - Friday: 7:30am - 5pm

Saturday: By appointment

Sunday: By appointment

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