Research Scientist - Deposition Processes

Air Liquide•Newark, DE

2d•Onsite

About The Position

The Innovation and Development Division (IDD) drives the innovation strategy for the Hubs and Operations, and contributes to the Group's transformation. It is responsible for imagining, developing and incubating new solutions until they are brought to market, particularly when it comes to offers with a high technological content (including digital and IT). IDD gathers more than 3,000 employees from 70 nationalities at 60 sites. Innovation enables Air Liquide to open up new markets, develop its industry and create new solutions for its customers. Research and Development, the driver of innovation, contributes to the development of technologies and processes that open up new prospects and strengthens the Group’s competitive position. The Air Liquide R&D network is made up of 8 research centers spread over 3 continents. Overall, there are 1000 researchers of more than 35 nationalities developing innovations in the areas of industry, environment, healthcare and electronics. The Customer Processes - Electronics group at the Innovation Campus Delaware (ICD) focuses on Semiconductor material development and supports AL Electronics businesses. Material development comprises of (1) design, synthesis, characterization electronic materials, (2) development of Atomic layer deposition processes for Air Liquide precursors and (3) design, characterization and development of various etching processes for Etchants. The team is is both multidisciplinary and multinational from a variety of countries around the world including the US, Canada, India, China, Taiwan, Vietnam. The successful candidate will be responsible for designing and developing the precursor molecules and deposition processes of Organometallic and inorganic compounds for application in the semiconductor manufacturing industry. The processes will include the deposition of dielectric materials, metals and complex alloys by Atomic Layer Deposition (ALD) and Chemical Vapor deposition (CVD) techniques. Experience working with ALD tools and use of advanced metrology and characterization is highly desired. As a global market leader in gases, technologies, and services for the tech sector, Air Liquide Electronics is the engine driving the next generation of digital evolution. We partner with the world's foremost semiconductor, flat panel display, and photovoltaic manufacturers, supplying the ultra-pure carrier gases and advanced molecules essential to making technology smaller, faster, and more energy-efficient. Our innovations sit at the heart of today's most exciting tech megatrends—from Artificial Intelligence and 5G to autonomous mobility—all while actively advancing sustainability and decarbonization within the semiconductor ecosystem. By joining our passionate global team, you will enter a collaborative, learning-focused environment where your unique talents are championed and your everyday work directly shapes the future of how the world connects. At Air Liquide, we RESPECT, HONOR and VALUE diversity. Air Liquide is Hiring for a Research Scientist - Newark, DE. We are looking for you !

Requirements

PhD in Chemistry, Chemical Engineering or Material Science with specialization in ALD processes and ALD precursors or a Master’s degree with 3+ years of industry relevant experience.
Hands-on experience with plasma-based and/or thermal ALD tools including troubleshooting/maintenance is highly desired.
Hands-on experience with chemical and gas handling is also highly desired.
Strong expertise and hands-on experience with multiple analytical and film characterization techniques (e.g., FTIR, Ellipsometry, XRR, XPS, AES, SEM, etc).
Proven ability to work efficiently on multi-disciplinary, international teams and build internal/external networks.
Excellent verbal and written communication skills with a strong publication or presentation track record in technical conferences or journals.
Self-motivated individual with the ability to define and solve complex problems in collaboration with business units and external partners.

Nice To Haves

Experience working with ALD tools and use of advanced metrology and characterization is highly desired.
Continuous commitment to learning and a self-driven motivation to expand organizational technical capabilities.

Responsibilities

Serve as a safety role model; promote a high level of safety awareness, ensure IMS compliance within the team/facility, and support continuous improvement in safety practices.
Lead projects involving semiconductor related deposition processes, including both CVD and ALD, the design of new deposition molecules, and process evaluation for semiconductor applications.
Contribute in for design, screening of organometallic precursors for deposition of dielectric and metal thin films, develop relevant metrology tools and developing ALD processes for application in the semiconductor.
Build fundamental knowledge of the relationship between deposition molecule structures and functional performance using both in-situ and ex-situ advanced analysis and film characterization techniques.
Conduct literature and patent searches, recognize and document patentable findings, and actively promote the innovative development of intellectual property.
Develop and sustain relationships with global Air Liquide business partners, operations units, customers, OEMs, and academic/consortia partners to transfer process know-how and meet immediate technical needs.
Prepare high-quality presentation materials and reports for internal teams, global R&D networks, and external technical conferences or journals.
Maintain a self-driven, flexible mindset to manage multiple projects simultaneously and adapt to changing R&D priorities.
Demonstrated capacity to successfully oversee and execute multiple research initiatives concurrently.
Competence in synthesizing data and identifying potential technical bottlenecks that may impact R&D timelines.
Proactive mindset with the agility to navigate obstacles and adapt to shifting R&D requirements while managing risk.