Postdoctoral Associate (Sharma Lab)

The Sharma Research Group (Northwestern University/Lurie Children’s Hospital; ) is seeking a Postdoctoral Research Associate to develop regenerative engineering strategies for cardiovascular, gastrointestinal and urological disease states. The ideal candidate must hold a doctorate degree with a major in Bioengineering/Biomedical Engineering, Biomedical Sciences, Chemical Engineering, or a related area prior to joining. This position is a one-year term-limited position funded by a grant with the expectation of renewal beyond the initial appointment period with satisfactory performance. This position is available immediately; however, the start date is flexible. Inclusion and cultural sensitivity are valued competencies specifically with regards to team chemistry. We are in search of a team member who can effectively interact with a varied population of diverse audiences, who shares our values and who will support the mission of the University through their work. The applicant will have at least 0-3 years of experience with the required skillset described below:* The ability to culture cells, fabricate human organoids containing multiple cell types, and experience with organoid characterization techniques (cell viability, metabolic assays, RNA-seq, post-translational modification characterizations, and confocal imaging with quantification).* Expertise with deriving, isolating, culturing, and evaluating novel pluripotent and multipotent stem and progenitor cells derived from a diverse group of tissues.* Expertise with regards to quantitative morphometry derived from IHC/IF tissue staining.* Nanomolecule design, synthesis, characterization (WAXS, SAXS, CD, HPLC, LC-MS/MS; in vitro and in vivo assessments) as demonstrated by lab publications.* Small molecule identification via library screens; subsequent in vitro and in vivo testing directly relevant for the promotion of tissue regeneration and inflammation modulation* Expertise with: 1) polymeric biomaterial fabrication and characterization (mechanical testing, IR, NMR) with in vivo applications, 2) 3D programming/printing ability with in vivo applications, 3) small and large animal handling, surgery, and maintenance.* Strong statistical/data analysis background and expertise with statistical analyses software (R, Python, MATLAB, SAS)* agent-based modeling, and pharmacokinetic/pharmacodynamic (PK/PD) modeling a plus as well as any machine learning skills.* Familiarity with soft, conformal bioelectronics.* Ph. D. or MD in Medical or Biological Science Program.* Knowledge in Computer programs, word, excel and power point presentations.* Excellent writing and communication skills.* Organizational skills:

Ability to establish priorities and react promptly to a large variety of requests and needs, sometimes in stressful situations.At Lurie Children’s, we are committed to competitive and fair compensation aligned with market rates and internal equity, reflecting individual contributions, experience, and expertise. The pay range for this job indicates minimum and maximum targets for the position. Ranges are regularly reviewed to stay aligned with market conditions. In addition to base salary, Lurie Children’s offer a comprehensive rewards package that may include differentials for some hourly employees, leadership incentives for select roles, health and retirement benefits, and wellbeing programs. For more details on other compensation, consult your recruiter or click the following

to learn more about our benefits.* Supplemental Life, AD&D and Disability* Critical Illness, Accident and Hospital Indemnity coverage* Tuition assistance* Student loan servicing and support* Adoption benefits* Backup Childcare and Eldercare* Employee Assistance Program, and other specialized behavioral health services and resources for employees and family members* Discount on services at Lurie Children’s facilities* Discount purchasing programAnn & Robert H. Lurie Children’s Hospital of Chicago provides superior pediatric care in a setting that offers the latest benefits and innovations in medical technology, research and family-friendly design. #J-18808-Ljbffr