Training > CPD for construction professionals > CPD topics for engineers 2008
The one hour session will be held at your premises and the talk will be delivered by one of TRADA Technology's qualified structural engineers.
Lunchtime slots are available, but are limited due to high demand. We do however deliver seminars in the morning or afternoon.
We will endeavour to fulfil your choice of time and topic, but we cannot guarantee to do so.
The talks can be delivered free of charge to groups comprising a minimum of 10 professional staff. For smaller groups a charge of £30 + VAT per head will be made for each unused place (i.e. if only 8 staff attend on the day then the charge will be £30 + VAT x 2).
We encourage smaller groups to get together wherever possible and will endeavour to assist in finding other companies in your locality.
One free seminar is available per practice per location.
If you would like to book a session or have any questions, please contact Janet Cooke by email at
1. Craftsmanship & timber engineering for heavy framing
The use of green timbers from local resources is very sustainable. Craftsmen work heavy sections in a practical manner, so we require close team collaboration. Building size and form influence design decisions, whether working in the "vernacular," with an "engineered structure," or providing a totally innovative design - examples will be shown of each. This talk accompanies a major new TRADA Technology publication, which is reviewed. Topics include strength grading green oak, and the treatment of movement in use and creep.
2. Wide-span sports structures in timber
A series of world-wide case studies shows more than twenty wide span sports structures for all the main Olympic events, as well as multi-purpose halls, domes and arenas. Materials and connection options are also covered. These impressive buildings use prefabricated components, with straight or curved elements, in simple or compound arrangements. The talk is supported by a new TRADA and Wood for Good publication in which the range of structural forms is presented with classifications of span ranges, configurations and structural actions.
3. Eurocodes for timber
Eurocode 5 and its National Annex operate with Eurocode 0, Basis of Design, and Eurocode 1, Structural Actions. All published, these give timber structures an identical basis to steel and concrete, saving time and simplifying comparisons. Through the code, we introduce the best materials and techniques from the Nordic Region and other parts of Europe. Eurocode 5 also provides a logical approach for the three main classes of serviceability control. The talk deals with moisture and time dependent effects in timber.
4. Load-carrying connections for timberwork
In timber engineering, expressed connections are often an attractive feature. Types and arrangements are more varied than with steel, for example. So appropriate connection arrangements need to be taken into account at an early design stage. Calculations using Eurocodes and Standards are introduced. The potential failure modes are shown, using brief numerical examples. Innovative connection systems, durability, and fire resistance are also discussed. Demountable structures are important for "legacy" projects, and timber is especially suited to such demands.
5. Repair & conservation of timber structures
Often hidden from view, timber is the major structural material in most roofs, many floors and load-bearing walls. Its conservation relates to "sustainability," as well as preserving national and regional cultures. The wide range of timber forms and species is introduced. Listed "buildings" include bridges, mills and many other types. Deterioration, decay and damage are discussed, and an understanding is provided of carpentry, as well as timber engineering techniques. Modern codes and standards provide guidance when interpreted flexibly.
6. Structural Timber Composites
Structural Timber Composites (STC's) offer lightness of structural mass and of architectural appearance. They give stable sections that are uniformly dry throughout. They are resistant in fire and under chemical exposure. These are all materials that are Quality Certified to harmonised European standards. Sources of supply from sustainable forests are introduced. The design principles are explained, with short worked examples. Optimum spans are discussed, and a gallery of Case Studies is presented, to illustrate the many opportunities and possible end-uses.
7. Sustainability with timber structures
Substituting for less environmentally friendly materials and storing carbon through forest products encourages regeneration, sequestering CO2 from the atmosphere. Timber requires low energy inputs for processing and exhibits good thermal properties. Schemes for certified timber are recognised for contracts under UK Public Timber Procurement. The Forest Stewardship Council is implemented through "TRADA Trak," and its accreditation procedures are explained. For "Wood Miles," British and other European timbers score well, whilst some tropical suppliers are also progressing towards similar certification.
8. Timber bridges
Exciting contemporary footbridges, light vehicular access crossings, and even main highway bridges, interest both engineers and architects. Sustainability requirements are met, and designers need to know that using modern materials and techniques, an excellent appearance combines with durability and robustness. For the engineering, a Eurocode on timber bridges is now published. Exciting case studies show the wide choice of structural forms. The selection of suitable timbers and composite materials, with durable connections, is explained, together with protective measures.
CPD talks are available on a wide range of other subjects that may also be of interest. Please see the section on architectural talks for more information.
