IT’S NOT THE PROGRAMS; IT’S THE PEOPLE: BUILDING HUMAN LEVERS OF RETENTION IN COMMUNITY COLLEGES

Student attrition prior to the completion of a credential is an issue that has increasingly demanded the attention of stakeholders in higher education, particularly in the community college sector, in which less than half of all students complete a credential after six years. The costs of student attrition are high and widespread, ranging from the financial costs for institutions and federal and state governments to the personal and monetary costs paid by those students whose personal and professional goals are not achieved. With the ever-increasing focus on accountability for institutions of higher education and the growing movement toward performance-based funding, institutions are seeking to find ways to support all students on the path to completion of a credential. Building upon Braxton’s theory of powerful institutional levers that serve to promote student completion, Rendon\u27s validation theory, and Schlossberg\u27s theory of marginality versus mattering, this two-part companion dissertation seeks to progress conversation beyond levers of retention as programmatic approaches to increasing student success. Through interviews with community college students serving as peer mentors in a student ambassador program and community college faculty identified by peers and supervisors as high performing in the area of student retention, the researchers seek to identify common characteristics, behaviors, backgrounds, conditions, and values possessed by effective human levers of retention. In doing so, the researchers hope to identify common characteristics among successful human levers of retention in the form of peer mentors and faculty members. This work is in part a collaborative piece that should be read with Kim Russell’s At the Heart of Policies and Programs: Community College Faculty Member and Peer Mentors as Human Levers of Retention

KAJIAN OBLIGASI DAERAH SEBAGAI ALTERNATIF SUMBER PEMBIAYAAN UNTUK PEMBANGUNAN DAERAH (STUDI KASUS DI PEMERINTAH PROPINSI JAWA TENGAH)

Laporan penelitian ini mencoba menguraikan dan menganalisis isu obligasi daerah sebagai salah satu alternatif sumber pendanaan pembangunan bagi pemerintah daerah di Jawa Tengah. Fokus dari penelitian ini adalah keuntungan dan kerugian dari penerbitan obligasi daerah sebagai alternatif sumber daya pembiayaan pemerintah daerah dan kelayakan penerbitan obligasi daerah. Penelitian akan terbatas pada satu propinsi Jawa Tengah. Studi kasus ini menggunakan Jawa Tengah sebagai studi objek direpresentasikan sebagai daerah yang memiliki kemampuan fiskal yang baik. Ini bisa dikenali dari pendapatan sendiri yang memberikan kontribusi 89% pada tahun 2005 dan 70,5% pada tahun 2006 terhadap total pendapatan. Dari hasil analisis diketahui bahwa hal itu harus memungkinkan secara sah untuk kotamadya, termasuk Jawa Tengah menerbitkan obligasi. Istilah dan ukuran tergantung pada kemampuan pemerintah kota untuk membayar kembali, dan aturan umum adalah bahwa jangka waktu pinjaman tidak melebihi umur ekonomis proyek. Namun di sisi lain pemerintah Jawa Tengah membutuhkan peningkatan pengalaman mereka pada kemampuan sumber daya manusia mengenai pasar modal, termasuk prosedur obligasi daerah

Proof of principal for staircase auger chip removal theory

A proof of principal design of the staircase auger theory is provided for lunar drilling. The drill is designed to drill holes 30 meters deep and 0.1 meters in diameter. The action of the auger is 0.01 meter strokes at a varying number of strokes per second. A detailed analysis of the interaction of the auger and particle was done to optimize the parameters of the auger. This optimum design will allow for proper heat removal and reasonable drilling time. The drill bit is designed to scoop the particles into the auger while efficiently cutting through the moon's surface

Senior Recital

List of performers and performances

Ares I-X Range Safety Simulation Verification and Analysis Independent Validation and Verification

NASA s Ares I-X vehicle launched on a suborbital test flight from the Eastern Range in Florida on October 28, 2009. To obtain approval for launch, a range safety final flight data package was generated to meet the data requirements defined in the Air Force Space Command Manual 91-710 Volume 2. The delivery included products such as a nominal trajectory, trajectory envelopes, stage disposal data and footprints, and a malfunction turn analysis. The Air Force s 45th Space Wing uses these products to ensure public and launch area safety. Due to the criticality of these data, an independent validation and verification effort was undertaken to ensure data quality and adherence to requirements. As a result, the product package was delivered with the confidence that independent organizations using separate simulation software generated data to meet the range requirements and yielded consistent results. This document captures Ares I-X final flight data package verification and validation analysis, including the methodology used to validate and verify simulation inputs, execution, and results and presents lessons learned during the proces

