Biomass Preprocessing and Biobased Composite Recycling for Circular Bioeconomy Systems - Research Assistant/Associate/Full Professor

Description

The University of Tennessee-Oak Ridge Innovation Institute (UT-ORII) seeks highly qualified research faculty candidates to advance the fundamental science and engineering of chemical, biological, and/or mechanical preprocessing and recycling of biomass and biobased materials and composites. The goal is to develop innovative and efficient technologies for implementation in biorefineries. Research interests for this position include:

• Elucidating complex interactions between constitutive elements in man-made or natural polymeric composites (e.g., lignocellulosic biomass).
• Developing new tools to experimentally measure mechanical properties of these materials during preprocessing and recycling in relevant industrial systems.
• Enhancing the engineering knowledge required to design reliable preprocessing and recycling systems for biomass and biobased materials and composites.
• Creating efficient and sustainable approaches to chemically and/or biologically preprocess and recycle biopolymers back into their monomers.
• Advancing our ability to biologically and/or thermochemically recycle biobased composites into high-value products.

Roles and Responsibilities

The successful candidate will be expected to:

• Develop a nationally and internationally recognized research program with interdisciplinary connections across the UT-ORII Circular Bioeconomy Systems (CBS) Convergent Research Initiative (CRI) network at UT and ORNL.
• Innovate in biomass and biobased materials and composites preprocessing and recycling within the context of circular bioeconomy systems.
• Explore and develop new approaches and technologies for preprocessing and recycling biomass and biobased materials from various industrial streams, enabling the realization of a Circular Bioeconomy System.
• Interface with UT-ORII programs to support UT-ORII CBS CRI's mission and goals.
• Expand activity in renewable carbon materials development through the recently established Institute of Advanced Materials and Manufacturing (IAMM).
• Build partnerships and collaborations through the Institute for Advanced Composites Manufacturing Innovation (IACMI), the Office of Research Innovation and Economic Development (ORIED), Global Energy Ecosystems (GE2), and current and future industrial partners.

As a UT-ORII research faculty member, the successful candidate will collaborate with designated UT departments and researchers as well as ORNL researchers to address current and future low-emission and high-efficiency requirements for CBS. This includes conducting research, preparing and submitting proposals, supporting existing research projects, and mentoring graduate and undergraduate students.

Qualifications

Required Qualifications:

• PhD in engineering or science disciplines related to chemical, biological, mechanical, or other engineering fields.
• A track record of funding, publications, and student mentoring.
• Research experience in areas supporting UT-ORII’s Circular Bioeconomy Systems mission, including but not limited to:
  • Preprocessing and fractionation of various agricultural and forestry biomass feedstocks for further upgrading to value-added chemicals and materials for CBS and other systems in the bioeconomy.
  • Novel characterization tools and techniques to identify underlying chemical and physio-mechanical properties of preprocessed and recycled materials at various stages of the CBS loop.
  • Chemical, biological, and/or thermochemical recycling of biobased polymers and composites.
• Demonstrated research track record supporting the candidate’s potential to establish a nationally and internationally recognized research program aligned with UT-ORII’s mission and goals.
• Demonstrated evidence of graduate and undergraduate student mentoring or the potential to successfully mentor students.
• Strong communication skills and the ability to work collaboratively in a team environment.
• A clear path to independence as a researcher is desired, though collaboration with more senior investigators is also encouraged.

Preferred/Desired Qualifications:

• Experience in more than one discipline or interest in collaboration across these disciplines.
• Knowledge of or experience conducting technoeconomic analysis and life cycle assessment of preprocessing and recycling processes and technologies relevant to biorefineries and UT-ORII’s CBS CRI.
• Working knowledge and/or experience using artificial intelligence and machine learning tools to enable process optimization.

Additional Information

• This is a 12-month, non-tenure track position.
• The appointment will be with the University of Tennessee