PhD Program in Educational Neuroscience (PEN) PEN 710 Laboratory Research Rotation II Summer 2015, 4 Credits Professor Name: TBA Office Hours: TBA VP/Phone: TBA Email: TBA Office Location: TBA Class date/time/location: TBA Course Description In this second of two research laboratory rotation courses (PEN 710), students gain intensive Educational/Cognitive Neuroscience laboratory research experience at a partnership university during the summers after their first and second years in the PEN doctoral program, devoting special attention to the lab’s translational impact. Students will become familiar with the set of research questions guiding the laboratory’s research, understand how the questions have been approached in the laboratory setting and represented as research hypotheses, gain hands-on experience in the technical aspects of data collection and analysis in the lab, and study how the lab’s current work adds to the previous findings of the lab. Students will especially consider the principled application of the lab’s research activities to the improvement of education and society, which will be a topic of major focus in this second lab rotation course. Students will focus their final paper and presentation on demonstrating their knowledge of the research process in the visited lab from theory to hypothesis, to research design, to analysis and interpretation, and, to its important translational impact. Ph.D. Program Student Learning Outcomes (PLOS) 1. The students will acquire a foundational knowledge of the educational, neurological, behavioral and cognitive determinants, and sociocultural practices that impact all human learning, especially learning in the young deaf visual learner. 2. The students will be exposed to a range of specialized topics and principles and scientific methods and understand the ethical principles of research conducted with participants. 3. The students will develop knowledge of the meaningful and principled, mutually beneficial, two-way means and methods to translate scientific discoveries to education and education to science. 4. The students will develop research skills and critical thinking by demonstrating the ability to conduct independent research leading to dissertation and publication. 5. The students will develop professional communication and technology skills. 6. The students will demonstrate increasing independence throughout the training period, and show a readiness for entry-level faculty research positions. Course Requirements Prior to commencing a rotation, the students are expected to: 2 1) Develop a written set of specific objectives and expectations with the Supervising scientist at the Partner Institution in consultation with the students Program Committee. 2) Prepare for the rotation by reading a collection of research articles in advance. Learning Objectives 1) Students will enrich their understanding of the research process through engaging in a variety of tasks within a leading research lab in the United States. 2) Students will be learn how researchers approach important theoretical questions in the lab and test hypotheses to increase scientific knowledge. 3) Students will read and synthesize key articles related to the research project they are involved with and articulate how current research activities in the lab fit with and contribute to existing literature. 4) Students will deepen their understanding of the challenges faced by the need to translate research discoveries for the benefit of education and society. 5) Students will demonstrate Presentation and Writing Skills through a final paper and presentation. At a lab rotation seminar to be held in the Fall of each year for the purpose of sharing lab experiences among PEN students and faculty. 3 Learning Outcomes Linked to Student Learning Opportunities PEN 710 Laboratory Research Rotation II Course Student Student Learning Assessment Methods Learning Outcomes Opportunities Program Learning Outcomes 1 2 3 4 5 6 x x x x x x x x x x x x x x x x x x Checklists and reports from lab supervisor and from Gallaudet on-site supervisor , rubrics for paper and presentation. (see appendix X) x x x x x x Checklists and reports from lab supervisor and from Gallaudet on-site supervisor , rubrics for paper and presentation. (see appendix X) x x x x x x 1.Understanding the research process as it occurs in the visiting lab 2. Understand the connections between theory and hypothesis testing 3. Research synthesis skills 4. Understand translational challenges 5. Writing and presentation skills Completing lab assignments Participating in lab meetings Individual meetings with researcher. Same opportunities as above. Students will read and synthesize key articles related to the research project they are involved with. Students will integrate their translational experiences from Guided Studies I with their two lab rotations to increase their understanding of translational challenges and issues that emerge when planning for the implementation of lab-based discoveries in a classroom. A Lab Rotation Seminar will be held each Fall for students to share and discuss their lab experiences. Checklists and reports from lab supervisor and from Gallaudet on-site supervisor Checklists and reports from lab supervisor and from Gallaudet on-site supervisor , rubrics for paper and presentation. (see appendix X) Checklists and reports from lab supervisor and from Gallaudet on-site supervisor , rubrics for paper and presentation. (see appendix X) 4 University Policies Academic Integrity Students are expected to complete all coursework in keeping with Gallaudet University’s policy on academic integrity. Academic dishonesty is a very serious offense. It will be treated accordingly and will not be tolerated. If a student is involved in unethical practices in connection