For a course to be designated as “Undergraduate Research“, satisfying the University Engaged Learning requirement, it must meet all the following criteria. Criteria for undergraduate research courses are based on research, best practices, and the CAS Standards for Undergraduate Research (2009).
- The field research course engages students on an original research project (not a simulation), either contributing to a faculty research project or engaging in an independent research project with a mentor
- Students conduct research on an ongoing basis, working an average of 5 – 10 hours/week.
- Students gain knowledge of or experience in discipline-specific language, research ethics, skills in research methodologies, and important scholarship.
- The learning objectives related to the research experience are clearly articulated related to their field of study, educational goals and/or career and vocational aspirations.
- There is supervision and feedback by a mentor who has expertise related to their field of study, educational goals and/or career and vocational aspirations.
- The syllabus assignments include reflection assignments and a final synthesis project integrated into the course.
- There is an outlet to disseminate the original research (e.g., symposium, conference, scholarly article) integrated into the course.
In addition to classes approved for EL credit in the area of Undergraduate Research, research projects students pursue under an Independent Study or Directed Readings course-number may be approved for EL credit if they meet the criteria. Students should follow the process to request EL credit on the "Requesting EL Credit" page.
All courses that have been approved to satisfy the Engaged Learning University Requirement are designated with an "E" appended to their section number, e.g. ANTH 301-01E. Comprehensive listings of ALL approved Engaged Learning classes offered each semester can be found in LOCUS.
- College of Arts and Sciences
- Center for Experiential Learning
- Insitute of Environmental Sustainability
- School of Business
- School of Communication
ANTH 314: Practicing Anthropology (3)
The applications of anthropological data, methods, and theory in the analysis and understanding of contemporary human problems. Outcomes: Students will be able to demonstrate an understanding of cross-cultural differences in the experience of illness, curing and health; cultural meanings and practices involved in substance abuse; the role of culture in educational practice and learning; and the influence of culture in business and workplace settings.
ANTH 317: Ethnographic Methods (3)
This course is designed to offer an introduction to qualitative methods in anthropology. Students will learn methodologies such as participant observation, interviewing, and document analysis, and we will also address ethical issues in field research. Students will design and carry out an ethnographic research project. Outcomes: Students will: demonstrate in-depth knowledge of qualitative research techniques; critically discuss ethical implications of ethnographic research; undertake original ethnographic fieldwork; prepare a comprehensive, theoretically informed, and clearly written report based on original ethnographic data.
ANTH 361-002 (Section-Only): Issues in Cultural Anthropology: Language and Place (3)
This course explores some of the many and complex relationships between language and place, including place-names, the material presence of language in linguistic landscapes, regional dialects, and connections between language and nation, language and migration, and language and tourism. Across these various themes, students will consider how the linguistic construction of place in a fundamental part of identity formation and political economy. Students will complete and present their own guided research projects by the end of the semester.
BIOI 397: Bioinformatics Survey (1-4)
This course trains students in conducting collaborative bioinformatics research as well reading and presenting scientific research. Outcomes: Provides an alternative to individual research; reflects trends in the field for collaborative, group research. Prerequisites: BIOL 101 and Instructor consent
BIOI 399: Bioinformatics Research (1-4)
An independent research experience involving laboratory experiments, computer program development, or statistical analysis or any combination of these performed under the mentorship of one or more Bioinformatics faculty members. Outcomes: All students will acquire skills to perform and report on independent research and to be intellectually responsible for evaluating their own and related work. Other outcomes will include at least one of the following: Experimental expertise, statistical evaluation of data sets, design and use of computational tools. Students must complete 3 credit hours to receive Engaged Learning credit.
BIOL 296 - Introduction to Research (1) (Effective Spring 2015)
Prerequisites: BIOL 102, 112; Permission of the instructor; Biology Core highly recommended. Students will begin reading the literature in the field of their mentor, conduct experiments designed by the mentor, and give a presentation on their work or studies, in preparation for upper level undergraduate research. Outcomes: Students will develop critical reading skills and become familiar with basic lab techniques in the area of their mentor.
BIOL 392/COMP 392: Metagenomics (3) (Effective Fall 2015)
Exploration of next-generation sequencing technologies for assessing microbial diversity in ecological niches. Prerequisite: BIOL 282. Outcomes: Students will gain hands-on experience with metagenomic methodologies while working in an interdisciplinary, collaborative setting.
BIOL 390: Molecular Biology Laboratory (4)
This course is an intensive laboratory course in the basic principles and techniques of molecular biology, including bacterial cloning, polymerase chain reaction, restriction mapping, agarose gel electrophoresis, and DNA sequencing. Outcome: Students will be able to demonstrate basic molecular biology skills including manipulation of bacterial cultures and DNA, plasmid minipreps, gel electrophoresis, cloning, polymerase chain reaction, and other molecular techniques that may be specific to their chosen independent projects.
