Jobs at Hypertherm

Graduate intern supporting product security for PC-based industrial control software. Responsibilities include SAST, DAST, software composition analysis, fuzz testing, threat modeling, vulnerability triage, CVSS scoring, CRA compliance, coordinated vulnerability disclosure, secure development lifecycle automation, and documentation. The intern will help integrate security scanning into CI/CD pipelines, assess secure updates and code signing, and provide remediation guidance. The role requires enrollment in a master's or PhD program and offers practical experience with industrial cybersecurity and regulatory compliance.

Supports the Waterjet business through inventory optimization and agentic AI projects. Analyzes usage, costs, lead times, supplier risk, and replenishment strategies; develops Excel or Power BI tools; prototypes commodity intelligence and supply chain risk agents; validates sources and outputs; documents governance, testing, human-review requirements, and implementation recommendations. May also support supplier compliance and CSR activities.

Mechanical Engineering Intern supporting product improvements for plasma and waterjet cutting systems. Responsibilities include evaluating mechanical components, product testing and validation, root cause analysis, engineering change control, documentation, and collaboration with design, manufacturing, procurement, quality, regulatory, reliability, and supply chain teams. The intern will complete a meaningful engineering project and present recommendations to leadership.

Own strategy, new product introduction, and full lifecycle management for part of the OMAX waterjet portfolio. Lead market analysis, product requirements, roadmaps, pricing, launches, profitability, and portfolio optimization. Partner with engineering, operations, sales, marketing, finance, quality, customers, and channel partners to deliver differentiated technical products and achieve business goals.

Leads manufacturing process quality activities, including process control, quality planning, data analysis, root cause investigation, corrective action, process capability improvement, and continuous improvement. Partners cross-functionally on new product introduction, validation, audits, and quality systems. Coaches engineers and manufacturing teams in Lean Six Sigma, statistical methods, problem solving, and process control while driving defect reduction, improved yield, and sustained quality performance.

Leads the PCB Test Engineering organization, overseeing ICT, functional test, fixture development, IC programming, and automated test solutions. Defines test strategy, improves design for testability, manufacturing quality, yield, and cost, and delivers scalable solutions for internal and contract manufacturing. Develops organizational roadmaps, capacity plans, and engineering talent while partnering with design, manufacturing, quality, purchasing, and supply chain teams. The role is onsite in Lebanon, New Hampshire, with up to 10% travel.

Plans material requirements, production work orders, replenishment methods, and inventory levels for a manufacturing business unit. Coordinates with procurement, production, warehouse, planning, and customer service teams; resolves shortages, expedites materials, updates ERP data, and performs root-cause analysis. Uses lean planning, Kanban, and supply chain analysis to optimize inventory while meeting production demand, lead times, and service levels.

Manage sourcing for fabricated/formed/machined metal and non-metal categories: develop category strategy, qualify and manage suppliers, negotiate contracts, drive cost savings, support NPI, maintain risk assessments, and lead procurement projects and supplier performance reviews.

Design and deploy automation solutions, lead development of electric controls for test systems, mentor junior engineers, and improve operational efficiency.

Lead and develop a team of Manufacturing Process Engineers to improve safety, quality, productivity, and operational performance. Design and optimize processes, tooling, fixtures, and workstations; lead pFMEA, root cause analysis, corrective actions, and DFMA feedback for NPI. Apply Lean and Six Sigma methods, evaluate and implement manufacturing equipment/technologies, create technology roadmaps, and manage cross-functional projects, budgets, and schedules while mentoring engineers and partnering with Quality to drive continuous improvement.