Staff Full-Stack Engineer for AI-Native Platform — Hybrid

Alumni Ventures; New York (NY); Hybrid; USD 250,000 - 300,000; Full time

Benefits offered by this job

Equity Options

Healthcare (medical, dental, vision)

401(k) with company match

Flexible time-off

Hybrid working

Job summary

Alumni Ventures is seeking a skilled software engineer to join their NYC team. This role involves building AI-native systems and overseeing features from design to implementation. The ideal candidate has expertise in LLMs, deep knowledge of event-driven architectures, and a bias towards action in a collaborative environment. You’ll shape the platform while working cross-functionally and addressing real business challenges. Offering a salary between $250,000 - $300,000, benefits include healthcare, equity options, and a hybrid work model.

Qualifications

• Strong product-mindful engineer with full-stack fundamentals.
• Experience turning ambiguous problems into scalable, reliable features.

Responsibilities

• Own features across the stack, from design to implementation.
• Architect core systems and build complex AI-native UIs.
• Collaborate cross-functionally with product and design teams.

Skills

Experience with LLM/agent systems

Deep knowledge of event-driven systems

Expertise in observability tools

Background in enterprise security and compliance

Bias to action

In-person collaboration

High ownership

Tools

React

Next.js

Python

FastAPI

MongoDB

AWS

Docker

Kubernetes

Job description

Alumni Ventures is seeking a skilled software engineer to join their NYC team. This role involves building AI-native systems and overseeing features from design to implementation. The ideal candidate has expertise in LLMs, deep knowledge of event-driven architectures, and a bias towards action in a collaborative environment. You’ll shape the platform while working cross-functionally and addressing real business challenges. Offering a salary between $250,000 - $300,000, benefits include healthcare, equity options, and a hybrid work model.