Top Engineering Jobs

Lead and architect MDM integrations between Databricks lakehouse and NeoXam, design cloud data architecture using Databricks features, implement AI/ML automation for data transformation and quality, drive large-scale legacy-to-AWS migrations, break monoliths into microservices, and hire/mentor multiple product-focused engineering teams to deliver scalable, resilient data platform solutions for enterprise financial products.

Lead and manage a mechanical engineering team designing mechanical and thermal hardware, electronics enclosures, and production tooling. Own headcount, schedules, budgets, supplier relationships, process improvements, and staff development while communicating project status and escalating issues to stakeholders.

The Engineering Manager will oversee new product development, quality and regulatory compliance, and lead cross-functional teams while mentoring junior staff and improving manufacturing processes.

The Engineering Manager will lead a team to improve manufacturing processes, support product development, ensure quality, manage employee development, and maintain compliance and safety standards.

Lead a team of 4–6 hardware sustaining engineers to manage failure analysis and design-change projects. Drive RCCA and hardware quality reporting, resolve customer escalations, collaborate with supply chain, manufacturing, CM/ODM and component engineering, and implement proactive quality improvements for NPI. Track team performance via one-on-ones and OKRs and communicate findings to executives and customers.

Responsible for design supervision, technical document production, project management, and engineering problem-solving, while leading engineering teams and liaising with clients.

The Senior Manager of Software Engineering leads project strategy, oversees development processes, ensures compliance with security regulations, and mentors engineers to enhance product delivery and team performance.

As an Engineering Manager, lead a cross-functional software engineering team, manage projects, guide technical strategy, and ensure high-quality software delivery.

The Sr. Manufacturing Engineering Manager leads engineering teams to optimize production, drive process improvements, and manage new product introductions in a GMP environment.

Lead a multidisciplinary mechanical engineering team in developing EUV light source systems for precision hardware in extreme environments. Oversee system architecture, design reviews, and supplier management while ensuring safety and service capabilities.

Leads systems engineering strategy, architecture, enterprise system deployment, automation, security compliance, performance optimization, and disaster recovery. Manages resources, mentors engineering staff, evaluates technologies, coordinates with development and operations teams, and ensures reliable, compliant infrastructure. Oversees configuration and maintenance of internal applications and integrated enterprise systems.

Designs and analyzes low-voltage building technology systems, including structured cabling, audio/video, security, and wireless systems. Supports project planning, scheduling, documentation, budgeting, quality control, client communication, and multidisciplinary coordination. The role involves using engineering and BIM tools, collaborating with senior engineers, researching emerging technologies, and supporting consulting project execution. Full-time office work is based in Naperville or Chicago, with travel of up to 50%.

Build and mature DevOps automation processes and infrastructure. Own the GitLab foundation, including repository standards, CI/CD pipelines, testing, releases, and deployment coordination. Maintain automation and orchestration platforms, define cloud, virtualized, and physical infrastructure requirements, and establish safe AI-assisted automation policies. Partner with security, risk, systems, NOC, and business teams on requirements and deployment. The role requires Python, AWS, Ansible, Terraform, Docker, network automation, and release management expertise.

Manage and develop a multidisciplinary engineering team delivering custom, engineered-to-order HVAC solutions. Translate external technical requirements into internal specifications, oversee design execution, ensure manufacturability and release readiness, and partner cross-functionally to meet performance, quality, cost, and delivery objectives.

Lead and mentor the engineering organization while providing technical, strategic, and operational direction. Own platform strategy, roadmaps, processes, implementation, production support, and execution of the product vision. Guide teams through the design, development, testing, and launch of highly scalable, complex cloud-based systems, serving as a hands-on technical leader reporting to the CEO.

Leads the Hardware Systems Applications Engineering team, setting goals, staffing resources, workflows, and execution processes. Oversees cross-functional handoffs across software, product, operations, and hardware engineering teams. Develops metrics to monitor product hardware health and performance, communicates team and fleet results to leadership, and drives data-driven issue resolution. The role is based on-site in the DFW area with travel to engineering, operations, and remote test locations.

The VP of Engineering will own engineering strategy, architecture, scaling, hiring, performance management, and people development. This hands-on leader will write and review code, establish technical direction across two pods, develop engineers into technical leads, represent engineering to executives, and partner cross-functionally to prioritize and deliver critical work. Experience in healthcare, HIPAA, or SOC 2 environments is preferred.

Electrical Engineering Intern supporting the design and coordination of power, lighting, low-voltage, medium-voltage, grounding, backup, and electrical distribution systems for industrial and mission-critical facilities. Responsibilities include BIM modeling, load calculations, circuit analysis, panel schedules, construction documentation, interdisciplinary coordination, and workflow automation using Revit, AutoCAD, Dynamo, Grasshopper, Python, or C#. The role provides hands-on exposure to high-reliability facility design in an AEC environment.

Manufacturing Engineering Interns will develop scalable manufacturing processes, collaborate with design engineers on manufacturability and cost improvements, build and validate prototypes and test stands, troubleshoot test failures, perform root-cause analysis, and establish manufacturing and quality practices for production. The role provides hands-on shop-floor experience assembling hardware and supporting reliable nuclear fuel enrichment systems.

Electrical Instrumentation and Controls Engineering Intern supporting the design, analysis, testing, documentation, and implementation of electrical power, instrumentation, automation, and control systems for a uranium enrichment facility. Responsibilities include load calculations, power distribution studies, component selection, prototyping, hardware debugging, qualification testing, and cross-functional engineering collaboration.

Lead the Design Engineering group by managing staff, technical standards, project delivery, resource allocation, and financial performance. Oversee complex mission-critical mechanical projects, central plant and HVAC design, and serve as Engineer of Record. Mentor teams, resolve technical and project issues, support strategic growth, manage client relationships, and ensure projects meet quality, schedule, profitability, and utilization targets.

Senior mechanical engineer and project manager responsible for designing and optimizing large-scale cooling systems and central energy plants. Performs heat-load calculations, equipment selection, field surveys, testing, troubleshooting, and construction-document preparation. Coordinates with clients, architects, electrical engineers, contractors, and internal teams while ensuring compliance with building codes and company standards. Maintains client relationships and supports construction administration and project delivery.

Graduate or recently graduated interns provide technical and research support across engineering and applied science projects. Responsibilities include conducting research with limited supervision, solving technical problems, supporting scientists and engineers, documenting and presenting findings, attending seminars, and collaborating in a team environment during a full-time 10–12 week internship.

Undergraduate interns provide technical and research support in engineering, physics, computer science, and related disciplines. Responsibilities include conducting supervised research, applying engineering or scientific principles, gathering and analyzing data, using discipline-specific software, collaborating with mentors, and presenting findings through technical talks, reports, or posters. Interns work full time for 10–12 weeks and attend relevant seminars and facility tours.

Graduate interns provide computational engineering, electrical engineering, mechanical engineering, or related research support. Responsibilities include gathering and analyzing data, conducting research with limited supervision, supporting scientific and engineering projects, applying computational or mathematical principles, and presenting findings through presentations or posters.