In New Orleans schools, one of the many challenges is the uneven level of preparation among students, particularly in STEM (science, technology, engineering, and math). Students are often motivated but hampered by disparities in their educational backgrounds and resources available. In this course, we try to understand the origins of their difficulty and the educational landscape of New Orleans. Then we apply that knowledge by working with the students and also fulfilling Tier 1 of the Newcomb Tulane College Public Service requirement. The service, a minimum of 20 hours over the course of a semester done through partnerships with community organizations, can take the form of teaching, tutoring, and assisting with in-class exercises related to STEM, while always acting as a mentor and role model to local students.

This course is for high school students enrolled in the TSSP summer program. Students in this course survey the history and techniques employed by creative music technologists. Students engage in daily creative music projects using Digital Audio Workstations, Recording Technology, and Music Programming Techniques. (High School Students Only)

The internet is all around us and coding for it has never been easier and more accessible thanks to open source and free software. In this introductory course (no prior coding experience necessary), students will learn how to code for the web using p5.js (a Javascript library) to create interactive and fun applications. Along with the students' own designs, we will be looking at artists, designers and online communities who have been making experimental works with code over the last 50 years. Students will leave this course with a basic to intermediate understanding of coding structure, logic and syntax in addition to a final project. Open to high school students only.

This course will introduce students to engineering at Tulane through a semester-long design challenge, and engagement with faculty from the departments of Biomedical Engineering, Chemical & Biomolecular Engineering, Engineering Physics, and River Coastal Science & Engineering. Students can also participate in an optional 20-hour service-learning component by enrolling in SCEN 1890. This course is restricted to first-year students only and is recommended for students interested in majors in the School of Science and Engineering.

Special Topics. Courses may be repeated up to unlimited credit hours under separate topic.

Special Topics Lab Course. Courses may be repeated up to unlimited credit hours under separate topic.

Students complete a service activity in the community in conjunction with the content of a three-credit co-requisite course. Course may be repeated up to unlimited credit hours.

Students complete a service activity in the community in conjunction with the content of a three-credit co-requisite course. Course may be repeated up to unlimited credit hours.

Transfer Coursework at the 1000 level. Department approval may be required.

Transfer Coursework at the 1000 level. Department approval may be required.

The purpose of this course is to aid students in acquiring an understanding of, and new appreciation for, the structures of the human body and their relationships using a regional approach. Early in the course, students are introduced to structural, directional, and regional terminology. Students are introduced to structures at the tissue level, differentiating between cell structure and function. Using this foundation, the curriculum guides students through segments of the body, primarily focusing on the skeletal, muscular, nervous, and cardiovascular systems while introducing basic anatomy of visceral organs.

This Anatomy Lab course is designed to concurrently apply anatomical concepts to the field of Exercise Science. Students are taught to perform detailed analyses of human motion, with consideration of lever systems, muscle architecture, recruitment patterns, and motor pathways. Students view common surgeries and rehabilitation techniques. Students are responsible for identifying structures on a variety of imaging mediums, including cross sectional scans, x-rays, and cadaveric images.

The Physiology course is designed to examine body processes using an integrative view of body systems. Throughout the curriculum students are introduced to processes of muscle contraction, conduction of nervous tissue, and metabolism. Special attending is paid to the endocrine system and autonomic nervous system and their influences.

The Physiology I Lab course focuses on pathway-based instruction and assessment and incorporates activities for students to perform via a virtual lab. Lab activities will focus on systemic and sub cellular pathways, including ion transport, reflexes, homeostatic feedback loops, and function of the special senses.

The Tulane Center for K-12 STEM Education has partnered with local middle schools to bring hands-on STEM activities into their school. Students will work with various graduate students who are leading these workshops at the Center's local partner schools and/or assisting with the planning and execution of the Center's events. Tulane students will learn middle school pedagogy (teaching techniques) as well as how to make learning science fun and exciting for our local students. SCEN 2070 satisfies the lower tier Service Learning graduation requirement. The service is a minimum of 40 hours over the course of the semester. Class time is not counted toward hours, and weekly attendance is required.

Special Topics. Courses may be repeated up to unlimited credit hours.

Special Topics Lab Course. Courses may be repeated up to unlimited credit hours under separate topic.

This course is intended for undergraduate and graduate students interested in the indigenous cultures and communities who continue to occupy the Gulf South region including parts of what is now called eastern Texas, Louisiana, Mississippi, Alabama, western Florida, and southern Georgia, as well as groups living in eastern Oklahoma as a result of removal. These groups include the Biloxi, Chitimacha, Choctaw, Natchez, Atakapa-Ishak, Tunica, Houma, Mvskoke, among other current and former tribal nations. This course seeks to center pre-historical, historical, and contemporary cultures, peoples, and voices of the region for students of both indigenous and non-indigenous backgrounds. Topics include mound-building, plant knowledge, musical traditions, languages, basket-weaving (and other material cultures), dance, tribal governance, state & federal recognition, loss of land, games & entertainment, history & oral tradition, foodways, and tattooing.

