Responsible for gathering relevant, factual information and data in order to solve quality related problems. Resolve issues by identifying and applying solutions from acquired technical experience and guided precedents. Plan and lead projects by identifying and organizing activities into time dependent sequencing with realistic timelines. Work effectively/ productively with all departments by developing a team atmosphere. Responsible for assuring products conform to established requirements and standards through appropriate audit, inspection, and test activities. Interacts with many different functional departments, suppliers, and experts outside Client to implement Client Quality goals.
Responsibilities
Evaluating process methods and equipment to meet performance and quality requirements
Establishing quality plans for equipment and processes for general and specific product performance needs
Monitoring performance of processes to a standards
Applying ISO and QSR requirements to processes and procedures for Client and outside suppliers
Assisting Manufacturing, Sourcing and Development in the interpretation and application of regulations
Requirements
B.S. in engineering
Bachelor’s degree program with certification as a quality engineer (e.g. CQE)
Provide technical leadership and manufacturing support for HLA, CsI scintillator deposition, and detector back-end processes, driving improvements in process capability, equipment performance, product yield, and manufacturing robustness.
Compensation
For U.S. based positions only, the pay range for this position is $105,600.00-$158,400.00 Annual. In addition, this position may also be eligible to earn performance based incentive compensation, which may include cash bonus(es) and/or long term incentives (LTI).
Responsibilities
Provide technical leadership for HLA, CsI deposition, parylene coating, laser/mechanical scribing, epoxy sealing, and related detector back-end manufacturing processes.
Establish and maintain robust process windows, recipes, operating parameters, and manufacturing controls.
Troubleshoot complex process and equipment issues using structured problem-solving and root-cause analysis.
Monitor and analyze yield, first-pass yield (FPY), defect trends, process capability, equipment performance, and critical-to-quality (CTQ) metrics to identify and prioritize improvements.
Apply statistical process control (SPC), design of experiments (DOE), Lean, Six Sigma, and FMEA methodologies to improve process capability, yield, cycle time, equipment uptime, and manufacturing efficiency.
Responsible for gathering relevant, factual information and data in order to solve quality related problems. Resolve issues by identifying and applying solutions from acquired technical experience and guided precedents. Plan and lead projects by identifying and organizing activities into time dependent sequencing with realistic timelines. Work effectively/ productively with all departments by developing a team atmosphere. Responsible for assuring products conform to established requirements and standards through appropriate audit, inspection, and test activities. Interacts with many different functional departments, suppliers, and experts outside Client to implement Client Quality goals.
Responsibilities
Evaluating process methods and equipment to meet performance and quality requirements
Establishing quality plans for equipment and processes for general and specific product performance needs
Monitoring performance of processes to a standards
Applying ISO and QSR requirements to processes and procedures for Client and outside suppliers
Working with suppliers on new product introduction to insure that quality and performance requirements are fulfilled
Requirements
B.S. in engineering or an alternative Bachelor’s degree program with certification as a quality engineer (e.g. CQE)
Responsible for gathering relevant, factual information and data in order to solve quality related problems, resolving issues by identifying and applying solutions, and assuring products conform to established requirements and standards.
Responsibilities
Gather relevant, factual information and data to solve quality related problems
Resolve issues by identifying and applying solutions from acquired technical experience and guided precedents
Plan and lead projects by identifying and organizing activities into time dependent sequencing with realistic timelines
Work effectively/ productively with all departments by developing a team atmosphere
Assure products conform to established requirements and standards through appropriate audit, inspection, and test activities
Requirements
B.S. in engineering
Bachelor’s degree program with certification as a quality engineer (e.g. CQE)
Supplier Quality Engineer responsible for ensuring world class performance of the client prototype and production supply base, driving continuous improvement and managing supplier quality processes.
