Additive manufacturing is an emerging technology that promises to revolutionize global production and will have a major impact in many areas. In Romania, this technology is just at its beginning and has great growth potential. However, considering additive technology’s uncommon qualities, there has been encountered significant challenges in determining the optimal methods of characterization and evaluation of the final components, as well as in validating and accepting these technologies in certain fields that are generating additional technical conditions: medical, automotive, aerospace, etc. A consortium consisting of INCDMTM, UTCluj, COMOTI, IMSAR and UPit proposes the realization of a complex project, structured on three areas of expertise, whose objectives are to manage experimental researches regarding the evaluation and validation of additive technology of laser sintering / melting and the adaptability of processing parameters to the specific requirements of manufacturing and testing the complex and overburdened components: In medicine, for easy manufacturing of complex, anatomic-adaptive, lighter and more resistant implantable structures designed for 3D prostheses of harsh human tissues, with the possibility of improving the technology and therefore extending the application in the field of human organs bio-prototyping; In the automotive industry, for manufacturing finished products designed to customize each car and its spare parts, with the possibility of extending the application to almost entirely manufacture cars from lightweight and durable materials. Also, a methodology will be developed with the purpose of optimizing the design process of complex products for the automotive industry by using artificial intelligence and modelling; In the aerospace industry, for manufacturing complex components, mechanical and thermal overloaded: compressor and/or turbine blades, injectors, structural elements, etc.