Students complete a service activity in the community in conjunction with the content of a one to three-credit co-requisite course. Course may be repeated up to unlimited credit hours.

Transfer Coursework at the 2000 level. Department approval may be required.

Transfer Coursework at the 2000 level. Department approval may be required.

The course objectives are to learn the principal structure and physiology of the musculoskeletal, peripheral nervous, and central nervous systems and to be able to relate the structures to their functions.

The first of two sequenced laboratory courses that complements SCEN 3030. Discussion of anatomical nomenclature, skeletal, muscular, peripheral and central nervous systems dissections. Dissection and exploration of human cadavers are an integral component of the laboratory experience.

The second of two sequenced courses in human anatomy and physiology. The second sequenced course explores special senses, the respiratory, cardiovascular, lymphatic and reproductive systems.

The second of two sequenced laboratory courses that complements SCEN 3040. Systems covered included: autonomic nervous system, special senses, endocrine, cardiovascular, respiratory, digestive, urinary and reproductive systems. Dissection and exploration of human cadavers are an integral component of the laboratory experience.

SCEN 3050 provides a multi-disciplinary exploration of "real world" topics that science and engineering researchers must consider when translating their innovations from the laboratory to the medical arena. The focus is on such processes as identifying and validating a need, brainstorming and selecting a concept, developing an intellectual property strategy, determining funding sources, and evaluating the reimbursement and regulatory pathway. The goal is to provide students with critical information pertinent to the translation of their idea or invention from original conception in the university laboratory all the way to the healthcare marketplace where it may impact patients.

Special Topics. Courses may be repeated up to unlimited credit hours.

Special Topics Lab Course. Courses may be repeated up to unlimited credit hours under separate topic.

Course to be attached to regular courses that incorporate a writing component within the regular course. Register within department.

Students complete a service activity in the community in conjunction with the content of a three-credit co-requisite course. Course may be repeated up to unlimited credit hours.

Transfer Coursework at the 3000 level. Department approval may be required.

Transfer Coursework Lab. Courses may be repeated up to unlimited credit hours.

Basic Medical Biochemistry aims to establish the student's biochemical competency for admission to medical school and success in the first-year medical curriculum. The course focuses on topics, mechanisms, and analyses that are most relevant to human health and disease, including biomolecule structure and function, gene regulation, and metabolism in cancer, diabetes, and heart disease. The instructors are faculty in the Tulane Medical School, and classes are held on the medical campus. Course topics are drawn from those addressed by Tulane medical students. Instructional methods include those currently employed in the Tulane Medical School, such as the flipped classroom and team-based learning. Students will be provided an array of learning aids, including instructional videos. Junior standing or instructor approval. Course does not count towards major requirements in CMB, BIOC, CHEM, or CHE. Credit not given for this course and CELL 4010/6010, CHEM 3830, CENG 4450 or CENG 4460.

An experiential learning course in which students will work with community partners in a variety of settings (health, environmental, education, etc.). In-class sessions and assignments will consist of discussions, readings, and written and oral reflections to place the volunteer service into the greater academic context. Fulfills the second tier service requirement. Courses may be repeated up to unlimited credit hours.

An experiential learning process coupled with pertinent academic course work. Registration is completed in the SSE Dean’s office. S/U graded. Does not count towards any major requirements but does count as required credits for graduation.

An experiential learning process coupled with pertinent academic course work. Registration is completed in the SSE Dean’s office. S/U graded. Does not count as credits required for graduation.

Special Topics. Courses may be repeated up to unlimited credit hours.

Special Topics Lab Course. Courses may be repeated up to unlimited credit hours under separate topic.

Students complete a service activity in the community in conjunction with the content of a three-credit co-requisite course. Course may be repeated up to unlimited credit hours.

Laboratory or library research under direction of a faculty member.

Laboratory research under direction of a faculty member. Graded with S/U (Satisfactory/Unsatisfactory) grading.

Transfer coursework at the 4000 level. Departmental approval required.

Transfer Coursework Lab. Courses may be repeated up to unlimited credit hours.

Students will work on their own project in consultation with a faculty member.

Students will work on their own project in consultation with a faculty member.

Semester Abroad. Courses may be repeated up to unlimited credit hours.

Semester Abroad. Courses may be repeated up to unlimited credit hours.

This course focuses on taking graduate and senior  capstone  engineering and bioscience research projects to a commercial stage. Not only does one need to take the research projects to an advanced engineering/bioscience stage in order to be commercialized, one needs to develop a competitive business plan, an intellectual property position, and a sustainable competitive advantage. Additionally, this course explores the major economic and technological developments that are shaping the world, how to develop and sustain a competitive bioengineering or biotech start-up firm, how to write a competitive business plan and the proper interaction with venture capitalists, lawyers and investment bankers through the entire business cycle. All through this process, the importance of ethics is continually studied, stressed and examined. Guest speakers are incorporated throughout the semester including a venture capitalist, a business ethicist, startup attorney, investment banker and several bioscience and biomedical engineering entrepreneurs.

