Application Scientists work closely with top specialists at leading research institutes and innovative technology adopters in academia and industry, ensuring that our customers are successful in acquiring optimal results from their instruments.
Responsibilities
Perform product and workflow demonstrations, sample analysis, and data processing
Conduct customer training and translate customer needs into workable solutions
Support users to obtain the best possible results from their instruments in the shortest possible time
Provide application support for new product developments, contributions to manuals and application notes
Provide experimental research to advance applications knowledge, presentations at workshops or conferences and scientific publications
Requirements
Advanced degree (MSc, PhD) in area relevant for the supported instrumentation and application
Lead and manage body‑in‑white engineering efforts across vehicle programs, from concept to production, ensuring design excellence, manufacturability, cost targets, and regulatory compliance.
Responsibilities
Drive BIW development including concept, feasibility, CAD, CAE, prototyping, validation, and production launch
Lead welding technicians and engineers to drive improvements across Vermeer products and manufacturing areas, acting as a subject matter expert with strong project management acumen.
Responsibilities
Lead and develop assigned welding technicians and engineers while modeling Vermeer’s caring culture, agility, customer focus, and stewardship. Align team priorities with department goals.
Lead complex welding, department improvement, and capital projects across products or manufacturing areas. Define scope, evaluate alternatives, justify investments, and coordinate resources to meet quality, cost, and timing goals.
Partner with engineering, operations, and plant leadership to improve weld quality, productivity, and lead time through lean principles, cell layout, equipment utilization, and right-sized automation, including weld robotics.
Lead research, testing, and implementation of advanced welding methods, materials, and equipment, including robotic welding systems. Assess feasibility and manufacturing readiness and recommend technology priorities.
Develop welding guidelines, instructions, quality requirements, standards, and training. Resolve complex application questions with quality and safety specialists to support compliance.
Requirements
Four-year degree in Welding, Materials Joining, Manufacturing or Metallurgical Engineering
Nice to have: American Welding Society (AWS) Certified Welding Inspector
Responsible for qualification of films and resins from extrusion through converting and end use, supporting product development, R&D, manufacturing, and customer projects.
Responsibilities
Support product development team in completion of customer trial orders
Assist R&D in completion of laboratory requests
Review trial results and manage customer projects
Support external trials at suppliers and customers
Support manufacturing in new product development activities
This position will lead the material development and the material cost innovation work process while ensuring consistent material quality, supply and material processability on our lines for absorbent hygiene products.
Compensation
Competitive base salary and bonus opportunities
Responsibilities
Promotes a safety culture, embracing safety as a core value, instilling and exemplifying a safety mindset for all team members.
Works in conjunction with Quality department to ensure consistent raw material quality and that finished product satisfies all finished product quality standards.
Work closely with suppliers, external partners and internal team members including quality and process team members to define material needs and create/refine/review raw material specifications.
Work closely with both production and process team members to ensure good material processability on the converting lines.
Support funding the growth activities related to materials for the Absorbent Hygiene business.
This role focuses on understanding, analyzing, and improving the behavior of materials under various conditions to ensure optimal performance, reliability, and safety in aerospace applications.
Responsibilities
Execute, with guidance from senior engineering resources, the analysis, design, test, or integration required to define and support assigned components, assemblies, or systems that meet business standards and program/product requirements.
Provide technical guidance to personnel supporting the assigned project.
Prepare and present technical data to internal and external customers.
Participate on teams assigned to address specific organizational initiatives.
Share engineering information and promote open dialogue.
Innovative and results-driven scientist dedicated to driving critical initiatives for input materials, focusing on polymer chemistry and material science.
Compensation
The starting base pay for this role is between $151,000 and $191,000 at the time of posting.
Responsibilities
Identify, evaluate, and process feedstocks for generating high-purity porous carbons.
Design and execute material studies to optimize the thermal conversion processes of precursors into high-quality porous carbons.
Utilize internal and external experimental data, statistical techniques, and design of experiment (DOE) to develop process-properties-performance models and define material specifications.
Work with external partners to optimize raw material properties and processes to meet our performance targets.
Collaborate with technical leads and adjacent groups to establish product development standards and set technical specifications.
Leadership role focused on leading process research for beverage applications, bridging science, application, and scalable manufacturing technologies to accelerate innovation.
Compensation
Pay Range: United States: 176,000 - 205,000 USD
Responsibilities
Evaluate different beverage process technologies in beverage application development of new flavor and ingredients
Monitor new external process technologies and identify relevant technology to enhance beverage application
Identify and update the skills and competencies of the team and collaborators to leverage latest external technologies and digital tools
Build at risk ingredients research pipeline
Shape the future research agenda to meet consumer, customer, and regulation needs
Requirements
Bachelor’s degree in engineering, physics, chemistry, biology, or related fields
Develop next generation optical or light management materials for display application in consumer electronic devices, exploring new adhesive platforms and establishing new methodology development.
Locations (2)
Hsinchu County, Hsinchu County, Taiwan
Hsinchu City, Hsinchu City, Taiwan
Responsibilities
Develop next generation optical or light management materials for display application in consumer electronic devices
Explore new adhesive platforms through patent landscape analysis, fundamental understanding, experiment design, data analysis, and result interpretation
Establish new methodology development to simulate customer in line test results/ issue, formulate products to solve customer technical challenges and communicate with customers
Collaborate with different functions including Application/Quality/scale-up Engineering/Manufacturing/EHS to deliver new products
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