Adesis Inc. is a subsidiary of Universal Display Corporation (Nasdaq: OLED), a global leader in organic light emitting diodes. Within our OLED Chemistry organization, we engage in research and development of new materials for use in the fabrication of OLED devices leading to the next generation of OLED displays.
Our R&D footprint encompasses almost 100,000 square feet of state-of-the-art laboratory and manufacturing space in two U.S. locations - New Castle and Wilmington, DE, centrally located in the Mid-Atlantic biotech/pharmaceutical hub.
We are an extraordinary company seeking exceptional talent! If you're passionate about organic molecule synthesis and excited to contribute to fast-paced, cutting-edge OLED research, we want to hear from you. Join a dynamic, multidisciplinary team of scientists and engineers working together to shape the future of consumer electronics through innovation and collaboration.
Position Summary: Are you passionate about developing cutting-edge organic and organometallic materials? Do you thrive on solving complex chemistry challenges in a dynamic, fast-paced R&D environment? If so, we invite you to join our team and make an impact! We are seeking a highly skilled Research Scientist with deep expertise in synthetic organic chemistry to join our team dedicated to advancing OLED (Organic Light Emitting Diode) technology. This role centers on the design, modeling, and synthesis of innovative organic and organometallic compounds tailored for high-performance OLED applications.
Responsibilities:
Design and Synthesis: Develop innovative organic and organometallic molecules using advanced synthetic methodologies to meet specific performance criteria for OLED devices.
Material Characterization: Investigate and analyze the photophysical, electrochemical, and thermal properties of synthesized compounds to assess their suitability for OLED applications.
Collaborative Development: Work closely with multidisciplinary teams of chemists, physicists, and engineers to optimize molecular structures and synthetic routes for scalability and device integration.
Innovation and Problem Solving: Apply deep knowledge of synthetic organic chemistry to solve complex challenges in material stability, efficiency, and color purity.
Technology Advancement: Contribute to the development of next-generation OLED materials through continuous innovation and rigorous research.
Laboratory Conduct and Documentation Standards: Ensure accurate documentation of experiments, maintain a clean and safe lab environment, and uphold responsible laboratory conduct.
Required Qualifications & Essential Skills:
PhD in Chemistry with 2+ years of industrial synthetic organic chemistry experience
In depth understanding and proven experience with the synthesis and characterization of organic and/or organometallic compounds.
Demonstrated understanding of organic and organometallic reaction mechanisms.
Knowledge of modern analytical techniques (HPLC, GC, MS, NMR, UV) and instrumentation (automated purification systems) for the isolation and identification of organic compounds.
Experienced in basic computer software and internet applications including: MS Office Suit, ChemDraw, e-notebook and LIMS.
Strong organizational skills, keen attention to detail, and ability to prioritize projects and meet deadlines.
Ability to work independently and proactively with minimal direction.
Ability to perform and succeed in a multi-disciplinary team environment.
Ability to effectively communicate orally and in writing with peers and management.
Ability to identify, analyze and resolve problems in an efficient, proactive manner.
Demonstrated track record of accuracy and thoroughness.
Competencies:
Insightful: Seeks to understand the need of the business and key stakeholders’ and translates them into value-added research activities for OLED Chemistry.
Delivers Results: Takes initiative and delivers results; Challenges self and others to create value; Takes courageous decisions and balanced risks to create value for OLED Chemistry.
Thinks Holistically: Understands the overarching impact of own actions on other areas of the business. Looks for synergies inside and outside the organization to create value for OLED Chemistry.
Learns: Demonstrates curiosity and learns from the experience of success and failure; Proactively shares knowledge with others to affect continuously improvement.
Collaborates: Develops trustful relationships with internal and external stakeholders to realize project objectives; champions diversity of thinking to improve outcomes.
Champions Change: Seeks new opportunities to create value for OLED Chemistry. Supports the implementation and acceptance of change processes across the organization.
Leads: Can lead self and influence others to create value for OLED Chemistry; creates a culture of accountability that provides space for colleagues to contribute to their fullest potential.