Director, Cloud Platform Architecture (Remote)

Deckers Brands; United States; Remote; USD 155,000 - 209,000; Full time

Benefits offered by this job

Competitive pay & bonuses

Financial planning & wellbeing

Time away from work

Extras, discounts & perks

Growth and development

Health and wellness

Job summary

Deckers Brands is seeking a Director of Platform Architecture to define and scale a cloud-native data and analytics platform anchored on AWS. You will partner with data engineers, platform and DevOps teams, governance specialists, and product leaders to enable analytics, AI, and domain-driven data products across the enterprise.

You will establish architectural frameworks, standards, and best practices to ensure security, observability, and cost efficiency while enabling rapid delivery and

Qualifications

• Define and scale Deckers’ data platform architecture.

Responsibilities

• Define and scale Deckers’ modern data and analytics platform architecture.
• Establish architectural standards for cloud-native platform services on AWS.
• Lead platform engineers, DevOps, and data teams with design reviews and guidance.
• Promote reusable, governed platform services and self-serve data products.
• Embed privacy, security, and audit-readiness into architecture and delivery.

Skills

AWS cloud

Data architecture

Leadership

Cloud-native platforms

Security and governance

Real-time streaming

Data mesh

Kinesis

Education

Bachelor’s degree in Computer Science/Engineering

Master’s degree preferred

Tools

S3

Redshift

Glue

Lake Formation

EMR

Kinesis

IAM

VPC

CloudTrail

Job description

Deckers Brands is seeking a Director of Platform Architecture to define and scale a cloud-native data and analytics platform anchored on AWS. You will partner with data engineers, platform and DevOps teams, governance specialists, and product leaders to enable analytics, AI, and domain-driven data products across the enterprise.

You will establish architectural frameworks, standards, and best practices to ensure security, observability, and cost efficiency while enabling rapid delivery and