Lead Software Engineer

Job Summary

• We re looking for a hands-on Lead Mobile Software Engineer (P4) who will help design, build, modernize, and deliver enterprise-grade mobile applications across iOS and Android. This role is focused on building reliable, scalable, secure, and high-performing mobile experiences while applying AI-driven development practices to improve engineering velocity, product quality, and team effectiveness.
• This role is ideal for a senior technologist who:
• Leads meaningful mobile features and workstreams across discovery, design, implementation, launch, and continuous improvement
• Designs and builds cross-platform mobile solutions spanning iOS, Android, and shared mobile components
• Applies AI-driven development practices, AI-assisted engineering tools, and modern mobile workflows to improve delivery speed and product quality
• Makes sound technical decisions that balance native platform quality, cross-platform reuse, performance, security, maintainability, and delivery needs
• Partners effectively with product, design, architecture, backend, security, QA, DevOps/SRE, and business stakeholders to deliver mobile outcomes
• Mentors engineers through code review, implementation guidance, mobile best practices, and hands-on technical support
• You will operate with strong ownership, lead mobile workstreams with limited direction, help shape implementation approaches, support cross-team alignment, and be known as someone who ships high-quality mobile software, unblocks teammates, and drives execution.

What You’ll Do

Build, Ship, and Own Mobile Applications

• Write production-quality mobile code regularly across iOS, Android, shared components, and mobile integration layers
• Own and deliver mobile features, platform improvements, and system enhancements end-to-end
• Contribute to modernization of legacy mobile applications by helping move toward modular, maintainable, testable, and scalable mobile architectures
• Help design and evolve mobile foundations, including app architecture, shared components, design systems, offline capabilities, authentication flows, telemetry, and release infrastructure
• Translate product and user requirements into reliable, intuitive, and performant mobile experiences
• Identify mobile technical risks early, including app performance, crash rates, app store constraints, OS fragmentation, security, privacy, offline behavior, and API reliability
• Lead assigned project workstreams, including technical discovery, solution design, delivery planning, execution tracking, launch readiness, release coordination, and post-launch follow-through

AI-Driven Mobile Development Intelligent Experiences

• Apply AI-driven development practices for mobile engineering, including AI-assisted design, coding, refactoring, test generation, debugging, documentation, and code review workflows
• Help design and implement intelligent mobile experiences that responsibly leverage LLMs, AI services, on-device intelligence, contextual assistance, automation, and personalization where appropriate
• Integrate mobile applications with AI-enabled backend services, APIs, orchestration layers, and data sources
• Evaluate tradeoffs for on-device, edge, or cloud-based intelligence based on latency, privacy, cost, reliability, and user experience
• Follow and help improve guardrails for AI-assisted mobile engineering, including generated-code review standards, testing expectations, security review, privacy controls, and quality gates
• Support validation strategies for AI-powered mobile features, including grounding, structured outputs, user confirmation, fallback states, and telemetry-driven evaluation
• Help implement monitoring and feedback loops for AI-enabled mobile behavior in production
• Ensure AI-enabled mobile capabilities meet security, privacy, compliance, accessibility, and user trust requirements

Mobile Technical Leadership Architecture

• Contribute to mobile architecture standards through hands-on implementation
• Guide implementation decisions across native iOS, native Android, cross-platform frameworks, shared components, backend integration, data synchronization, security, and observability
• Make thoughtful tradeoffs between native platform quality, cross-platform reuse, delivery speed, performance, correctness, and maintainability
• Act as a technical escalation point for assigned mobile areas, including performance, memory, battery usage, offline behavior, crash stability…