When one thinks of an industrial company, one usually thinks of a company that manufactures specific products. The way these products are manufactured is the same every time, which is not the case in Project Manufacturing.
Product development usually involves a creative design phase, a testing and approval process, and prototype or production testing. The final stage is the product launch. However, we are increasingly seeing companies that operate in a different way. That is, product development is separate for each customer order. They do not have a prototyping process because the product is unique.
Globally, over the past 20 years we have seen more and more elements of off-site manufactured buildings being built on site. This approach makes sense. Construction sites are increasingly limited in space. Also limited is the ability to control complex assembly processes and execute them efficiently. The use of automated equipment significantly improves the efficiency of manufacturing and assembling elements such as carpentry, structural steel or wall framing.
What is Project Manufacturing?
Project Manufacturing is a large-scale industrial process. Its main goal is the design and production of large, specialized and expensive products such as ships, aircraft, submarines, cars, houses, etc.
However, each product manufacturing process differs significantly from the next. Each process is extremely unique. However, construction processes are quite flexible in terms of their functions, mainly because all the products of each construction project are different from each other.
Project Manufacturing is not new. For example, shipbuilding is a great example that has been around for hundreds of years. However, the main driver of the growth of project manufacturing is changing approaches to commercial and residential construction.
The 3 most important problems in Project manufacturing
Undoubtedly, Project Manufacturing is a field associated with large-scale projects. People involved in Project Manufacturing face their own problems as in most large-scale projects.
The fundamental problem faced by most large-scale projects is that the plan does not have proper control systems as it progresses. For this reason, there are people who handle the projects in the role of micromanagers. Usually this practice creates a negative work environment. This, in turn, distances workers from their responsibilities. As a result, the projects lose their momentum.
Secondly, another problem is the correct flow of information. The correct transfer of information to the next level must ensure the quality of the project. Correct information ensures that the project is managed and the product is used to the maximum extent possible. Projects should never start with incomplete information, such as a lack of plans or insufficient manpower. When faced with such problems, it is better to put the project on hold than to waste money and resources. Therefore, it is vital to transfer information smoothly from the start of the project to its delivery.
The third problem faced by Project manufacturing people is material shortages. Companies need to plan their material requirements. For this, there are many useful industrial practices. The Just-in-Time (JIT) approach, Six Sigma practices , zero-waste systems or Kanban systems can be applied to manufacturing processes. In addition, industries can use these systems when producing standardized items and sourcing common raw materials.
Finally, project construction is a growing phenomenon, especially in construction. It is true that this type of construction has a different approach than traditional construction. However, if you want the benefits of project construction, you need to apply leaner thinking in a more targeted way. This way, it can be ensured that the products that are manufactured are delivered on time with high quality and within budget.
