Chemical Engineer — Cloud & Data Platform

Egreenservices; Richmond (CA); On-site; USD 114,000 - 159,000; Full time

Benefits offered by this job

Mentorship

Flexible internship days

Real benefits

Job summary

KKR is seeking a Chemical Engineer in California to passionately advocate for Angular and then commit to team decisions. The role offers significant mentorship, a clear ladder, real benefits, and flexible internship days in a Richmond, CA setting.

You will help migrate services to cloud-native architecture, bridge Angular with PostgreSQL, and optimize high-throughput workloads during an internship with ownership and impact.

Qualifications

• Sharp written and verbal communication, tested under scrutiny.
• Comfort navigating ambiguity when the brief arrives half-written.
• Comfort owning a number that goes up or down because of you.
• Strong analytical and problem-solving capabilities.
• Authorized to work in the United States without sponsorship.
• The kind of attention to detail that catches what spell-check misses.
• Supportive problem-solving that doesn't wait for permission.

Responsibilities

• Support migration of on-premise services to cloud-native architecture.
• Bridge Angular and PostgreSQL so the two halves of KKR's platform finally talk.
• Tune database queries and schemas for high-throughput KKR workloads.
• Pair Angular and PostgreSQL in a pipeline KKR can extend without your help later.
• Watch Angular error budgets and pump the brakes before Richmond, CA burns through them.
• Pair with cross-functional partners to scope and deliver internship projects.

Skills

Angular

PostgreSQL

Cloud-native

Data analysis

Problem solving

Job description

KKR is seeking a Chemical Engineer in California to passionately advocate for Angular and then commit to team decisions. The role offers significant mentorship, a clear ladder, real benefits, and flexible internship days in a Richmond, CA setting.

You will help migrate services to cloud-native architecture, bridge Angular with PostgreSQL, and optimize high-throughput workloads during an internship with ownership and impact.