To access to all published materials of the MMATENG project, visit the Erasmus+ Project Results Platform.
Drafts of new curricula descriptions *
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SY_CUT_ Materials_from_renewable_sources [34.1 KB] -
SY_CUT_ project_management [34.05 KB]
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SY_ENSCL_DESCRIPTION of DAMAGE AND RELIABILITY OF MATERIALS [31.16 KB]
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SY_ENSCL_DESCRIPTION of METALLURGY [31.62 KB]
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SY_ENSCL_DESCRIPTION of MICROSTRUCTURE INVESTIGATION TECHNIQUES [31.43 KB]
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SY_KUL_ Basics of material science [32.45 KB]
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SY_KUL_CAD_CAE_siemens [31.07 KB]
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SY_KUL_ Materials selection [32.05 KB]
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SY_KUL_ transport applications [32.59 KB]
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SY_MSTU_Nano materials Technologies [164.5 KB]
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SY_PSTU_ strengthening_materials_treathment [165.5 KB]
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SY_TUB_communication_modulea [19.52 KB]
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SY_TUB_employability_module [20.29 KB]
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SY_TUB_superconductive_materials [25.29 KB]
Course material *
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1 - Materials Engineering Basics [13.71 MB] -
2-0 - Materials Selection - Introduction notes for lectures [877.9 KB]
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2-1 - Introduction to Materials Selection [3.53 MB]
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2-2 - Materials Propery Charts, Material Indices, Examples [5.38 MB]
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2-3 - Shape, Processes, Eco-design [5.21 MB]
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2-4 - Eco-design, LCIA [2.92 MB]
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2-5 - Example case study [1.82 MB]
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3 - Light weight materials for transportation (lecture material) [19.79 MB]
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3-0 - Introduction teacher notes [3.63 MB]
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3-1 - Factors affecting material selection [15.01 MB]
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3-2 - Metals [6.63 MB]
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3-3 - Composites [11.44 MB]
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3-4 - Plastics [4.82 MB]
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4-1 - CADCAM Siemens NX [5.64 MB]
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4-2 - CAE Siemens NX [3.86 MB]
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4-3 - Student integrated project [604.57 KB]
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5 - Technologies and applications of superconductive materials [3.94 MB]
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6 - Microstructure investigation techniques [6.18 MB]
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7 - Damage and reliability of materials [3.94 MB]
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8 - Metallurgy and metallic alloys [3.68 MB]
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9 - Materials from renewable sources [5.06 MB]
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9-1 - Materials from renewable sources (lecture presentation part 1) [1.28 MB]
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9-2 - Materials from renewable sources (lecture presentation part 2) [476.38 KB]
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10 - Nano materials technologies [6.87 MB]
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11 - Strengthening technologies of materials treatment [6.45 MB]
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11-1 - Strengthening technologies of materials treatment, academic program [718.57 KB]
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11-2 - Strengthening technologies of materials treatment (lecture presentation) [5.46 MB]
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12, 13 - Soft skills for engineers [20.51 MB]
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14 - Project management [563.68 KB]
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14-1 - Project management (course overview) [167.64 KB]
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14-2 - Project management (lecture presentation) [553.37 KB]
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14-3 - Project management (examples) [1.7 MB] -
15 - Thermodynamics for materials [2.52 MB]
Training courses
Training course at KU Leuven *
19 - 30.01.2015
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CES Lecture Unit 1 - The materials of engineering [1.5 MB]
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CES Lecture Unit 2 - Material property charts [676.74 KB]
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CES Lecture Unit 4 - Manipulating properties [2.18 MB]
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CES Lecture Unit 6 - Material selection [855.89 KB]
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CES Lecture Unit 7 - Ranking [964.82 KB]
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CES_Lecture Unit 10 - MA-UOC-CF-EN Selecting processes [754.36 KB]
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ENSCL - Metallurgy and Metallic Alloys [3.98 MB]
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ENSCL - Microstructure Investigation Techniques Pt 1 [3.04 MB]
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ENSCL - Microstructure Investigation Techniques Pt 2 [2.2 MB]
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KUL - Advanced machining of engineered ceramics [5.16 MB]
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KUL - Aerosol Jet Printing [1.02 MB]
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KUL - Bologna & ECTS at KU Leuven [672.42 KB]
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KUL - Competency oriented curriculum and assessment [141.46 KB]
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KUL - Extrusion based Additive Manufacturing of thermoplastic & composite materials [1.43 MB]
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KUL - Managing Siemens NX (Installation & configuration) [470.07 KB]
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KUL - Materials Selection case study [545.18 KB]
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KUL - Materials Selection summary [1.23 MB]
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KUL - Reliability of Additive Manufacturing Components [2.84 MB]
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KUL - The noble cause of Manufacturing [3.38 MB]
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METALogic - Presentation [1.15 MB]
Training course at Tel Aviv University
17.11.2014
Course presentations
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CUT - Materials from renewable sources [0 bytes]
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CUT - Project management [94.3 KB]
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ENSCL - Overview of 3 modules [283.1 KB]
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KUL - Basics of Materials Science [2.08 MB]
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KUL - CAD-CAE Siemens NX [147.75 KB]
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KUL - Materials for transport applications [1.19 MB]
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KUL - Materials selection [1.73 MB]
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MSTU - Nano Materials Technologies [183.56 KB]
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PSTU - Strengthening technologies of material treatment [597.96 KB]
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TUB - Introduction to Module Soft Skills for Engineers [310.75 KB]
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TUB - Thin Films in Energy Saving Technologies [1.16 MB]
Master classes
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