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What’s next for college leavers this A Level results day?

August 16th, 2017 No comments

On the 17th August, teenagers up and down the country will receive their long-awaited A-Level results. Results day will come as a huge relief for most college leavers after the months of waiting. The day will mark a new phase of their lives; a phase no longer dictated by textbooks and strict curriculums.

 

Young people receiving their results this year have more options than ever before when it comes to choosing a career path. The choice between applying for a job, internship, apprenticeship or going on to further education can be quite a task in itself though.

 

Apprenticeships are becoming an increasingly popular and appealing and offer a unique opportunity to combine practical training with study, thereby enabling young people to get the much needed and sought after, experience, but also the tangible qualifications, readying them for future career opportunities.

 

According to Gov.uk, over 90% of apprentices currently go into work or further training. This high percentage almost certainly stems from the fact that apprenticeships provide individuals with the relevant skills, energy and commitment required for full-time employment.

 

Workplace specialists and design and fit-out firm, Active, has taken on numerous apprentices since they were founded in 1999. Jennie Armley started as a marketing apprentice with Active in 2015, after completing the programme last summer, she was taken on as a full-time marketing coordinator.

 

Armley said “I was keen to get some experience early of working within marketing and Active offered me just that – I could deal with real business problems and continue to learn at the same time. I was convinced it was a better opportunity for me than going to university and it certainly has been!”

 

Adrian Powell, director at Active, said, “The services sector is a great place for apprentices to be able to explore the right career path for them. There is ample room for growth both personally and professionally, as people can move up quickly within their chosen speciality. I would encourage young people receiving their results this week to explore all the options available to them before embarking on the next chapter.”

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INNOVATION – A SHARED RESPONSIBILITY

August 14th, 2017 No comments

There is no doubting the fact that we are living in a global economy and that we are all going through an intense period of change. For many of us, our focus is on our immediate vicinity and surroundings and the issues that affect our customers and business operations. However, there are a number of fundamental issues that affect and drive us all, the world over – financial stability, safety, environmental concerns etc. One area that can directly affect these issues, and more, is innovation.

For most manufacturers, innovation is a critical factor that is equated to their success. It builds competitive advantage and in turn financial stability. It can also improve environmental performance and health and safety, criteria that are at the very heart of many businesses’ operational ethos.

In many instances, product innovation is developed at a local level, often as a result of customer demand or identification of an opportunity. Some innovations are developed at a global level but this poses great challenges with regards to local interpretation, market need, performance expectations and regulation differences. Factors that drive product specification can greatly differ from one country to another, due to issues such as legislation, climate, culture and infrastructure.

As a leading manufacturer of products working across multiple industry sectors (seehttp://bit.ly/2o8Ca6Z) Sika has a robust – and shared – approach to product innovation. The company has created a number of Global Technology Centres. These centres are design to drive product innovation at both local and global level. The UK centre, based at Sika’s Head Office in Preston focusses on liquid applied membranes and coatings, utilising the vast experience that Sika UK has within this field.

Whilst developing products for the UK market, the centre can call upon global market intelligence and the resources of the rest of the group. This helps to advance product development within a network that has the ability to share outcomes and successes around the world, often in turn helping to drive other innovations.

In so doing, Sika is able to leverage the benefits of both centralised and decentralised approaches to Research and Development, responding to local market and customer demands and sharing this advancement around the world. For organisations such as Sika, successful innovation results from the inter-connected nature of broad knowledge networks and the sharing of know how within these networks.

A great example is the recent development of extremely low odour, liquid roof waterproofing systems. Conventional products have traditionally contained significant quantities of organic solvents that can lead to significant odours during application. This can lead to risks of disruption occurring when used on live sites such as hospitals and schools.

Through the development of new technologies, Sika UK developed an ultra-low odour system that established new benchmarks in performance. Drawing upon its significant expertise and longstanding involvement in the UK roofing market, UK developers worked collaboratively with colleagues in Zurich to pioneer and patent novel curing compounds, commissioned specialist manufacturing equipment and worked in close partnerships with colleagues overseas to support successful market introductions across Europe and the US.

As a global brand, Sika has the ability to deliver local innovations on a global basis. To find out more about the impact Sika are making every day, visit http://gbr.sika.com/en/group/about-us/sika-everyday.html

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Gilbert-Ash Awarded British High Commission Project in Ghana

August 10th, 2017 No comments

West Africa project is latest for UK Foreign & Commonwealth Office

26th July 2017: Award-winning UK construction, refurbishment and fit out contractor, Gilbert-Ash, has been awarded a fit out project on the British Embassy in Accra, Ghana.

