Senior Analytical Method Chemist – Gas Analysis

Nippon Sanso Matheson, Inc.; Longmont (CO); On-site; USD 120,000 - 130,000; Full time

Job summary

Nippon Sanso Matheson is seeking an experienced Analytical Method Development Chemist to lead the development and implementation of industry standards and novel test methods for the Electronics/Specialty Gas Division Analytical Laboratory.

The role will manage analytical chemists in production and R&D, support routine and non-routine testing, and drive safety and quality across method development, transfer, and validation. DOE compensation is $120–130k with strong growth potential.

Qualifications

• BS in Chemistry or related field and 10+ years analytical/method development experience
• MS/PhD with 5+ years in analytical method development a plus
• Experience combining instruments to improve detection limits and selectivity

Responsibilities

• Develop new analytical methods for specialty/electronic gas mixtures.
• Combine techniques to increase sensitivity and selectivity of analytes.
• Create and validate test methods meeting accuracy, precision, robustness, and detection limits.
• Provide customer-facing support for methods and data.
• Lead cross-functional discussions on test method performance and requirements.
• Train and certify lab staff to perform testing per method requirements.

Skills

Analytical problem solving

Written communication

Team leadership

Education

BS in Chemistry or related field

MS/PhD in analytical/metrology

Tools

ICP-MS

IC

GC

GC/MS

FTIR

CRDS

XRF

Job description

Nippon Sanso Matheson is seeking an experienced Analytical Method Development Chemist to lead the development and implementation of industry standards and novel test methods for the Electronics/Specialty Gas Division Analytical Laboratory.

The role will manage analytical chemists in production and R&D, support routine and non-routine testing, and drive safety and quality across method development, transfer, and validation. DOE compensation is $120–130k with strong growth potential.