Cloud Engineering Specialist℠
Cloud Engineering Specialist℠
3 Days, 1 Professional Certification
The course will develop and enable the awareness of stakeholders and provides them the tools and the means for precise capitalization of their cloud investments and resources through Value Engineering (VE), leading to higher availability, reliability, efficiency, innovation, reliance, security, safety and capacity at optimized costs.
Upcoming CLES℠ Events
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Course Description
This course is for professionals who intend to become experts in the Cloud engineering & design. CLES℠ participants will be trained on architecture and design aspects of Cloud infrastructure. Professionals will be taken through engineering disciplines of Cloud and devising Application Ecosystem efficacies of availability, security, efficiency, security, innovation, capacity, resilience and operational conduciveness for Cloud infrastructure. The course offers extensive information Cloud capacities and vulnerabilities for Cloud designers, engineers, auditors, and consultants. CLES℠ will provide the design knowledge necessary for engineers to plan robust Cloud implementations and empowers stakeholders with tools to precisely upraise Cloud architectures and methods.
Who should take this course?
- Cloud Engineers
- Cloud Technicians
- Cloud Architects
- Cloud Managers
- Project Managers
- Cloud Designers
- Cloud Consultants
- Cloud Auditors
what you study
The course will provide comprehensive coverage of the Cloud engineering concepts including but not limited to need transition and application engineering, availability engineering, power engineering, cooling engineering, IT engineering.
Learning Outcomes
- Learn how to design Cloud Infrastructure
- Learn Cloud Capacity and Efficiency
- Learn Cloud Engineering Process
- Learn different types of cloud Security
Prerequisites
- Cloud Infrastructure Specialist℠
Recommendations
It is recommended for this course to be taken back-to-back with CLIS℠ in a 5-day program. This will optimize learning and cost saving.
Course Features
Day 1
Introduction to Cloud Engineering
Engineering Importance
Cloud Components
Cloud Key Players
Cloud Tools and Techniques
Cloud Standards
How and Where to Get Help
Cloud Engineering Process
The Cloud EPS
Phased Cloud Process
Adaptive Need Conversion
Understanding The Application
Application Architecture
TPS, ETT, CCU, Load and Complexity Factor
Cloud Grading Systems
Cloud Grading Systems
AER®, OER®, EER®, RER®, IER®, CER®, SER®
Efficacy Score Rating (ESR)®
Cloud Classifications
Cloud Classes and Grades
Cloud Types
Cloud Definitions and Options
The Infinity Paradigm® (Review)
Cloud Standard Requirements
Cloud Designing with Limitations
Day 2
Cloud Availability Engineering
Types of Availability
Standard Cloud Availability Techniques
Calculating Availability
Engineering Redundancy
Cloud Mergers and Overlaps
Cloud Security
Types of Security
Standard Cloud Security Techniques
Designing Cloud Security
Cloud Cyber Security Architecture
Cloud Ecosystem Security Engineering
Cloud Capacity
Cloud Throughput Capacity Engineering
Design Cloud for Scale
Cloud Capacity Elasticity Engineering
Cloud Capacity Optimization
Cloud Efficiency
Cloud Efficiency Layers
Cloud Design Efficiency
Cloud Efficiency Measurements
Designing for Cloud Energy Efficiency
Engineering Resource Utilization & Efficiency
Calculating Cloud Efficiency
Day 3
Cloud Resilience
Resilient Cloud Architecture
Cloud Failover Engineering
Designing Cloud Load Diversification
Calculating Cloud Resilience
Cloud Recovery Engineering
Cloud Operations
Engineering for Cloud Operational Conduciveness
Designing for Minimal Cloud Operational Resources
Engineer for Cloud OpEx Reduction
Designing for Cloud Operational Tools Effectiveness
Engineering for Simplified Cloud Maintenance & Management
Cloud Innovations
Innovational Awakening in Cloud Engineering
Innovating Cloud Methods
Adopting Innovative Cloud Solution
Defining Innovative Technologies