Set to commence in August 2017, it is the latest international project by Gilbert-Ash for the UK Foreign & Commonwealth Office (FCO) with work undertaken in a total of 41 countries worldwide to date.

Ghana is one of the world’s fastest growing economies and the UK’s fourth largest export market in Sub-Saharan Africa. The UK is a key partner to Ghana and is committed to advancing continued economic development in the country.

The fit out project, the first by Gilbert-Ash in Africa, includes interior and exterior refurbishment of British Embassy facilities in the capital city.

A key aspect of the close to £400,000 project includes fitting and reinforcement of new enhanced windows and doors in key embassy buildings.

Andrew Whitten, General Manager, Gilbert-Ash Fit Out said: “Ghana is a modern, dynamic country and one of the UK’s longest-standing and strongest partners in Africa. As with all our projects for the UK Foreign & Commonwealth Office, it is critical that the fit out of the British High Commission is completed to the highest standards showcasing UK excellence in design, construction, materials and innovative technologies.

We will be working closely with local Ghanaian companies and so far, our team have been very impressed by the level of commitment provided across the local supply chain for this prominent project. We look forward to playing a small part in transferring some new skills that we hope will also benefit and bolster the growing local construction industry in Accra.”

Over the last decade, Gilbert-Ash has undertaken a broad range of projects in partnership with the UK Foreign and Commonwealth Office to refurbish and refit British Embassies, Consulates and High Commissions around the world. Often in environmentally challenging and culturally diverse locations, the company’s fit out team are highly skilled in delivering the highest quality projects on an international scale. To meet high specification standards befitting the UK’s leadership in design and construction, Gilbert-Ash ships many of its fit out materials around the world.

Andrew Whitten added: “With each project we develop for the FCO, we are acutely aware that the High Commissions, Embassies and Consulates represent the ‘public image’ of the UK. We therefore think of the work we do as being a ‘showcase’ for British skills overseas, so we really give the projects everything, both through a sense of company pride and of national pride.”

Working with its strong UK supply chain network, the company recently commissioned the manufacture of the bespoke windows for the British Embassy project in Accra with manufacturing, packing and shipment within a four week timeframe.

With Ghana’s tropical climate, the Gilbert-Ash Fit Out team will be working to complete the project in 12 weeks in challenging 34°C temperatures.

The leading construction company has specialist fit out expertise in a range of sectors including workplace, retail, leisure and restoration. For more information on Gilbert-Ash visit www.gilbert-ash.com

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Post Grenfell: UK Construction Week to offer definitive safety courses

August 7th, 2017 No comments

In light of recent tragic events, UK Construction Week, the leading event for the construction and building sector has taken the most positive step possible by launching free unbiased, factual workshops to anyone working in the industry. These free, one hour CPD-certified sessions – taking place from 10 – 12 October at the Birmingham NEC – will address the specification and use of products from the viewpoint of safety, quality and fire prevention in buildings to ensure that all participants are given the most up-to-date advice and guidance on the main issues affecting the built environment following the tragedy at Grenfell Tower.

 

These topics have been under intense public scrutiny at a national level, and whilst Grenfell will change the construction industry forever, companies must come to terms with the fact that ‘doing enough’ is no longer good enough. Our industry has a responsibility for the safety of every user or inhabitant of every building in the UK and with an ever-zealous media looking to apportion blame, and the threat of prosecution and prison now a stark reality, these workshops will ensure that our industry is completely informed with the latest views, findings and legislation.

 

Earlier this month UK Construction Week issued a survey which received over 1000 responses from construction professionals. This survey asked them to identify the professional bodies they want the most up-to-date guidance from; the type of products and services that are now a priority for on-going and future projects; and how the industry can learn from this terrible event and move forward. The survey results have shaped a series of workshops, which will seek to clarify the latest advice and guidance for the industry. Topics include:

 

Building Regulations – an update and interpretation

Fire Prevention – guidance on sprinklers, fire doors, dampening

Flammable Building Materials – looking at cladding and other materials and latest advice

Health & Safety – knowing your responsibilities and up to date guidance on the latest legislation

Improving Safety through Technology

 

Nathan Garnett, Event Director, said, “In light of recent tragic events in London, and the fact that there are millions of square metres of building space being refurbished, refitted  and built right now, the industry must act swiftly to decipher the latest guidance and advice by separating the facts from the fiction. By collaborating with the authorities and professional bodies, we at UK Construction Week have responded with a series of free, CPD certified workshops to address the latest issues and provide the facts from people the industry knows and can trust.”

