Top Engineering Jobs

Architects and implements distributed system and instrument software for DNA synthesis hardware. Develops high-performance, low-latency pipelines handling multi-gigabyte to terabyte-scale data while maintaining end-to-end integrity. Collaborates with hardware, electronics, and chemistry teams to build and troubleshoot complex systems. Provides senior technical leadership and applies expertise in C#, C++, or Rust, memory management, multithreading, messaging, and inter-process communication.

Leads quality across five web and mobile squads, mentoring Test Analysts and Test Engineers while shaping shift-left testing practices. Owns manual and automated testing outcomes, supports performance, accessibility, resilience, observability, and CI/CD initiatives, and remains hands-on with automation and API testing. Partners with Automation Leads, Tech Leads, and Product Managers to identify risks early, influence delivery decisions, and maintain quality across multiple concurrent projects.

Designs, deploys, maintains, secures, and optimizes high-performance PostgreSQL database environments. Troubleshoots performance issues, develops SQL queries and stored procedures, manages backups and recovery, ensures data integrity, and collaborates with cross-functional teams on database solutions. The role also requires staying current with PostgreSQL administration practices and technology trends.

Software Engineering Interns investigate autonomous driving behavior using logs and large-scale data, identify root causes, develop perception and driving behavior improvements, enhance evaluation capabilities, and address challenging long-tail driving scenarios. The role involves collaborating across teams and contributing to Waymo’s Level 4 autonomous driving technology.

Conduct exploratory research, evaluate theories statistically, present findings to focus groups, and design and implement software. The intern will work on autonomous driving technology while collaborating with technical teams. Required qualifications include current PhD enrollment in computer science or a related technical field, Python programming fluency, statistical knowledge, and basic machine learning knowledge.

Develop core simulator functionality and evaluation infrastructure for autonomous-driving safety models. Design metrics for simulated data, develop models, and collaborate on robotics and autonomous-driving software challenges. This hybrid internship is intended for graduate students pursuing a master’s or PhD in computer science or a related technical field.

Build and refine customer-facing React features and internal dashboards, implement TypeScript-based UIs in strict mode, integrate frontend with backend APIs, and contribute to product and design decisions for an AI-driven scheduling assistant.

Build and scale backend services powering an AI scheduling assistant: orchestrate scheduling, email, API and LLM integrations; develop trainer and operations tooling; contribute to architecture and technical direction.

Lead development and reliability of real-time and batch payment-processing systems across authorization, clearing, settlement, disputes, and card-network integrations. Build scalable, secure, low-latency services using Java, Python, Kotlin, and AWS; improve network peering infrastructure, failover, and capacity. Own initiatives from planning through launch, participate in on-call rotations, reduce technical debt, and drive cross-functional engineering improvements and strategic planning.

Summer process engineering internship supporting MedTech manufacturing and product development. Responsibilities include analyzing data, identifying improvement opportunities, driving continuous improvement with Manufacturing, Quality, and Engineering teams, and monitoring operational performance indicators against business goals. The role is onsite in Jacksonville, Florida, runs May through August, and requires full-time availability.

Design and develop electrical systems for medical robotic platforms, including PCAs, power electronics, motor control, sensing, communications, and fault-tolerant systems. Own hardware development from architecture and schematic design through PCB layout, prototyping, verification, documentation, and release. Conduct testing, EMI/ESD evaluations, thermal analysis, troubleshooting, and design validation while collaborating with multidisciplinary engineering teams.

Develop and support enterprise data integration solutions for supplier and procurement information across ERP systems, databases, middleware, APIs, and external applications. Responsibilities include data migration, transformation, validation, reconciliation, testing, deployment, incident resolution, documentation, and integration-process improvement. The role partners with technical and business stakeholders in an Agile environment while ensuring data integrity, security, compliance, and operational reliability.

Design and develop mechanical components and assemblies for autonomous production robots, including grippers, manipulators, end-effectors, and mounts. Lead designs from concept through production, develop rapid prototypes, integrate components into larger hardware systems, and ensure performance, reliability, and manufacturability. Provide technical leadership and collaborate with hardware engineering and operations teams in an onsite, fast-paced environment.

Investigate and resolve network and data performance issues by analyzing service trends, testing key performance indicators, isolating root causes, and optimizing telecommunications networks. The role also supports stakeholders, automates process improvements, provides rotational on-call coverage, works rotating shifts, and travels up to approximately 25%.

Lead development of Verizon’s AI-driven ATOM cloud automation platform for wireline and wireless networks. Design cloud-native, event-driven orchestration, self-healing service assurance, API-first workflows, and executable network procedures. Provide technical leadership to distributed engineering teams, translate telecom use cases into scalable capabilities, and oversee full-cycle development, testing, stability, and production support. Apply AI agents, infrastructure-as-code, CI/CD, and modern cloud technologies to automate network deployment, monitoring, configuration, and remediation.

Designs advanced network solutions based on client requirements and leads solution development across SD-WAN, LAN, WAN, security, virtualization, data center, wireless, VoIP, and cloud technologies. Mentors engineering teams, serves as a Tier 3 escalation engineer, analyzes network performance and capacity, oversees technical documentation, coordinates technology lifecycle initiatives, supports implementations, and collaborates with clients, PMO, product development, and delivery teams. The role may require after-hours support.

Lead the Innovation Lab’s software engineering and technical architecture efforts, translating business opportunities into prototypes, proofs of concept, pilots, and production-ready solutions. Design full-stack and AI-enabled applications, establish engineering standards, evaluate emerging technologies, and guide technical delivery across initiatives. Partner with cybersecurity, architecture, data, and business teams, mentor engineers, and transition successful innovations to broader delivery teams.

Leads complex electrical engineering for electromechanical medical devices from design through verification and launch. Defines electrical system architecture and provides technical expertise in PCBA, motor control, power, sensing, and system integration. Conducts root-cause investigations, design reviews, risk assessments, testing, and system analysis. Collaborates cross-functionally with R&D, Quality, Regulatory, Manufacturing, and Clinical teams while mentoring engineers and advancing technical capabilities, product reliability, and manufacturing effectiveness.

Leads process development and new product introduction projects for neurovascular medical devices, including catheters, guidewires, and implants. Manages a technical team, defines project scope and priorities, allocates resources, oversees budgets, resolves cross-functional issues, and delivers products within quality, cost, and timeline targets. Responsibilities include design transfer, process validation, manufacturability, process mapping, Lean methods, and clean-room manufacturing.