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Manufacturing
Manufacturing and Engineering Development
Through its “Manufacturing” service, the Manufacturing and Scientific Consultancy Center aims to embody innovative ideas and scientific research, transforming them into tangible products and investable prototypes by bridging the gap between academic research and the industrial and social sectors.
🛠️ Service Fields and Scope of Work:
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Prototyping: Transforming engineering designs and innovative concepts of postgraduate students and researchers into physical, real-world prototypes for testing and development.
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Manufacturing and Engineering Consultancy: Providing technical studies and engineering solutions for industrial facilities and factories to develop production lines and improve their efficiency.
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Digital and Mechanical Manufacturing: Utilizing available technologies to design and manufacture mechanical parts and industrial spare components with high precision.
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Supporting Applied Projects: Providing the incubator environment and necessary technical expertise to assist innovators in executing the practical aspects of their projects.
🎯 Service Objectives:
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Bridging the gap between education and the labor market: Transforming theoretical knowledge into practical applications that serve local industry.
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Supporting local production: Contributing to the provisioning of alternatives for certain imported parts and equipment through local engineering and manufacturing.
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Competency development: Training and qualifying human resources (students, engineers, technicians) on the latest manufacturing and production technologies.
Who can benefit from the Manufacturing service at the center?
The service is available to all researchers and postgraduate students, as well as public and private industrial sectors, and innovators from the local community.
Is the center's role limited to manufacturing only, or does it provide engineering design services as well?
The center offers an integrated package that starts with providing technical consultations and proposed solutions, moves through the stage of theoretical engineering design and computer simulation, and leads to the final manufacturing and testing of the prototype.
What is the timeframe required to execute and complete manufacturing requests?
The timeframe depends on the complexity of the requested prototype and the availability of the necessary raw materials, as each request is studied independently and a precise timeline is determined in coordination with the beneficiary before execution begins.