BIOL 396: Research (3)
Laboratory or field research under faculty guidance emphasizing hypothesis testing, literature searches, experimental design, and use of appropriate techniques. Outcomes: Students will learn the full set of research skills required in doing an independent project and reporting the results.
BIOL 397H: Senior Honors Thesis (3)
For students in the Honors Program. Laboratory or field research under faculty guidance emphasizing hypothesis testing, literature searches, experimental design, and use of appropriate techniques. Written thesis and research presentation required. Outcomes: Students will learn the full set of research skills required in doing an independent project and reporting the results.
CHEM 300: Undergraduate Research (1-6)
This course gives undergraduate students an opportunity to participate in research in a selected area. Outcomes: Students will accomplish the research task defined in the contractual arrangement between the student and the instructor. Students must complete 3 credit hours to receive Engaged Learning credit.
CLST 380 - Research in Classical Studies (3)
Students complete a semester-long research project on a topic in Classical Studies. Outcomes: Students will improve research methods and produce a research paper that engages with both primary sources and secondary scholarship.
COMP 312: Open Source Computing (3)
This course will cover the fundamentals of Free and Open Source software development. Topics to be addressed include licensing, Linux, typical software development tools, applications, and techniques for managing remote servers. Outcomes: Students will learn to implement projects involving Free and Open Source software and learn how to participate in open-source projects effectively.
COMP 398: Computer Science Independent Study
The student and a sponsoring faculty member will determine an advanced topic for the student to work on. Outcomes: Knowledge of an advanced topic.
DANC 398 - Research in Dance (1-3) (Effective Summer 2015)
Faculty serve as mentors for dance students pursuing research opportunities. Platforms cross various domains in cognitive, psychomotor, and artistic development. Students and faculty work together to generate qualitative and quantitative data documented in multiple modalities including: dancemaking, regression analyses, interviews, correlational and case studies. This course satisfies the Engaged Learning-Undergraduate Research requirement. Must be a declared dance major or minor to enroll.
Outcomes: Students will learn discipline-specific language skills, research ethics and methodologies. Students will gain valuable skills disseminating research through performances, scholarly articles, conference presentations and research symposia.
FNAR 392: Senior Thesis II: FNAR Art History Capstone (3)
The second half of the capstone experience for art history majors. In Senior Thesis II, students write an in-depth scholarly research paper. Outcomes: Students produce a polished in-depth research paper. They demonstrate the ability to synthesize and apply ideas from scholarly sources; formulate, develop, and defend a thesis; and critically analyze and articulate in verbal and written form the issues and ideas relevant to their topic.
FNAR 394B: Traditional Chinese Architecture (3) (The Beijing Center only)
Offered at The Beijing Center. The methodology used will be a blend of architectural morphology, historical precedent, anthropological and cultural techniques. Each student will undertake an independent study of one traditional domestic building. The student will learn to identify the authentic form and iconography of traditional Chinese Gates, Pagodas, Pavilion/Temples, and Domestic structures.
FRSC 394: Forensic Science Research (1-3) (Effective Fall 2017)
This course allows students to obtain course credit in forensic science while gaining experience in scientific research with a forensic science faculty member. Though projects vary, the intent is for the student to develop their own original research component within the faculty member’s topic area and emphasis (i.e. forensic chemistry,forensic toxicology, forensic biology and DNA, etc.). Ultimately, the goal of this course is to have students apply forensic science content knowledge in original research project areas as an avenue for preparing their skills for ongoing work as a graduate student or practitioner in the forensic science community.
INDS 380: Break the Chains: Revolt, Rebellion, and Resistance in the World of Atlantic Slavery
From the early 1500s until the abolition of slavery in the US in 1865, the Western hemisphere witnessed hundreds of slave revolts. Drawing on the Newberry’s significant collections in Atlantic materials, as well as the most recent scholarship in history, archaeology, and literary studies, “Break the Chains” will explore the many varieties of slave resistance in the Atlantic world. In weekly class meetings that will discuss a common set of readings, the course will explore the many significant sites of resistance in the Atlantic world, from slave ships and plantation fields to print shops and parliaments. In the second part of the course, each student will develop an independent research project, guided by the instructors and by the Newberry librarians, who will assist the students in exploring the library’s extensive holdings.
MSTU 300-301: Integrative Experience I and II (3)
These two courses constitute a two semester sequence of designed to provide students with a synoptic view of the field of Medieval Studies and train them to do cross-disciplinary work within that field. Outcomes: Students will be able to produce original research on some topic pertaining to the Middle Ages that utilizes and integrates no less than two methodologies drawn from diverse disciplines. (Both courses must be completed to satisfy the Engaged Learning requirement.)
