Top Engineering Jobs

Entry-level project engineering role for current engineering students graduating in December 2026 or May 2027. Responsibilities include coordinating HVAC project submittals, equipment selection, pricing, ship dates, estimates, proposals, value engineering, order entry, and customer communications. The role requires interpreting building plans and specifications, managing multiple projects, coordinating with contractors and manufacturers, maintaining job files, and resolving project concerns. Work occurs in an office and frequently in the field.

Leads architecture and delivery of robotic data-collection platforms, end effectors, sensing systems, and customer workcells from requirements through field deployment. Responsibilities include hardware design, prototyping, validation, reliability testing, manufacturing documentation, system integration, deployment, troubleshooting, technical reviews, standards development, and mentoring. The role collaborates with robotics, controls, machine learning, manufacturing, safety, operations, suppliers, and customers while establishing scalable hardware platforms and deployment processes.

Provides training and hands-on experience in full-stack software development. The intern will develop, maintain, enhance, and support web applications and third-party integrations using Microsoft technologies, Azure, C#, Razor, JavaScript, SQL, Git, and automated testing. Responsibilities include completing Scrum backlog projects, following coding standards, submitting pull requests, supporting CI/CD processes, documenting learnings, and collaborating independently and with teams.

Build and maintain full-stack software for startup clients, including backend services, frontend experiences, new features, redesigns, bug fixes, and product improvements. Collaborate daily with product managers, designers, and engineers in a distributed, agile environment. Take ownership across the technology stack, write clean maintainable code, contribute to client missions, and support team growth and knowledge sharing.

Own AWS production infrastructure reliability, scalability, performance, and cost optimization. Build automated CI/CD pipelines, infrastructure as code, observability, and reliability practices. Lead incident response, on-call operations, postmortems, disaster recovery, security hardening, and compliance efforts while partnering with development teams to improve system design and releases.

Designs, tests, and optimizes mineral processing, material handling, comminution, classification, and separation systems. Leads equipment selection, sizing, vendor review, process documentation, procurement support, commissioning, startup, and troubleshooting. Oversees laboratory test work and defines process guarantees and acceptance criteria. The role requires substantial industrial mineral processing experience, capital project involvement through commissioning, and strong technical communication and documentation skills.

Leads software development and production support, balancing technical delivery with supervisory responsibilities. Manages workload planning, prioritization, team performance, recruiting, mentoring, code reviews, SDLC standards, production stability, incident response, and continuous improvement. Partners with business analysts, architects, QA, stakeholders, and technology teams to deliver scalable enterprise applications. Participates in development, troubleshooting, solution implementation, and on-call support while guiding employees and consultants.

Provide application maintenance and enhancement support for data management applications and middleware. Lead incident management, root cause analysis, documentation, security and architecture reviews, supplier guidance, and technical issue resolution. Design, build, monitor, and optimize Azure Data Factory pipelines, including data transformations, quality checks, validation, performance analysis, and troubleshooting. Collaborate with business and technical teams to ensure reliable enterprise data integration.

Leads innovation and technology development for high-voltage power semiconductor platforms. Defines technology roadmaps, develops device architectures using TCAD, resolves process integration, yield, reliability, and manufacturability challenges, and leads projects through production release. Acts as a technical expert, generates intellectual property, mentors semiconductor engineers, guides strategic investments, and collaborates with product, quality, manufacturing, marketing, applications, and customer teams.

Software Engineering Interns will develop, test, debug, refactor, and document software for live client engagements. They will work with modern development stacks, cloud platforms, DevOps tools, data models, integrations, code reviews, and pair programming while receiving mentorship from consultants and technical leaders. The internship requires full-time participation in an eight-week hybrid summer program based in Nashville or Richmond.