Jobs at Boston Materials, Inc.

Design and document mechanical assemblies for thermal interface materials in semiconductor packages. Build, instrument, and test prototypes and mockups, analyze thermal and mechanical data, coordinate fabrication, document customer requirements, and support qualification activities and technical engagements. The role also contributes to product improvements and maintains organized design and test records.

Lead commissioning and production readiness for high-volume advanced-materials manufacturing lines. Design and optimize workflows, implement MES and process-monitoring systems, establish qualification protocols, define process controls, and build quality-management infrastructure. Translate developmental materials processes into repeatable, scalable manufacturing while driving root-cause analysis, corrective action, safety, and continuous improvement. Collaborate cross-functionally with equipment and process engineering teams in a resource-constrained startup environment.

The Process Development Engineer will design and optimize chemical processes for advanced materials, drive production scaling, perform root cause analysis, and collaborate with quality engineers to ensure product integrity while working in a fast-paced environment.

The Senior Process Engineer at Boston Materials is responsible for transforming R&D into production processes, focusing on troubleshooting, optimizing chemical processes, and scaling manufacturing operations. They will develop and execute critical manufacturing milestones and identify workflow improvements.

Lead design, build, and commissioning of custom production equipment for advanced materials. Deliver automated, instrumented machines from concept to production, integrate automation/HMI/sensing/SPC, manage CAD/PDM workflows, estimate schedules, validate subsystems, mentor engineers and technicians, and operate/maintain shop equipment.

Lead design, build, commissioning, and scale-up of specialized production equipment for advanced materials. Set equipment roadmap, enforce engineering standards, manage budget and team, launch pilot equipment, transition to LRIP/HVM, and ensure safety, reliability, and continuous improvement in a startup environment.