 

Available to any companies involved in the specification or use of products or services in construction or who are responsible for Health and Safety in commercial or residential buildings, the show is offering completely free subsidised places on the workshops. Due to the expected high demand, places will be allocated on a first come, first served basis.

 

For more information and free registration visit www.ukconstructionweek.com or contact info@ukconstructionweek.com

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Graduation Day honours for Survey School’s 2017 top achievers

August 4th, 2017 No comments

A record number of graduates of the TSA Surveying Course were commended for their commitment and hard work at The Survey School’s annual ceremony and presentation, held at Worcester Racecourse.

From the intake of 35 students, ten achieved distinctions and 13 submitted a total of 26 assignments judged to be of A-A+ grade, in terms of technical knowledge and professional presentation.

The recipients of the Best Student, Best Assignment and TSA Vice-President’s Award were also announced.

Jointly sponsored by The Survey Association (TSA) and Leica Geosystems, the Best Student Award went to Paul Cross of Sterling Surveys, who gained an outstanding overall mark of 94 per cent.

Paying tribute to the winner, John Fraser of Leica Geosystems, said, ‘’The award for Best Student is a real achievement, with students required to return, not only high marks in all areas, but to act in a professional and dedicated way throughout the course. Paul is a very worthy winner.’’

For the second successive year the Vice-President’s Award was given to a student graduating from the TSA Surveying course. This year’s recipient was Jacob Sharples of Site Vision Surveys Ltd.

TSA Vice-President, Nick Hampson said that all graduating students should be commended for meeting the high standards required to pass.

Nick added, ‘’A number of candidates achieved high marks over the last two years but Jacob’s consistent professionalism made him really stand out.’’

Declan Meban from WYG Group was presented with the prize for Best Assignment by Harry Bell, President of the Chartered Institution of Civil Engineering Surveyors (ICES).

The Survey School is recognised by industry and employers as the UK’s premier commercial training centre for the education of land surveyors.  TSA Surveying Course 46 starts on 25 September 2017 and Course 47 on 20 November 2017. For full details on these and shorter technical courses on specific topics, see the School’s website. www.surveyschool.org.uk

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SIKA RANGE KEEPS CONCRETE STABLE – WHATEVER THE WEATHER

August 2nd, 2017 No comments

The mini-heatwave that settled upon many parts of the UK in June provided a welcome reminder that hot, sunny weather wasn’t necessarily the preserve of our compatriots across the continent. Sweltering temperatures, however pleasant they might be for camels or ice cream vendors, do not make ideal building conditions, particularly when it comes to concreting.

For concrete to be placed and finished correctly, it needs to remain workable. In hot weather, moisture is drawn from the mixture more quickly, which can lead to it setting too rapidly for the user’s requirements. For instance, a 300mm-thick slab requires two loads of concrete to fill a mould.

Timings are tight, and it’s not unknown for the first load to set before the second load is even delivered – particularly during hot weather. It only takes the second delivery load to be delayed by traffic, for example, for the process to fail. Fresh cement that’s poured onto an already-set and compacted base can lead to cold joints and unevenness.

Fresh loads of cement should knit together to form one homogenous mass. For this to happen – concrete generates its own heat, so climatic conditions are only part of the hydration issue – it helps if the setting process is decelerated. Here’s where the availability of a product range such as Sikatard is such a huge benefit.

Sikatard is an admixture in liquid form developed for the control of cement hydration. It coats the cement particles to prevent infusion and slow the drying-out process. This ensures the concrete mix is stabilised and prevents its setting for hours or even days. Sikatard, which conforms to the requirements of BS EN 934-2 Table 8, can also be used in steel reinforced concrete construction without restriction. Its stabilising properties ensure the distribution of stresses throughout the reinforcement encapsulated in the concrete isn’t compromised.

Sika PilePak is another product proven to eliminate moisture escape from concrete. Its use during cast in situ concrete piling projects eases steel reinforcement fitting. Sika PilePak acts as a thickening agent which helps retain moisture within the concrete’s cement paste. It’s added to the concrete during batching then delivered to site.

Dry or gravel-based ground absorbs water from cement like a sponge, making steel reinforcement insertion incredibly difficult, which could affect the concrete, and ultimately, the infrastructure’s stability. Sika PilePak ensures consistency and workability of the concrete over a prolonged period of time, helping avoid any concrete problems at any one pile position.

With the government announcing a total of 250,000 new homes are needed annually to keep pace with demand, speed is key to developers helping fulfil this requirement without compromise to safety or quality. Thankfully, in Sika PilePak and the Sikatard range, the industry has the products with which to build a stable base to help meet our future housing needs – however hot the weather.