PHYS 126/126F: General Physics II and Freshman Projects (3 + 1)
A continuation of PHYS 125. Outcome: Understanding of electrostatics, magnetostatics, time varying currents, resistive, capacitative and inductive elements, electromagnetic and sound waves, geometrical and wave optics, introductory special relativity. Under the guidance of a faculty member, students carry out research in the area of mechanics, waves or thermodynamics. The project must involve submission of a proposal, building of a setup, carrying out related theoretical calculation followed by experimentation. Outcomes: Students should get a deeper understanding of the material covered in PHYS 125 (mechanics, waves and thermodynamics) and also learn about research methods employed by physicists.
PHYS 391: Research (1-12)
Research in physics or an associated field. This is a variable credit course and can be repeated. Outcomes: Under the guidance of a faculty member, students study and understand research methods employed by physicists and gain deeper understanding of a particular area of physics. Students must complete 3 credit hours to receive Engaged Learning credit.
PSYC 370: Honors Research (3)
Students carry out the research proposed in PSYC 369 and prepare a formal report constituting the honors thesis. Approval of the thesis by the honors committee earns the psychology honors award. PSYC 370 is a capstone course. Outcomes: Students will conduct research, analyze and interpret data, and write a thesis.
PSYC 397: Independent Research (3)
Capstone opportunity to conduct research under the guidance of a psychology faculty member. Only one of PSYC 397 and 399 may count toward the psychology major. Outcomes: Students will gain experience in all aspects of psychological research, including literature review, formulating hypotheses, designing and conducting research, analyzing data and interpreting results, communicating the results of research in written reports.
EXPL 391: Seminar in Undergraduate Research Methods (3)
This seminar course offers undergraduate students the experiential opportunity to engage in research while building their foundation of research methods. Students may be part of the Loyola Undergraduate Research Opportunities Program (LUROP) through a funded fellowship, or students may be working independently with a faculty mentor (volunteering in a lab, working on a research team). All students must have a research project with a faculty mentor identified prior to enrolling in this course. As an experiential learning course, students will need to be engaging in research with a faculty mentor concurrently to taking this course. Students must work a minimum of 5 - 10 hours each week over the semester on their research projects (10 - 15 hours per week over the summer session). Students will reflect on research experience in the context of understanding research paradigms, application of research methodologies, understanding the implications of ethical research, and preparing to present research professionally. This course will provide students engaged in research with the opportunity to develop a formal written research paper and poster, as if the students are preparing to present their research in a professional setting, such as the LUROP Symposium.
ENVS 391: Environmental Research (1-4)
Students may register for independent research on a topic mutually acceptable to the student and any professor in the department. Usually this research is directed to a particular course or to the research of the professor. Students must complete 3 credit hours to receive Engaged Learning credit.
BHNR 343: Integrated Analytical Decision-Making (3)
This course will focus on the analysis of business data, and use both statistical and data mining methodologies to make evidence-based decisions, with applications of these techniques to business problems. Students will conduct an original data mining research project in any field of business administration, and create both a written analysis and presentation. Outcomes: At the end of this course, the student will know how to formulate a business problem in a data mining context, then build, run, evaluate, and interpret a data mining model that addresses the problem.
BHNR 353: Research Practicum (3)
Restricted to students in the Business Honors Program.
ECON 346: Econometrics (3)
The course provides an understanding of empirical techniques in economics. Building on your knowledge of probability theory and statistics, you will learn how to estimate economic relationships of interest and perform hypothesis testing on predictions from economic models. This course will enhance your understanding of statistical analysis and develop skills for the interpretation of quantitative data in economics. You will gain hands-on experience in working with data, performing statistical estimation and writing up the results of your findings in a research paper. The ultimate goal is to estimate the magnitude and statistical strength of causal relationships derived from economic models.
ENTR 390: Entrepreneurship Strategies – Capstone (3)
This course prepares students for entry into the real business world either as a corporate entrepreneur or a new venture entrepreneur.
COMM 365: Naturalistic Methods in Communication Research (3)
This course examines how communication research is conducted in naturalistic settings using qualitative methods associated with observation and in-depth interviewing. Outcomes: Students will become familiar with the reading and evaluation of communication research, and apply the concepts studied in class to the design and development of a research project.
COMM 368: Critical Ethnography in Communication (3)
This course teaches principles of participant-observation research as a critical practice to produce a 'thick description' of meanings, values, hierarchies of interests, power structures and ideals of a particular cultural group or community. Outcomes: Students learn to conduct ethnographic research and its procedures, taking field notes, conducting interviews, examination of data and artifacts, and producing research results to a public audience.