Top Engineering Jobs

Design, prototype, machine, and test mechanical components, molds, tooling, and fixtures. Develop CAD/CAM models and CNC tool paths, optimize machining processes, inspect parts using precision metrology, create technical documentation, and support continuous improvement on the manufacturing floor. The role combines engineering office work with hands-on prototyping and production support.

Leads the design and development of DDC building automation systems for HVAC, lighting, and energy management. Creates system architectures, wiring schematics, control panel layouts, and operating sequences while ensuring code and specification compliance. Drives engineering process improvements, standardizes design workflows, mentors junior staff, coordinates with vendors and project teams, performs design reviews and value engineering, and supports installation and commissioning through troubleshooting.

Build and own production entity-resolution capabilities, including blocking, candidate generation, pairwise scoring, clustering, threshold policies, deduplication, and known-entity checks. Develop provenance systems for traceable, explainable graph relationships and matching decisions. Evaluate matching performance, document implementation logic, and balance false merges against false splits. Work remotely with occasional travel while supporting government mission applications.

Leads a team of six Industrial and Test Engineers while driving industrial engineering, Lean manufacturing, continuous improvement, automation, and process optimization initiatives. Develops the engineering roadmap, manages KPI-driven projects, supports capital investments, and improves safety, quality, delivery, cost, capacity, and productivity. Builds team capability through coaching, standardized processes, cross-training, and collaboration with Operations and other functional teams.

Own platform uptime, SLAs, SLOs, observability, high-availability deployments, containerization, and CI/CD. Optimize Python applications, troubleshoot production systems to the OS level, lead incident response and post-incident reviews, and establish reliability practices across engineering. The role also involves on-call support, performance profiling, capacity planning, and independently delivering reliability projects.

Design, develop, test, and deploy supply chain software for inventory, warehouse, and fulfillment systems. Lead technical decisions, mentor engineers, coordinate cross-functional Agile projects, decompose work, delegate tasks, and promote strong development and testing practices. Build monitoring systems that ensure business-process correctness and support high-volume, data-intensive applications.

Creates and revises 3D mechanical models, assembly drawings, and detail drawings for rotating electrical equipment using SOLIDWORKS. Researches existing designs and part numbers, incorporates engineering and production revisions, applies GD&T and design-for-manufacturability principles, and maintains document revision control in SOLIDWORKS PDM. Collaborates with mechanical and electrical engineers, manages multiple projects, and occasionally validates designs in manufacturing areas.

Supports robotic and automated manufacturing systems through equipment testing, installation, troubleshooting, documentation, performance-data collection, and continuous improvement. The intern assists with Lean Manufacturing initiatives, technical drawings, preventive-maintenance materials, training documents, safety reporting, and equipment integration under engineering and project leadership. The role is primarily indoors in an active manufacturing environment and may involve occasional travel to vendor, customer, or job-site locations.

Designs and maintains software integrating laboratory instruments, robotics, automation platforms, data systems, and decision tools. Builds APIs, experimental workflow orchestration, sample tracking, scheduling, state management, error recovery, monitoring, and diagnostic capabilities for reliable autonomous research. Collaborates with scientists, robotics and automation engineers, and data scientists to develop scalable software supporting scientific databases, machine learning models, and closed-loop experimentation. Applies testing, Git, CI/CD, documentation, and containerization practices.

As an Industrial Mechanical Engineer, you will maintain and repair mechanical equipment, diagnose faults, deliver planned maintenance, and enhance efficiency and safety across the manufacturing facility.