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New appointment to the Association of Noise Consultants Board

August 1st, 2017 No comments

Increasing training opportunities in acoustics and continuing to develop professional standards are among the key priorities for Anne Budd following her election to the board of the Association of Noise Consultants (ANC).

Anne joins the leadership team after being appointed at the trade association’s AGM – and is the first woman to be elected to the board in its 45-year history.

 

Throughout her career, which spans 21 years in the acoustics sector, Anne has played an active role in the industry.

 

She is a member of the Institute of Acoustics’ Building Acoustics Group, the Acoustical Society of America and the Women’s Engineering Society.

 

In her position on the ANC Board, Anne is particularly keen to give a voice to the small acoustic consultancy members located in the regions.

 

Anne said: “During my time on the board I hope to represent the voice of the micro-acoustic consultancy.

 

“We face very different challenges to the larger SMEs and multi-disciplinary – in some cases multi-national – firms based closer to the capital, in areas including recruitment and in developing training and education opportunities.

 

“I am looking forward to working with the other members of the ANC board on this and other industry matters over the coming years.”

 

Anne, a BEng Electroacoustics graduate from the University of Salford, started her career in 2000 at Bruel & Kjaer’s headquarters in Copenhagen, where she was an application specialist for the electroacoustics team and product manager for the ear and mouth simulators.

 

In 2002 she joined Professor Bridget Shields’s team at London South Bank University as a research assistant, investigating room acoustics in classroom environments and their effects on children and teachers.

 

Anne’s career then took her north in 2005 to Scotland where, six months after joining New Acoustics consultancy based in Clydebank, she became a director of the company.

 

Today Anne is the company’s majority shareholder, and is responsible for all aspects of its technical work and administration.

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GALVANIC ANODES OFFER 21st CENTURY SOLUTION TO AGE-OLD CONTAMINATION

July 28th, 2017 No comments

The seaside is known to do wonders for a person’s health, but it does nothing for the long-term wellbeing of buildings. The main cause of deterioration of reinforced concrete structures is the corrosion of embedded steel, particularly when exposed to chlorides found in sea water and airborne salts. This impacts on buildings within marine environments such as jetties, ports and bridges.

Reinforced concrete structures are built to last and can generally expect to have a lifespan of about 50 years. However, in areas of chloride ingress the rate of corrosion increases, as does the need for repairs to maintain the buildings. Without professional treatment, a concrete’s surface can crack and spall.

This is caused by passivating iron oxides, which protect the steel reinforcement, being destroyed by chlorides in air and water. The resulting surface debilitation could potentially weaken the structure and leave it vulnerable to serious deterioration – even collapse. This is particularly pertinent to public infrastructure such as bridges, which could be subject to lengthy and costly repairs funded by already cash-strapped local authorities. In such instances, people’s daily lives might also be severely disrupted.

The same applies to jetties, which serve vital aesthetic and operational purpose for marinas and nearly 100 sea ports across the UK. They also offer frontline sea defence, but bear the brunt of chloride’s invasive effects on account of being situated in tidal zones or splash areas.

 

Sacrificial efficiency

Sika was recently selected to supply a concrete repair and total corrosion management system (TCM) to the underside of a dockside quay that had displayed signs of corrosion due to chloride contamination. Sika® Galvashield® galvanic, sacrificial anodes, which are proven to provide long-term protection to high chloride environments, were installed as part of the refurbishment.

The sacrificial anodes, comprising a zinc core encased in a small, cementitious shell, are installed within repair sites to prevent incipient anodes developing, or outside repaired sites to protect the reinforcement in chloride-infused concrete. Easily fastened to exposed steel reinforcement – or into cored and grouted holes in the concrete outside the repair site – the anode’s zinc core corrodes sacrificially to protect the surrounding rebar and prevent formation of new corrosion sites adjacent to repairs. This sacrificial zinc approach is similar to protecting oil rigs & hulls of ships.

All-in-one solution

As there is no need for an external power source, Sika’s galvanic systems are a popular choice for effective, low maintenance corrosion mitigation. Unlike other manufacturers, Sika provides repair materials and coatings as part of a total corrosion management package, because as well as supplying the anode, we provide repair materials and coatings. Once repairs have been carried out to all parties’ satisfaction, we will guarantee the repair system for up to 20 years – an offer unique to Sika.

Galvanic anodes have revolutionised the treatment of chloride-contaminated concrete. It’s a system that is ingenious in its simplicity and effectiveness; eradicating the need for costly, time-inefficient and energy-consuming shot-blast methods of corrosion removal. The anode system is a smart 21st century solution to an age-old problem. It means our weathered, waterfront buildings can stand protected – ‘the seas shall not have them’.

