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The European Union identifies Key Enabling Technologies as fundamental components for developing future product and process innovations. Europe's competitive edge in the coming years hinges on its workforce's ability to integrate and excel in combining multiple key enabling technologies within advanced manufacturing environments. This multidisciplinary program equips future technologists to tackle this pressing societal need.
The MSc curriculum offers systematic education in Scalable Innovation and Laser-assisted bioprinting, supported by specialized coursework in Optical Design, Advanced Materials, and Tissue Engineering. With a strong emphasis on digital additive and subtractive methods for creating customized medical devices and sensors, the program directly addresses critical future healthcare demands. Participants will acquire practical skills using cutting-edge manufacturing research systems, allowing them to showcase their investigative capabilities.
This program serves as an excellent springboard for research careers in both industrial and academic settings, drawing inspiration from the objectives of three major Science Foundation Ireland Research Centers: CRAM (Medical Devices), I-FORM (Advanced Manufacturing), and IPIC (Photonics Technologies).
Students with a 2.1 honours degree, or higher, in science or engineering (Level 8) will be considered for this programme.
English Language Requirements
IELTS: 6.5 overall, no less than 5.5 in any one component; Cambridge C1 Advanced (CAE): 176 overall; Cambridge C2 Advanced (CPE): 180 overall; TOEFL: 88 overall (7 Listening, 16 Speaking, 18 Writing, 8 Reading); Pearson PTE: 61 overall, no less than 48 in any one component.