This badge was issued to Joshua Adams on 01 Aug 2018.
- Time Months
- Cost Free
Open Project Developer Level I
Issued by
IBM
This badge earner has demonstrated their ability to apply design thinking and develop a new service-based asset aligned to Open Projects initiatives sponsored by IBM and Industry Partners. This individual understands how to use agile tools, including the IBM Cloud, to accelerate their pace of innovation, how to use APIs and microservices, and to effectively collaborate across teams to build open source systems that use data to learn and contribute to socially responsible cognitive solutions.
- Time Months
- Cost Free
Skills
- Agile
- API
- API Economy
- Artificial Intelligence
- Bluemix
- Cloud
- Cloud Computing
- Cloud Deployment
- Cognitive
- Containers
- Design
- Design Thinking
- Docker
- Eclipse
- Hybrid
- IBM Cloud
- IBM Cloud Private
- Ideation
- Innovation
- Kubernates
- Machine Learning
- Microservices
- Mobile
- Project Management
- PWID-B0442800
- User Experience
- UX
- Virtual Machines
- Watson
- Web
Earning Criteria
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Students who are attending educational institutions and are participating in the IBM Watson Cloud Academy are eligible to qualify for this badge by completing the following activities:
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Deliver code, documentation and artifacts to the university and IBM based on their respective timelines.
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Successful presentation to the faculty for completion of the curriculum.
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Successful completion of the Open Project and completing the Open Table presentation for IBM developerWorks TV channel for (ccode/).
Evidence
Open Project Dvelopment - Neuro-Electro-Chemical Transmitter Analytics Research - Multi-modal Mood Analyzer - 001
Multi-Modal Mood Analyzer will analyze facial expressions, voice and natural language text processing to determine the mood and behavior of an individual using Watson Visual Recognition, Tone Analyzer, Personality Insights and Open Source deep learning frameworks.
Open Project Developer Level I
Open Project Developer for the Multi-modal Mood Analyzer component for Neuro-Electro-Chemical Transmitter Analytics Research