Patrick DELIAS

Deeplearning.ai

. Workflow of Machine Learning projects . AI terminology . AI strategy . Workflow of Data Science projects

UCL Consultant Ltd - University College London ucl.ac.uk

• Explain what problems blockchains solve Describe what the properties of a blockchain system are• Demonstrate knowledge of who the key stakeholders in the blockchain ecosystem• Compare decentralised and centralised systems, what are the pros and cons of both are and whydecentralisation is a key property of a blockchain• Explain how blockchains could be used for payments• Describe how cryptography and consensus mechanisms are used in blockchain systems• Demonstrate… Show more • Explain what problems blockchains solve Describe what the properties of a blockchain system are• Demonstrate knowledge of who the key stakeholders in the blockchain ecosystem• Compare decentralised and centralised systems, what are the pros and cons of both are and whydecentralisation is a key property of a blockchain• Explain how blockchains could be used for payments• Describe how cryptography and consensus mechanisms are used in blockchain systems• Demonstrate knowledge of how blockchain can be used in supply chains• Explain what are smart contracts and how they can be applied and how they differ from concentional contracts• Apply the UCL Blockchain Framework to see if a business problem could be solved with the application of blockchain technology• Reflect on how blockchain technology could lead to transformational business models and disruption in our conventional socio-economic systems Show less

Lycée Jean ZAY Thiers

Activities and Societies: Délégué de Classe, Délégué d'Etablissement, Organisateur de fetes Etudiantes Formation commerciale ESCL Ecully, Formation Robotique en Allemagne, Formation juridique AFNOR

Lycée Jean ZAY Thiers France

Conservatoire National des Arts et Métiers

IFG Executive Education

University at Buffalo School of Management, The State University of New York

A learner will be able to recognize foundational concepts of blockchain, and apply these program concepts on the blockchain. Ethereum; Cryptography; Blockchains; Bitcoin

University of Michigan - Stephen M. Ross School of Business

LEARNING OUTCOMES SYLLABUS . Identify the mechanisms of new investing technology • Identify the strengths and weaknesses of human financial advisors and investors• Explain the business model of robo/AI-advisors . Identify the relationship between identifiable firm characteristics and average returns • Develop a diversified portfolio based on attitudes toward risk • Introduction to Fintech • Robo-Advising • Stock Selection & Asset Management • Big Data

University of Michigan - Stephen M. Ross School of Business

LEARNING OUTCOMESLEARNING OUTCOMES SYLLABUS• Explain how blockchain works. Describe the key technical aspects, such as decentralization and consensus algorithms• Describe the strengths and weaknesses of cryptocurrency as an asset and a payment mechanism• Evaluate the tradeoffs of blockchain as a business solution• Introduction to Fintech• Introduction to Blockchain and Cryptocurrency• Blockchain as an Asset• Blockchain as a Business

Imperial College London

Eigenvalues And Eigenvectors Basis (Linear Algebra) Transformation Matrix Linear Algebra

University of Michigan - Stephen M. Ross School of Business

LEARNING OUTCOMES SYLLABUS• Calculate a logistic regression. Identify the key ingredients of a credit scoring algorithm• Identify the advantages and disadvantages to crowd-sourced lending• Compare crypto-based captial-raising models• Introduction to Fintech• Introduction to CreditTech• Crowdfunding & ICOS. Smart Banking: FinTech Banks & Banking-as-a-Service Baas

Grenoble Ecole de Management

LEARNING OUTCOMESSYLLABUSEnergy EfficiencyLEARNING OUTCOMES SYLLABUSEnergy Efficiency• Global energy challenges• Policy fostering energy efficiency• Key energy efficiency markets and trends• Prosumers’ concept• Digital revolution• Projects in energy efficiency in EuropeSolar EnergyHydropowerBiogasWindHydrogenSmart Grids

EIT InnoEnergy

Activities and Societies: • Explain what problems blockchains solve Describe what the properties of a blockchain Participants learn how energy vectors – fuels, electricity and heating – interact and how to find added Participants learn how energy vectors – fuels, electricity and heating – interact and how to find added value at the interfaces between them.Also, how to build insights into the ways in which energy systems connect to other infrastructures, such as data networks, water, and transportation systems. And, how consumer psychology and society have a role in building a more sustainable… Show more Participants learn how energy vectors – fuels, electricity and heating – interact and how to find added Participants learn how energy vectors – fuels, electricity and heating – interact and how to find added value at the interfaces between them.Also, how to build insights into the ways in which energy systems connect to other infrastructures, such as data networks, water, and transportation systems. And, how consumer psychology and society have a role in building a more sustainable, reliable and cost-effective energy system.SYLLABUS. Explain the added value of energy systems integration• Identify where ESI is most valuable within the energy system• Describe energy systems integration with an example that includes more than one type of coupling• Evaluate the importance of a cost-benefit analysis for a given energy systems integration problem• Explore long-term benefits/drawbacks and short-term benefits/drawbacks of energy systems integration Show less

Trésorier FCPE Lyon 8°

Associated with Patrick DELIAS