Synthetic Chemist for 3D-Printing Resin Discovery

Quadratic 3D, Inc.; Boston (MA); On-site; USD 120,000 - 170,000; Full time

Benefits offered by this job

Medical, dental, and vision benefits

401k plan

Outdoor seating and picnic areas

Collaborative work environment

Job summary

A leading advanced materials firm is seeking a passionate PhD-level synthetic chemist to drive the discovery of small molecules for next-generation 3D printing resins. This role involves designing and executing synthetic routes, characterizing candidates, and contributing to analytical developments. Ideal candidates should possess a strong background in synthetic and physical organic chemistry and demonstrate excellent collaboration skills. Compensation and benefits are competitive, fostering a collaborative work environment in a scenic setting.

Qualifications

• PhD/BS in Chemistry with relevant experience.
• Strong expertise in synthetic and physical organic chemistry.
• Significant experience in multi-step synthetic routes.
• Excellent communication, organizational, and time management skills.

Responsibilities

• Design and execute synthetic routes for small molecules.
• Characterize lead candidates using various analytical techniques.
• Contribute to high-throughput analytical capabilities and databases.
• Collaborate to explore structure-property relationships for 3D printing.
• Maintain detailed electronic lab notebook documentation.

Skills

Synthetic chemistry

Physical organic chemistry

Team collaboration

Data analysis tools

Project management

Education

PhD in Organic Chemistry

BS in Chemistry with 5+ years experience

Tools

UPLC

NMR spectroscopy

UV/Vis spectroscopy

IR spectroscopy

Mass spectrometry

Job description

A leading advanced materials firm is seeking a passionate PhD-level synthetic chemist to drive the discovery of small molecules for next-generation 3D printing resins. This role involves designing and executing synthetic routes, characterizing candidates, and contributing to analytical developments. Ideal candidates should possess a strong background in synthetic and physical organic chemistry and demonstrate excellent collaboration skills. Compensation and benefits are competitive, fostering a collaborative work environment in a scenic setting.