About Google Professional Collaboration Engineer (GCP)

Google Professional Collaboration Engineer exam has been built to transform business objectives into tangible configurations, policies, and security practices as they relate to users, content, and integrations. The exam look for opportunities to educate end users and increase operational efficiency while advocating for G Suite and the Google toolset.

Who should take the exam?

Google Professional Collaboration Engineer (GCP) exam is suitable for IT systems administrator, cloud solutions engineer, enterprise collaboration engineer, systems engineer. Collaboration Engineers are required to leverage their understanding of their organization’s mail routing and identity management infrastructure to enable efficient and secure communication and data access. Candidates are required to operate with an engineering and solutions mindset, as well as use tools, programming languages, and APIs to automate workflows.

Skills Measured

The Professional Collaboration Engineer exam assesses your ability to –

• Plan and implement G Suite authorization and access
• Manage user, resource, and Team Drive lifecycles
• Manage mail
• Control and configure G Suite services
• Configure and manage endpoint access
• Monitor organizational operations
• Advance G Suite adoption and collaboration

Exam Format

• Exam Duration: 2 hours
• Registration fee: $200 (plus tax where applicable)
• exam Languages: English
• Exam format: Multiple choice and multiple select, taken in person at a test center. Locate a test center near you.
• Prerequisites: None
• Recommended experience: 3+ years of industry experience including 1+ year G Suite administration experience.

Google Professional Collaboration Engineer (GCP) Course Outline

Google Professional Collaboration Engineer (GCP) covers the following –

1. Planning and implementing Google Workspace authorization and access

1.1 Implementing authorization policies. Considerations include:

• Basic user security controls (e.g., password length enforcement and 2-Step verification)
• Security aspects of identity, perimeter security, and data protection

1.2 Using Google Workspace as a service provider. Considerations include:

• Configuring third-party SSO for Google Workspace
• Integrating with third party for provisioning

1.3 Using Google Workspace as an identity provider. Considerations include:

• Configuring and managing SSO for common third-party applications
• Configuring and managing provisioning

1.4 Managing access to third-party applications and sites. Activities include:

• Granting API access to applications that need access
• Revoking third-party OAuth access
• Removing connected applications and sites

2. Managing user, resource, and Shared Drive lifecycles

2.1 Managing users. Considerations include:

• Adding users (e.g., individual, bulk, automated)
• Removing users (e.g., suspending, deleting, recovering)
• Transferring user data from one user to another
• Editing user attributes (e.g., renaming, passwords, aliases)
• Creating administrative roles (e.g., default roles, custom roles)
• Managing user licenses (e.g., licensing models, Google Workspace SKUs)
• Troubleshooting conflicting accounts
• Implications of current Google Workspace APIs to development efforts
• Using Google Apps Script to automate tasks

2.2 Synchronizing data in your Google domain with your Microsoft® Active Directory® or LDAP server

• Integrating LDAP with Google Workspace
• Configuring and troubleshooting GSPS and GCDS
• Implications of current Google Workspace APIs to development efforts
• Using Apps Script to automate tasks

2.3 Managing organizational structure. Considerations include:

• Designing efficient organizational unity (OU) structure based on business needs
• Assigning users to relevant OUs
• Modifying OU policies
• Implications of current Google Workspace APIs to development efforts
• Using Apps Script to automate tasks
• Managing and verifying domains
• Using Google Takeout to export data
• Managing company profile settings

2.4 Managing groups. Considerations include:

• Configuring Google Groups
• Adding users to groups
• Implications of current Google Workspace APIs to development efforts
• Using Apps Script to automate tasks

2.5 Managing contacts. Considerations include:

• Creating contacts
• Sharing contacts
• Implications of current Google Workspace APIs to development efforts
• Using Apps Script to automate tasks

3. Managing mail

3.1 Managing mail-related DNS settings. Activities include:

• Managing domain MX records
• Managing domain SPF records
• Managing domain DKIM records
• Managing domain DMARC records

3.2 Diagnosing and resolving mail routing issues. Considerations include:

• Analyzing mail flow
• Analyzing email headers
• Email log search
• Disparate email services
• Using Google Workspace Toolbox

3.3 Configuring and managing security, compliance, and spam rules. Activities include:

• Configuring attachment compliance
• Configuring blocked senders
• Configuring email allow list
• Configuring objectionable content
• Configuring phishing settings
• Configuring spam settings
• Managing admin quarantine
• Configuring secure transport compliance
• Configuring safety settings

3.4 Configuring mail routing rules. Considerations include:

• Configuring split and dual delivery scenarios
• Implications of integrating third-party mail services
• Configuring routing rules
• Configuring recipient map
• Configuring non-Gmail mailbox
• Configuring hosts

3.5 Configuring general mail settings. Activities include:

• Configuring append footer setting
• Configuring forwarding
• Configuring SMTP relay
• Enabling email delegation for an OU
• Disabling IMAP and POP
• Managing Gmail archives

4. Controlling and configuring Google Workspace services:

4.1 Administering Google Workspace Services. Activities include:

• Managing rollout of new Google functionality to end users
• Troubleshooting Google Workspace services (e.g., performance issues for services suite, Google Workspace apps for OUs)
• Configuring services

4.2 Configuring and managing Google Workspace core apps. Considerations include:

• Contacts/Directory (e.g., ability to make updates to Directory services or contact support or contacts sharing settings)
• Calendar (e.g., Calendar sharing settings and delegations, Calendar resource management, Calendar invitations sent to Groups, troubleshooting calendar interoperability)
• Drive/Shared Drive (e.g., storage limitations in Basic plan)
• Groups (e.g., creating and editing groups, banning group members from posting to the group)
• Chat/Meet (e.g., disabling Hangouts voice calls for organization, designing video conferencing integration of Hangouts with different end points, disabling bot access on new Hangouts chat)
• Sites (e.g., usage and implementation)

4.3 Managing services integrations. Activities include:

• Integrating third-party marketplace apps to specific OUs in Google Workspace
• Evaluating Marketplace and Connected app landscape
• Managing private add-ons, chrome extensions, Appmaker Apps, etc.
• Adding SP to Cloud Identity

4.4 Implementing automation. Considerations include:

• API permissions
• Able to interact with APIs and lightweight scripting
• Apps Script and App Maker capabilities
• Service Accounts

….

Who this course is for:

• Engineer who want to become Certified Professional Data Engineer
• Professionals who want to advance their careers though Certifications
• New and existing Google Workspace administrators
  

  Best Of Luck!!