Generally, many plant designs have started with the integration of the process equipment layout on the architectural plan and then improvements have been made in the design, implementation and/or operation process to make them the most efficient.
Manufacturing and logistics operations are a dynamic environment which has many inputs and outputs.
In today's technology, a three-dimensional digital twin (digital copy) of the facility is made with dynamic simulation software. All production, warehousing, logistics, etc., with a high level of visual perception on the digital twin. Facility design is started by simulating the processes of the facility and comparing the following needs and efficiency differences among the possible alternatives over numerical values.
At the very beginning of the work, the minimum needs of the following subjects are determined over the digital twin before the architectural preliminary project starts.
In this way, you can start the plant design in the most effiecient way and correctly by visualizing many data from production costs, resource consumption, production and operation capacities, delivery times of your plant in three dimensions and measuring performances precisely.
MARKAS provide architectural and interior design services besides strategic MEP design consultancy for logistic centres, data centres, pharmaceutical and industrial facilities which are process and MEP-oriented buildings. Our core competitive advantage is our diverse expertise: in addition to our technical expertise, our team also has a holistic approach. Taking advantage of our strong expertise in building services and engineering, architectural design is progressed more efficient and quick.
Together with our design team and partners, we offer functional, user-friendly, economical, applicable and operable solutions that meet the needs of investors and users in accordance with national and international regulations and standards. With all our experience in our areas of expertise, we ensure the economic and long-lasting sustainability of the facilities with design and product recommendations suitable for all growth processes that will be realized over the years.
In the design and product selection processes, the investor's construction, occupational health and safety, human resources, operation, production, security, information technology, operation maintenance, etc. We produce solutions accordance to needs of the departments.
Markas BIM design meets the BS EN ISO 19650 standard requirements which is an international standard for managing information over the whole life cycle of a built asset using building information modelling (BIM).
MARKAS provide BIM model that meets the BS EN ISO 19650 standard requirements which is an international standard for managing information over the whole life cycle of a built asset using building information modelling (BIM). The aim of using BIM is to align stakeholder expectations, reduce risk to overall cost and schedule due to rework and enhance overall customer experience and satisfaction.
A BIM Execution Plan (BEP), also prepared by MARKAS, is a comprehensive document that helps project participants move forward with clear roles and expectations for each project.
The benefits and targeted gains to be obtained by the investors in the works carried out with this modelling method and standards are summarized below.
We offer the investors’ localisation service which is the process of adapting a design project to a specific market or locale. By taking into account the needs and preferences of local authorities and the market, companies can ensure their projects are built successfully.
Value Engineering (VE) is a management technique that seeks the best functional balance between cost, reliability and performance of a product, project, process or service.
The primary objective of a Value Engineering study is value improvement.
The value improvements might relate to scope definition, functional design, constructibility, coordination (both internal and external), or the schedule for project development. The benefits of the application of value engineering in construction projects are based on the,
In value engineering, the value of a product is calculated based on the relationship of cost to performance.
Max.Value = Target Performance/Min.Cost.
Value Engineering is based on 5 principles below;
Considering the quality, supply speed, application speed, installation cost, operating cost, efficiency, maintenance, service, extended warranty period and spare part costs, the products and systems that will be used for many years on behalf of the investor are selected more accurately and more economically with the score card method.