Responsibilities
Assess the capability of potential suppliers
Assess the manufacturability of new product designs and assist both client engineering and its suppliers with improving manufacturability
Manage product and process development with suppliers
Assist suppliers with development of manufacturing processes
Review prototype and production part quality document submissions from suppliers, and provide feedback
Requirements
Bachelor’s degree in Engineering or related field; MS Preferred
Nice to have: ASQ
Nice to have: Six Sigma Green Belt
Nice to have: Six Sigma Black Belt
Nice to have: Quality Systems such as ISO 9000 and IATF 16949
Serve as the site’s primary quality resource and provide hands-on support for the production of precision consumable MLCC carrier plates.
Compensation
Salary Pay Range: $88,425.00 - $147,375.00 per year. This range is a good faith estimate of the expected salary range for this position, based on a wide range of factors including qualifications, experience and training, operational and business needs and other considerations permitted by law. At MKS, it is not typical for an individual to be hired at or near the top of the range for the role. Bonus: This position is eligible for a discretionary annual bonus, in an amount to be determined by MKS [or as applicable].
Responsibilities
Provide daily floor support for machining, finishing, cleaning, inspection, packaging, and release of consumable carrier plates
Develop and maintain control plans, inspection instructions, acceptance criteria, sampling plans, and reaction plans for critical product and process characteristics
Interpret customer drawings, specifications, tolerances, and workmanship requirements
Apply SPC, capability analysis, first-pass yield, defect pareto, and trend analysis to prevent escapes and reduce variation, scrap, and rework
Establish and sustain measurement methods, gage calibration, measurement system analysis, and inspection equipment controls
Requirements
Bachelor’s degree in Quality, Manufacturing, Mechanical, Industrial, Materials Engineering, or a related technical field
The Senior Moulding Validation Engineer is responsible for planning, coordinating and executing global product validation activities associated with injection mould tooling changes, including new tooling, tool transfers, refurbishment, repair and major modifications.
Responsibilities
Lead global validation activities associated with injection mould tooling changes
Develop and execute product validation strategies in accordance with internal procedures and applicable regulatory requirements
Define product validation scope, acceptance criteria, sample sizes and statistical rationales for verification and validation activities
Review and approve product Validation protocols and reports
Create detailed project plans in collaboration with suppliers, Global Moulding Group and manufacturing sites
Requirements
Degree in Engineering or Science, or equivalent experience in a relevant field
The Manufacturing Engineer leads engineering activities from concept initiation through implementation and control, improving safety, quality, delivery, cost, productivity, and operational performance.
Compensation
The expected base compensation for this role is: $80,700.00 - $109,400.00. Actual base compensation within the identified range will vary based on factors relevant to the position.
Responsibilities
Identify and implement solutions for repairing mechanical equipment, minimizing downtime and maximizing output.
Provide technical support and expertise for the setup, operation, and maintenance of manufacturing equipment.
Analyze and implement product or machinery designs for the best method for manufacturing processes.
Analyze and interpret blueprints and machine schematics to troubleshoot and resolve production issues.
Propose and evaluate the processes for equipment in assigned area.
Requirements
Bachelor’s degree in mechanical, manufacturing, electrical, or related engineering discipline
Nice to have: experience in automotive or high-volume manufacturing
The Director, Manufacturing Engineering provides functional and strategic leadership for the manufacturing engineering organization, accountable for process capability, producibility, and product quality across production programs.
Lead and develop a high‑performing manufacturing engineering organization, including managers, engineers, and supporting staff.
Define and maintain functional standards, methods, tools, and best practices for manufacturing engineering across the site or business.
Recruit, develop, and retain talent; drive succession planning, leadership development, and engagement/inclusion activities.
Provide regular coaching, performance feedback, and career development for managers and engineers.
Own manufacturing engineering processes from new product introduction through sustainment, ensuring robust process controls, standard work, and documented work instructions.
Requirements
Bachelor’s degree in Engineering or a related discipline
Master’s degree in Engineering or a related discipline
Nice to have: advanced degree in Engineering, Engineering Management, Business Administration
Nice to have: experience in aerospace/defense or similarly regulated environment