University of Illinois at Chicago

Website: http://www.uic.edu/uic/

Address 601 S Morgan, Chicago, Illinois, USA 60607

Description:

Biotechnology universities and school programs - undergraduate Courses, post graduate Courses, Course Planner, Academic Information, Research, Student Life, Campus Services, Cost and Financial Aid, College Rankings, Admissions Contacts, Programs Offered.

Established
1858
Courses
Undergraduate
  • Biochemistry and Molecular Genetics(BCMG)
  • Bioengineering(BIOE)
  • Biological Sciences(BIOS)
  • Biomedical and Health Information Sciences(BHIS)
  • Biopharmaceutical Sciences(BPS)
  • Biostatistics(BSTT)
Postgraduate
  • Biochemistry and Molecular Genetics(BCMG)
  • Bioengineering(BIOE)
  • Biological Sciences(BIOS)
  • Biomedical and Health Information Sciences(BHIS)
  • Biomedical Visualization(BVIS)
  • Biopharmaceutical Sciences(BPS)
  • Biostatistics(BSTT)
Minimum Eligibility Required
  • Submit the common application through online with $50 non-refundable fee.
  • Official transcript of high school should submit through e-mail.
  • ACT/SAT scores are submitted via mail or official transcripts.
Financial Aids
http://www.uic.edu/uic/financialaid/index.shtml
Fee Detail
https://registrar.uic.edu/tuition/
Academic Information
Academic Staff2,473
Students27,589
Undergraduates16,660
Postgraduates10,929
Affiliations
  • Universities Research Association, Great Cities
Research
Abraham, JoannaFields of Biomedical Informatics, Computer Supported Cooperative Work and Information Sciences.
Blew, Gregory AResearch has focused on techniques for visualizing embryonic development
Boyd, Andrew DData simplification to improve clinical outcomes.
Dieter, Michael GInvestigation platelet adhesion receptors.
Brennan, Kevin MCreating polygonal models for use in Virtual Reality by hand segmenting cryosections of the Virtual Human Dataset.
Krive, JacobPatient health outcomes improvement through data analysis and clinical decision support interventions, healthcare data management, medical ontologies, evidence-based medicine, effective use of information technology and clinical sciences to reduce medical errors and cost of care, healthcare project management, and process engineering.
Kitsiou, Spyros(1) Home telemonitoring and mobile health interventions for patients with chronic diseases, (2) Adoption and meaningful use of electronic medical records in healthcare settings, and (3) Evidence-based reviews such as systematic reviews, meta-analyses, and overviews of systematic reviews in the field of health informatics
Valenta, Annette LThe study of human subjectivity and its relationship to technology adoption within hospitals, within the clinical research environment, and the Department of Defense.
Swirsky, Eric ScottEconomic concerns that affect health information technology throughout its life-cycle, and the satisfaction of business interests at the expense of clinical usability; health information technology as a facilitator of end of life conversations and decision-making; social media use by patients and providers, and its impact on medical ethics, professionalism, and clinical research; and diversity in bioethics and among clinical ethicists and ethics consultation services.
Sawola, Larry Non-traditional adult distance education, particularly educating clinicians and increasing their ability to solve information technology problems.