Secondments

  • ESR1-S1-To be trained on continuous cluster deposition process [UoB]

    To be trained on continuous cluster deposition process [UoB]

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  • ESR3-S1-To be trained on large scale cluster deposition & in industrial management []

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  • ESR3A-S1-To be trained on large scale cluster deposition & acquire industrial sector skills [TCL]

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  • ESR4-S1-To optimize skills in cluster formation and deposition []

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  • ESR10-S1A-to be trained on microfluidic-based biosensors technology & intersectorial skills []

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  • ESR9-S1-To be trained in fuel cell electrochemistry and characterization techniques []

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  • ESR5-S1-To be trained in cluster deposition & characterization methods and photoluminescence [KUL]

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  • ESR11-S1A-to be trained on microfluidic-based biosensors technology & intersectorial skills []

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  • ESR10-S2A-To be trained on prototyping biosensors []

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  • ESR7-S1-To be trained on cluster deposition []

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  • ER1-S1-To assist up-scaling catalysts production & acquire intersectorial skills []

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  • ESR1 - S2 - To be trained in implementing his/her samples in micro reactors and XPS [DTU]

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  • ESR3-S2-To optimize catalysis testing in gas-flow reactors [DTU]

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  • ESR3A-S2-To exchange electrochemical knowledge and acquire manufacturing skills []

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  • ESR2-S1-To be trained on electrochemistry and biosensor technology [TAU]

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  • ESR8-S1-To be trained on cluster deposition []

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  • ESR11-S2-To be trained on cluster deposition []

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  • ER2-S1-To develop specific micro reactors []

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  • ESR6-S1-To be trained in experimental cluster reactivity []

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  • ESR11-S3-To be trained on large scale cluster deposition []

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  • ESR4-S1-To be trained on synchrotron-based XAFS techniques [KUL]

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  • ER1-S2-To exchange knowledge on electrochemical biosensors []

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  • ESR5-S2-To be trained in sensing techniques & acquire manufacturing skills []

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  • ESR7-S2-To be trained on microfluidic biosensors []

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  • ESR10-S2B-To be trained on prototyping biosensors []

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  • ER2-S2-To assist up-scaling production of catalysts []

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  • ESR11-S1C-to be trained on microfluidic-based biosensors technology & intersectorial skills []

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  • ESR9-S2-To be trained on gas-flow catalysis and XAFS []

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  • ESR2-S2-To be trained on biofunctionalization and biosensor technology [FIL]

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  • ESR8-S2-To exchange electrochemical knowledge (fuel-cell & biosensors) []

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  • ESR3A-S3-To participate in the industrial test of electrocatalyst prototype [JM]

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  • ESR1-S3-To be trained in multiple magnetron source and acquire industrial skills [TCL]

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  • ESR10-S3-To be trained on biofunctionalization []

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  • ER1-S3-To be trained on microfluidic biosensors & acquire intersectorial skills []

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  • ER2-S3-To acquire business-related skills in biosensing []

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  • ESR4-S3-To assist up-scaling catalysts production & acquire industrial/ commercial sector skills [TCL]

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  • ESR6-S2-To be trained in electrochemistry techniques []

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  • ESR8-S3-To be trained on microfluidic biosensors []

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  • ESR9-S3-To exchange knowledge on large scale cluster deposition facilities []

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  • ESR10-S1B-to be trained on microfluidic-based biosensors technology & intersectorial skills

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  • ESR11-S4-To be trained on SPE biosensors []

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  • ESR2-S3-To be trained in theoretical modelling [UMIB]

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  • ESR7-S3-To be trained on microfluidic biosensors

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  • ESR11-S1B-to be trained on microfluidic-based biosensors technology & intersectorial skills []

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  • ESR10-S2-To test biosensor prototypes with BioDonastia Hospitals [CID]

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  • ESR6-S3-To acquire industrial and private sector skills []

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