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Going Digital for the Digital Enterprise

July 27th, 2017 No comments

As engineering firms move toward developing a digital strategy, a new phrase – going digital- will resonate with engineering, architectural, and construction professionals, as well as infrastructure asset owners, is now part of the infrastructure lexicon. Going digital refers to the business transformation being realized as infrastructure professionals take advantage of a connected data environment by leveraging a cloud computing platform that digitally connects and converges people, processes, data, and technology to yield significant benefits.

 

In its broadest sense, going digital means moving data that used to be locked in application-specific files or even paper documents, and making the data inherent in these files and documents available to be consumed and analyzed by other software and processes. Through going digital, 3D digital engineering models created during the planning and design phase can provide the interactive 3D environment for operations and infrastructure asset performance modeling, leveraging cloud computing, predictive analytics, and operational data from the Industrial Internet of Things and other sources. These models can now be referenced throughout the full lifecycle of an infrastructure asset, improving performance, safety, and sustainability.

 

But what about an infrastructure asset that does not have a digital engineering model? Reality modeling, an exciting technology that involves the process of capturing existing facilities and site conditions with the use of digital photographs and/or point-cloud data – enables the rapid creation of 3D, engineering-ready mesh representations of the existing, as-operated conditions. The process is simple: overlapping photographs taken with a camera either handheld or mounted on a UAV are uploaded to a cloud processing service that automatically reconstructs the 3D model for use in engineering applications. Further detail and accuracy can be added to the model through close range photos or point-cloud data from laser scanners.

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LAST UNDEVELOPED SITE AT BATTERSEA REACH GRANTED PLANNING APPROVAL

July 25th, 2017 Comments off

Planning permission has now been granted for the nine-storey building at 262 York Road on the site of a Shell petrol filling station – the last undeveloped site at Battersea Reach, a mixed-use development fronting the River Thames.

Multi-disciplinary consultancy Meinhardt UK is using its expertise in modern methods of construction and structural engineering to realise the architect’s vision for a new build-to-rent development despite a unique set of challenges.

 

Working with clients Angle Property and architects TP Bennett, Meinhardt was originally asked to look at a scheme that would have seen the development rise above the petrol station. Although that plan achieved planning consent, the client decided to acquire the lease of the filling station and demolish it, and the revised application, for a building of approximately 10,000 sq m of floor space, has now achieved planning permission.

 

The development includes a commercial unit at ground floor with office, retail space and a lobby, ground floor car parking and a one-storey partial basement, which will house bike storage, plant and back of house. Removing the filling station made room for an additional storey of residential accommodation adding a further nine units. The apartments are a series of duplex units designed to stagger over the course of each level.

 

Large protruding balconies are a key element of the development, and Meinhardt coordinated extensively with the architects to accommodate these, and to incorporate the thermal break requirements in a twin wall construction frame. There is a terrace at first floor level and residents’ amenity spaces on some floors. Penthouse flats on the top, stepped back from the perimeter, are built around a lightweight steel frame.

 

Meinhardt’s design does not hinder the overall architectural solution because it sits on a transfer platform from which the structure can fly up. The MMC solution is predominantly twin wall and precast lattice slab over the insitu concrete transfer deck. That will accelerate the construction programme, and so that it does not impede the architectural layouts, Meinhardt’s team designed around tricky features such as a central corridor, which would otherwise have impeded the use of twin wall construction, and circumvented tricky sun rooms with steel beams.

 

Following planning permission, the client intends to tender for a contractor in autumn with start on site in the early 2018. Meinhardt will work with the contractor through an anticipated 18-month construction period to a mid-2019 completion.

 

Despite the decision to remove the petrol station, the site still poses all the underground complications of having been occupied by one. Meinhardt will work with geotechnical specialists to tackle complications including contamination. Obstructions such as the fuel tanks serving the filling station will have to be removed. A search of the site’s history revealed the ground also conceals a gas tank, likely a reinforced concrete wall with basement construction, which will either have to be removed or designed around.

 

The Meinhardt team has spent a year developing the design from work on the original idea through to planning consent on the current one to replace the filling station, and will now work with the contractor to see the project through to completion. The key outcome is enabling the use of MMC without impeding any of the architectural layout.

 

This is the second PRS scheme employing MMC in London that Meinhardt has worked on during the pre-planning process, the other being Greenford Green, Ealing, the UK’s largest purpose designed build to rent scheme, which will create almost 2,000 new homes.

 

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