with coursework or examinations, the professor has full discretion to give a failing grade for the particular assignments, a failing graduate for the course, and/or recommend dismissal. The policy published in the Graduate School Catalog will be adhered to. The policy can be found on-line in Graduate School Catalog at http://aaweb.gallaudet.edu/Documents/Academic/GSPP/catalog/0809/gradcatalog_08_09.pdf beginning on page 27. Office for Students with Disabilities (OSWD) & Americans with Disabilities Act Gallaudet University is committed to providing all students equal access to learning opportunities. The Office for Students with Disabilities (OSWD) is the campus unit that works with students who have disabilities to provide and/or arrange reasonable accommodations. Students registered with OSWD, who have a letter requesting accommodations, are encouraged to contact the professor early in the semester. Ideally, this should be done by the end of the first week of classes, but no later than the end of the fifth week of classes. Accommodations may only be provided from the time the professor receives documentation until the end of the course. Students who have, or think they may have, a disability (e.g. psychiatric, attention, learning, vision, physical, or systemic), are invited to contact OSWD for a confidential discussion at (202) 651-5256 (V/TTY) or at oswd@gallaudet.edu. OSWD is located in the Student Academic Center, room 1220. Additional information is available at the OSWD website http://OSWD@gallaudet.edu. Grading: Pass/Fail Required readings A reading list will be provided to the student by the Lead Scientist/Supervisor from the partner lab. It is expected that students will have completed all reading assigments before commencing lab activities at the partnering lab. Course Schedule: (Subject to change) Prior to lab experience: Students will initiate contact with partner laboratories seeking rotation placements and obtain an agreement for the placement (by March 30th). Students, working with the Lead Scientist at the partner institution, will develop a written agreement specifying their activities and responsibilities during the placement. This agreement will be reviewed and approved by the student’s Program Committee at Gallaudet (By April 30th). If required, student will supply information to the partner lab necessary for any IRB modifications necessitated by the student’s participation in the lab. Note this will require sufficient lead time prior to the activity (By April 30th). In preparation for the expereince, students will read the required readings provided by the Lead Scientist at the partner lab seleted for the rotation experience. 5 During the lab experience: Students will participate in the set of activities in the lab agreed to prior to the visit. Is is expected that students will be working in the lab for a minimum of 120 hours over the four weeks of the placement. Students will attend lab meetings, and meet weekly with the Lead Scientist at the partner lab. After the lab experience: Students will write a paper and prepare a presentation based on their experience in the lab. The presentation will be made at an early Fall seminar, durunig which all students returning from summer lab placements will present and discuss their experience. The students’ lab directors will be invited to attend the seminar via Fuze Meeting. Template for paper and presentation assignment: The students paper will address the following questions: o What activities did you engage in during your rotation? What insights into the research process did you acquire as a resut of these activities? o What are the driving societal problems or issues guiding the work of the lab you visited? o What specific research questions are being answered by the study (or studies) you participated in? o What hypotheses are being tested by the study (or studies) that you participated in? o What measures are being used to test these hypotheses and what statistical or other analytical procedures will be (or have been) used to determine the validity of the hypotheses? In your opinion, do these measures serve as good indicators of the constructs identified in the research questions and do the analytic procedures adequately inform the hypotheses? o Characterize the sample participants being employed in this research and discuss the nature of the population to whom the results might be generalized. o Describe and evaluate the translational implications of this work. How might the findings anticipated in the study inform educational policy or practice? 6 GRADING SCALE FOR PEN 700 To receive a passing grade, the student needs to successfully complete these following tasks: 25% of the course grade: 1) Develop a written set of specific objectives and expectations with the Supervising scientist at the Partner Institution in consultation with the students Program Committee. (by April 30th) (30 points) 2) Prepare for the rotation by reading a collection of research articles in advance. (30 points) 3) Receive satisfactory report from the Lead Scientist at the partner lab in conjunction with and input from Gallaudet on-site supervisor of Laboratory Research Rotation and student’s Gallaudet Program Committee. (40 points) (The Lead Scientist will need to fill out a checklist, write comments, and mark if the students’ performance is satisfactory or unsatisfactory. To be deemed satisfactory, the student attended lab meetings, meet periodically with the Lead Scientists at the partner lab, performed tasks according to the written objectives and expectations, and met the 120 hours minimum required at the lab. The supervisor and student will keep a log of hours the students attended the lab.) 45% of the course grade: Write a paper based on the criteria and evaluated by the rubric attached to the syllabus. (The student needs to receive at least 70 points on their paper.) 