The course objectives are to learn to identify the principal components of the musculoskeletal, peripheral nervous, and central nervous systems and to be able to relate the structures and their functions. (Graduate section of SCEN 3030.)

The first of two sequenced laboratory courses that complements SCEN 6030. Discussion of anatomical nomenclature, skeletal, muscular, peripheral and central nervous systems dissections. Dissection and exploration of human cadavers are an integral component of the laboratory experience. (Graduate section of SCEN 3035.)

The second of two sequenced courses intended to address human anatomy and physiology. This course explores the respiratory, cardiovascular, lymphatic and reproductive systems. (Graduate section of SCEN 3040.)

The second of two sequenced laboratory courses that complements SCEN 6040. Systems covered included: autonomic nervous system, special senses, endocrine, cardiovascular, respiratory, digestive, urinary and reproductive systems. Dissection and exploration of human cadavers are an integral component of the laboratory experience. (Graduate section of SCEN 3045.)

The Graduate Student Success and Academic Skills course is designed to help graduate students take advantage of available on-campus resources, adjust to new expectations, gain awareness of cultural assumptions, and develop practical techniques for resolving both personal and academic issues. These unique workshops will ensure that students understand what is expected of them and how to build the skills they need to thrive academically during their graduate experience.

The Career Development & Global Citizenship workshop course is a two-part workshop series designed to help graduate students gain skills they need for their professional career after they complete their studies. The Career Development portion of the workshop will last the first 6 weeks of the semester. The workshop is designed to help graduate students gain awareness of the work culture in the United States, advance professionally, make smart career decisions, and find future career opportunities. The Global Citizenship portion of the workshop will last the remaining 8 weeks of the semester. This course introduces global citizenship as a lens through which students examine various aspects of life in the complex, globalized world of the 21st century, explore the unique challenges of our time and the forces that shape them, and consider how they can take action to improve conditions locally and/or globally. In doing so, it follows the United Nations Educational, Scientific and Cultural Organization (UNESCO), which proposes global citizenship as a way of framing the exploration of global issues and challenges, with the aim of helping students develop the attitudes, knowledge, and skills necessary to secure a more just, peaceful, tolerant, inclusive, secure and sustainable world. Students will learn how cultural and social identity, bias, discrimination, and inequality shape perspectives, including their own, and explore cultural diversity and the challenges of intercultural communication. Students who successfully complete this course receive a Global Citizenship certificate endorsed by the University for Peace, a U.N. Charter institution in Costa Rica.

Given a vetted product that solves a real problem, why do some young projects and companies fail, while others thrive and achieve the commercial or societal impact necessary to make a real difference in the world? This course reviews the foundational aspects of applied scientific and engineering innovation – that is, translation of an idea or concept into a valid application and product – then addresses those rarely taught aspects of development that frequently mean the difference between success or failure in an early stage venture. Topics addressed revolve around opportunity selection and development, leadership of innovative efforts, team development and the daily operational elements necessary to successfully developing and executing a plan. While all students may not become entrepreneurs, most will at some point in their career benefit from a thorough understanding of how to lead and manage teams, and will use the concepts, frameworks and practical tools provided by the course.

Technology Invention; Commercialization; models innovation and entrepreneurial theory; practices from across a range of commercial sizes; from small startup companies to entrepreneurial units within large, established companies. The twin poles of theory and practice are balanced through classroom lectures and experiential training. Weekly lectures furnish students with effective and portable theoretical frameworks for identifying, selecting and executing opportunities for technological innovations in healthcare, energy, water and the environment. In the experiential training, students will apply their classroom learning to targeted, formal innovation and entrepreneurship competitions; including regional and national design contests, technology challenges, and business model competitions. Completion of this course will supply students with intellectual groundwork and practical experience in advancing inventive technological ideas towards commercialization and ultimately public benefit.

Special Topics. Courses may be repeated up to unlimited credit hours.

Special Topics. Courses may be repeated up to unlimited credit hours.

Transfer coursework at the 6000 level. Departmental approval required.

SCEN 7010 provides 6 credit hours for Bioinnovation PhD Fellows upon completion of their 12-week summer internship with the Food and Drug Administration in Washington, DC.

SCEN 7020 provides 3 credit hours/semester to Bioinnovation fellows. Students in the Bioinnovation PhD Program are eligible to register for this course once they have completed all didactic course requirements.

The objective of Teaching Pedagogy is to provide a structured learning experience for doctoral students to facilitate their preparation to teach at the collegiate level and to increase their competitiveness on the job market.

This course in English Composition is open to all students in PhD programs in the School of Science and Engineering.  The course will focus on basic writing skills and skills needed in scientific writing and grant preparation. 

Transfer coursework at the 7000 level. Departmental approval required.

Research toward completion of a doctoral degree. Courses may be repeated up to unlimited credit hours.