Postdoctoral Scholar Lindberg Lab

Department: Knight Campus
Rank: Postdoctoral Scholar
Annual Basis: 12 Month

October 23 2026; position open until filled

Along with your current CV please submit a cover letter of interest detailing your expertise and motivation for applying

The Knight Campus for Accelerating Scientific Impact is an ambitious initiative designed to fast-track scientific discoveries into innovations that improve the quality of life for people in Oregon the nation and the world. The campus creates the intellectual infrastructure to establish Oregon as a center for both research and development making Oregon a place where companies can start up and grow. The Knight Campus will reshape the higher education landscape in Oregon by training the next generations of scientists forging tighter ties with industry and entrepreneurs and creating new educational opportunities for graduate and undergraduate students.

The Lindberg Lab:
A Postdoc in the Lindberg lab at the Knight Campus at the University of Oregon requires an individual who is self-motivated and has excellent organizational managerial and communication skills. This position will participate in a variety of new and ongoing research projects. This position works closely with PI Lindberg to design and implement lab research supervise PhD students and undergraduate students and manage collaborative relationships with research project external partners.
The Lindberg lab explores smart chemical and biological toolkits for biofabrication of advanced 3D-models organoids and injectable therapies. Ongoing projects aim to advance treatments for musculoskeletal hematological and neural diseases like osteoarthritis blood cancers and primary brain tumors. To ensure that our research is clinically relevant we use patients own cells and tissues capturing a wide range of demographic differences to build smart personalized models. Our overall goal is to identify therapeutic targets at a patient-specific level and to develop regenerative treatment options for musculoskeletal hematological and neural diseases that are effective across the wider population including patients with compromised endogenous healing environments (e.g. chronic inflammation diminished stem cell reserves hypoxia aging-related endocrine changes leaky blood vessels and/or disrupted tissue homeostasis). Working in this lab environment requires a high level of expertise precision and ability and drive to solve practical problems.

The Postdoctoral Scholar will be responsible for conducting research and technical activities related to sponsored projects in Dr. Gabriella Lindbergs lab. The incumbent will conduct research related to biofabrication of oxygen controlling hydrogels as injectable therapeutics for Osteoarthritis. The projects include synthesis of bioinks/bioresins volumetric bioprinting (volumetric additive manufacturing; VAM) oxygen measurements physiochemical biomaterial characterization stem cell culture isolation of human cells and fluids multiplexed proteomics biological characterization of cell-laden hydrogels (e.g. live/dead metabolic assays biochemical assays histology immunohistochemistry and RNAseq). The postdoc will also lead in vivo studies evaluating the safety efficacy and therapeutic potential of oxygen-controlling hydrogels as injectable treatments for Osteoarthritis.

Research activities will include induction of osteoarthritis in a rat model intra-articular administration of hydrogel therapeutics longitudinal monitoring of treatment response collection and processing of biological samples assessment of local and systemic inflammatory responses and comprehensive tissue characterization through histological immunohistochemical and molecular analyses of joint tissues. Additional responsibilities will include experimental design animal protocol development and compliance data analysis and dissemination of findings through manuscripts and presentations.

PhD in biofabrication biomedical engineering chemistry/materials science cell biology or a related field
2 years of experience in a research environment that uses bioinks/bioresins biofabrication hydrogels or related work.
2 years of experience in a research environment that uses cell culture organoids microphysiological systems or related work.

Demonstrated analytical and critical thinking skills.
Demonstrated record of scientific productivity including peer-reviewed publications conference presentations and interdisciplinary collaboration.
Demonstrated project management and organizational skills including the ability to manage multiple priorities and meet project deadlines.
Strong commitment to scientific rigor reproducibility and research integrity.
Demonstrated ability to troubleshoot experimental challenges and develop innovative solutions.
Ability to work independently while contributing effectively to interdisciplinary research teams.
Strong ability to establish and maintain productive collaborations with academic clinical and industry partners.
Strong interpersonal skills and commitment to fostering a collaborative inclusive and respectful research environment.
Demonstrated ability to analyze interpret and communicate complex experimental datasets.

Experience synthesizing and crosslinking polymers and biomaterials
Experience with physicochemical and biophysical characterization of biomaterials
Experience with microfluidic technologies bioprinting volumetric bioprinting or other advanced biofabrication techniques.
Experience encapsulating and culturing primary human cells within three-dimensional hydrogel systems or related methods.
Experience with multiplexed proteomics Luminex assays ELISA or related protein analysis platforms.
Experience performing histological immunohistochemical and/or immunofluorescence characterization of cells tissues engineered tissues or cell-laden hydrogels.
Experience with biochemical and molecular characterization of cells tissues and cell-laden hydrogels including assessment of viability metabolic activity DNA RNA protein extracellular matrix content or other related analytics.
Experience isolating culturing and characterizing primary human or animal cells from tissues or biological samples.
Experience developing submitting and maintaining Institutional Review Board (IRB) protocols and documentation.
Experience developing submitting and maintaining Institutional Animal Care and Use Committee (IACUC) protocols and documentation.
Experience with rodent models of musculoskeletal disease including osteoarthritis or other related vivo models.
Experience with oxygen sensing hypoxia-related biology cellular responses to oxygen tension or oxygen measurement technologies.
Experience with non-invasive in vivo imaging modalities.
Experience working in regulated research environments and maintaining compliance with IRB IACUC EHS data management or similar requirements.
Experience mentoring training and supervising undergraduate graduate or research staff personnel.

All offers of employment are contingent upon successful completion of a background check.

The University of Oregon is proud to offer a robust benefits package to eligible employees including health insurance retirement plans and paid time off. For more information about benefits visit our website.

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