Full Stack developer

Role:
Full Stack Developer

Location:

Guadalajara, MX Onsite

Responsibilities
Full Stack Development

• Build, test, and product ionize reporting tools and web applications using modern frontend technologies (Angular, Type Script, Dart).

• Design and implement interactive dashboards and data visualizations using charting libraries such as Dart charts and d3.js..

• Develop, test, and deploy web services and APIs using Java.
Backend & Data Engineering

• Architect, build, and maintain scalable and efficient data pipelines (ETL jobs) to process logs and diverse data sources.

• Create and manage derived tables and materialized views to optimize data access for dashboards and reporting.

• Integrate multiple services and systems to create seamless data workflows and application functionalities.
Production & Reliability

• Perform comprehensive end to end testing to ensure quality, reliability, and performance.

• Create and maintain detailed code documentation, system designs, and data lineage.

• Develop and uphold production playbooks for deployment, monitoring, and on call procedures.

Required Qualifications

• Minimum of 10+ years of technical experience.

• Bachelor’s degree in Computer Science, related technical field, or equivalent practical experience.

• Demonstrated experience in full stack development, including:
o Frontend:
Angular, Type Script, Dart.
o Data Visualization:
Dart charts, d3.js..
o Backend:
Strong proficiency in Java for web services and APIs.

• Proven experience designing, building, and product ionizing ETL pipelines, including processing large volumes of logs.

• Familiarity with database systems, derived tables, and materialized views.

• Experience with end to end testing methodologies and tools.

• Ability to produce clear technical documentation and production playbooks.

Preferred Qualifications

• Experience with Google’s internal infrastructure for data processing, web services, and production management.
Familiarity with workflow orchestration and service integration patterns.