30% of the course grade: Give a presentation based on their paper. They need to receive at least 3 points in each section: organization, persuasiveness, introduction, clarity, and layout and a total of at least 15 points.) To receive a passing grade, the student needs to have 80% or better in the course and have satisfactory review by their laboratory lead supervisor in conjunction with and input from the student’s Gallaudet on-site supervisor of the Summer Laboratory Research Rotation and Gallaudet Program Committee. 7 Gallaudet University Ph.D. Program in Educational Neuroscience A Descriptive Rubric for Evaluating a Presentation on a Research Paper/Findings From Research Sources Adapted from Gallaudet University’s Department of Interpretation Quoted from Linda Suskie’s (2004:130-131) Assessing Student Learning: A Common Sense Guide. This quoted rubric was adapted with permission from a rubric developed by Patricia Ryan, lecturer in the Department of Reading, Special Edcuation, and Instructional Technology at Towson University. 8 Introduction (15 points) Literature Review (20 points) Methodology (20 points) Analysis/ Discussion (20 points) Conclusion/S ummary (5 points) Gallaudet University Ph.D. Program in Educational Neuroscience A Scored Rubric for Evaluating A Data-based Research Paper Exemplary Good Barely Adequate Inadequate The introduction The introduction is The introduction The introduction is presents the main organized but does not presents the main issue disorganized and issues of the project: adequately present the and the question is difficult to follow. The introduces the research main question, does disorganized and does main issue or question question(s), not sufficiently explain not flow logically or is not introduced. (5) explains how the the question, or does smoothly. (8) question will be not tell the reader what studied, and the follows or the significance of significance of answering this answering the question. question. (15) (10) The review is The review is The review lacks a The review is unclear presented in a logical presented in a logical logical progression or and difficult for a pattern, addresses the pattern, addresses the sufficient explanation reader to understand issue or its context, has issue or its context, has to understand all the the point of the review. some thematic ties, if some thematic ties, and relationships to the (5) needed, uses literature may not include question or issue. (10) outside the SL enough or sufficient interpreting and literature to cover the perhaps outside of complexities of the interpreting and guides issue. The explanation a reader as to how this is not clear about how all pertains to the all the literature question/issue. (20) pertains to topic. (15) Methodology is an Methodology is Methodology lacks Methodology is accepted, wellunclear in one section logical progression and haphazard, unclear, explained framework, but follows a clear is unclear in two to and not in line with including participants, framework and three sections. (10) current understandings materials, and process. progression. (15) of the process. (5) (20) Analysis is clearly and Analysis is presented Analysis is presented Analysis is insufficient logically explained. in a logical manner, but haphazardly, without to answer research Examples of data are examples may lack connecting ties, and question, examples presented with sufficient explanations insufficient explanation lack explanations, data sufficient explanation or the interpretation of examples, and the is confusing and the for any educated reader does not fit the data. interpretation is interpretation lacks to understand. The Citations are not somewhat deficient. coherence. (5) discussion explains the appropriate or do not Lacks citations (10) interpretation of the fit the explanation. (15) data. Ties to previous research with citations. (20) Conclusion summarizes findings, puts the findings in a Conclusion summarizes findings but provides no Conclusion weakly summarizes findings, does not provide Conclusion is vague, wanders, and does not complete the study. (1) 9 Exemplary context, and proposes future questions/research. (5) Writing Style and Use/ Mechanics (10 points) APA Style/Format (10 points) Good context, may propose future studies, but lacks connection to findings. (3) Style is academic with Style is academic with terminology adequately terminology explained explained and reading and reading flows. flows. No grammatical Some grammatical or errors or spelling or spelling or vocabulary vocabulary errors. errors. Syntax is Syntax is both simple adequate, but and complex without occasionally difficult causing a reader to to read. May use pause in order to make passive voice too often, sense. Uses mostly or lacks headings, or active voice, headings, clear transitions, or clear transitions and cohesive ties. (5) cohesive ties. (10) Barely Adequate context, or does not provide future directions. (2) Inadequate Style is insufficiently academic, lacks explanations of terminology, and reading is difficult. Has many errors, and/or uses voice inappropriately, lacks headings, clear transitions, and cohesive ties. (2) Poorly written. (0) APA format is followed for all aspects of the paper (citations, headers, numbers, series, quotes, tables/figures, references, etc.) (10) Four to ten violations of APA rules and/or three to five missing or incorrect citations and references. (5) Eleven or more violations of APA rules and/or six or more missing or incorrect citations and references. (3) Fewer than three violations of APA rules, or one to two missing or incorrect citations and references. (7) Adapted from Gallaudet University’s Department of Interpretation