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- What is Best Practice in Construction
- Importance of Following Best Practices in Construction
- 10 Best Business Practices in Construction
What is Best Practice in ConstructionThe standard and planned practices followed in the construction industry that will guarantee optimal outcome and profit are regarded as best practices in construction. These practices can be a policy, procedure or a complete system implemented at a given period of time. The practices best for one project won’t be very much helpful for a different project. But in general, there are common practices that when done with complete excellence will boost any construction project. Looking back, over a decade, the construction activities have changed, new technologies came up and the way of project procurement and management too changed.
Importance of Following Best Practices in ConstructionAmong all economy, the construction industry is the largest and the important sector in the company that employs over 7% of the workforce. The national investment valued from the construction industry is $300 billion. A study by BERL shows that a 10% efficiency gain in this sector results in a 1% increase in GDP
10 Best Business Practices in Construction
- Risk Management
- Value Management
- Supply Chain Management
- Whole Life Costing
- Health and Safety
- Lean Construction
- Sustainable Construction
1. ProcurementThe procurement practice involves:
- Selecting Appropriate Method for Construction Management
- Selection of Best team for the design
- Selection of best team to deliver
- Select best team to Operate the facility
2. PartneringWhen compared to the traditional approach of working, the partnering is an different working style. This takes a collaborative approach in working. It has been proved through great projects that working through partnering helps in acheiveing
- Greater value of money
- Higher Profits for the company
- Quality Improvement
- Prediction of project completion
- The pricing is open book procedure
- The problem resolution is agreed
- Work is carried out in terms of trust and cooperation
- Continuous improvement is committed throughout the project
- Have a set of mutual objectives
3. Risk ManagementRisk in projected are always expected and it is necessary to maintain a “risk register”. This will help to enter all the risk faced from the starting of the project to its end. Along the risk encountered, the method used to manage is also recorded. This helps to be applied in other projects. Risk assessing and analysing will help to assign appropriate actions to different project team. The risk assessment is an activity that have to be performed in a regular basis and in no case be ignored. For all risk residual items, it is necessary to have some financial allowance. The cost of this item can be avoided by selecting a best solution for the problem faced.
4. Value ManagementThis key practice takes into account time, cost and risk constraints, in order to meet the clients’s business needs. The method of value management will involve complete collaboration with the team. The team is in charge of design and delivery of the project. This team will also include the end-users and the stake holders. The steps in value management are:
- Identify the need of client in terms of benefits and their priorities
- Different options to satisfy the needs are identified and evaluated
- Options assessed in terms of risk, cost, and satisfaction.
5. BenchmarkingThis method is practised by comparing with other completed projects. The performance of different projects are compared each other. The lessons from each project is used to make best performances for new projects. Benchmarking is a method that improves the performance of the project in a logical and systematic way. It determines the following question:
- Who performs better?
- Why they perform better?
- What action will improve the performance?
- Time, cost, quality
- Safety and Productivity
- Construction Consultants
- M & E contractors
- Construction Products Industry
6. Supply Chain Management in ConstructionIn construction, this term is new. Here, all the operations of the organisations are integrated that is associated with the delivery of a product or a service. Hence, from the primary producer till the end user this is analysed. Supply chain management in construction will involve analysing from:
- Client organisation
7. Whole Life CostingHere, the cost of ownership is measured of a building. This will take into consideration the sum of:
- Initial Capital Cost for making the building
- Cost of maintenance of the building
- Cost of servicing the building
8. Health and Safety in ConstructionThe two main criteria while considering the health and safety in construction are that:
- The right of workers to be protected against risk and save their health.
- Effective planning and managing of the construction site to make it safe thus gaining productivity and profitability.
- Workers are properly trained and competent
- Proper supervision with clear instructions are held
- Right tools, equipment and safety clothings
- Awareness about health and safety
9. Lean Construction PracticeIn this practice, after analysing a approach, the process that adds cost is reduced or removed by keeping the process that will add value. Value is given more priority and cost. Thus, lean construction is a practice to manage the production activity. The 5 main principles of lean construction are:
- The value from customer’s perspective is specified
- Identification and integration of process that will deliver value
- Produce the required when it is required
- Earn perfection through continuous improvement
- The value from customer’s perspective is specified
- Value is allowed to flow avoiding bottlenecks and any disruption
10. Sustainable ConstructionSustainable construction focuses to have social, economic and environmental performance of the industry. The practices focus on:
- Getting maximum profit that help to recognise the business.
- Deliver buildings with greater satisfaction, well-being and value
- Respect and fair treatment of the employees. Considering health and safety factors, welfare conditions etc.
- Protection and enhancement of the environment.
- Waste reduction and pollution during the construction process
- Energy efficient buildings by taking energy from renewable resources.