Ares I-X Range Safety Simulation and Analysis IV and V

NASA s Ares I-X vehicle launched on a suborbital test flight from the Eastern Range in Florida on October 28, 2009. NASA generated a Range Safety (RS) product data package to meet the RS trajectory data requirements defined in the Air Force Space Command Manual (AFSPCMAN) 91-710. Some products included were a nominal ascent trajectory, ascent flight envelopes, and malfunction turn data. These products are used by the Air Force s 45th Space Wing (45SW) to ensure public safety and to make flight termination decisions on launch day. Due to the criticality of the RS data, an independent validation and verification (IV&V) effort was undertaken to accompany the data generation analyses to ensure utmost data quality and correct adherence to requirements. As a result of the IV&V efforts, the RS product package was delivered with confidence that two independent organizations using separate simulation software generated data to meet the range requirements and yielded similar results. This document captures the Ares I-X RS product IV&V analysis, including the methodology used to verify inputs, simulation, and output data for certain RS products. Additionally a discussion of lessons learned is presented to capture advantages and disadvantages to the IV&V processes used

Contextual Effects of Video Tutorials on The Academic Performance of STEM 12 Students

As schools publicly modernize in response to societal changes, additional teaching and learning methods are developed, observed, and used since learners have different learning styles that make it easier for them to grasp and retain the material. During the COVID-19 pandemic, teachers require different media to keep the classroom involved while presenting the lesson materials online, one of which is video tutorials. The purpose of this study was to analyze the extent of contextual effects of video tutorials used in general chemistry, determine the relationship between video tutorial effectiveness and the respondents' academic performance, and analyze the significant difference between the four indicators of contextual effects of video tutorials and the respondents' profile. A descriptive-correlational quantitative research design was used in this study. The participants in this study were 144 Grade 12 STEM students from a private school in Sultan Kudarat, Philippines, who took their general chemistry course during the pandemic. The respondents were given a survey questionnaire created with Google Forms. The students agreed with all the assertions and rated them as effective in terms of their perceptions of general chemistry, implying that video tutorials are useful in teaching the subject. With p-values of .023, .046, and .010, respectively, the findings revealed a significant relationship between the overall mean of students' perceptions of the subject of General Chemistry, the concept and application of chemical knowledge and understanding, and their influence on students' academic performance. In terms of their perception, ideas, and application of chemical knowledge and comprehension, the results demonstrated that there is no statistically significant difference between the general mean of male and female students' responses. This basically means that by using video lectures, STEM students of all genders appreciate and understand General Chemistry as a subject

Just another day in Chancery Lane: disorder and the law in London's legal quarter in the fifteenth century

The legal quarter of late medieval London – the district outside the city’s western gates which included eleven Inns of Court and of Chancery and the royal courts at Westminster and in Chancery Lane – was a liminal area. Rather than being a peaceful and law-abiding district, as at least one fifteenth-century apologist would have it, it was the setting for periodic outbreaks of violence fomented to a high degree by the tribalism of the communities of the various law schools. Litigation in the royal courts added provincial rivalries and disputes and their protagonists to this already heady mix, making the space between Temple Bar and Westminster Hall one notable for its explosive potential for outbreaks of violence. Using a case study of an incident in the early 1450s that is unusually well-evidenced in the court records, and other sources, including the well-known correspondence of the East Anglian Paston family, and that drew over time drew in litigants, witnesses, lawyers and eventually a magnate and his affinity, the article explores the tensions inherent in London’s legal district and their interplay with disputes and law-breaking in the regions

Individual tree and stand-level carbon and nutrient contents across one rotation of loblolly pine plantations on a reclaimed surface mine

While reclaimed loblolly pine (Pinus taeda L.) plantations in east Texas, USA have demonstrated similar aboveground productivity levels relative to unmined forests, there is interest in assessing carbon (C) and nutrients in aboveground components of reclaimed trees. Numerous studies have previously documented aboveground biomass, C, and nutrient contents in loblolly pine plantations; however, similar data have not been collected on mined lands. We investigated C, N, P, K, Ca, and Mg aboveground contents for first-rotation loblolly pine growing on reclaimed mined lands in the Gulf Coastal Plain over a 32-year chronosequence and correlated elemental rates to stand age, stem growth, and similar data for unmined lands. At the individual tree level, we evaluated elemental contents in aboveground biomass components using tree size, age, and site index as predictor variables. At the stand-level, we then scaled individual tree C and nutrients and fit a model to determine the sensitivity of aboveground elemental contents to stand age and site index. Our data suggest that aboveground C and nutrients in loblolly pine on mined lands exceed or follow similar trends to data for unmined pine plantations derived from the literature. Diameter and height were the best predictors of individual tree stem C and nutrient contents (R ≥ 0.9473 and 0.9280, respectively) followed by stand age (R ≥ 0.8660). Foliage produced weaker relationships across all predictor variables compared to stem, though still significant (P ≤ 0.05). The model for estimating stand-level C and nutrients using stand age provided a good fit, indicating that contents aggrade over time predictably. Results of this study show successful modelling of reclaimed loblolly pine aboveground C and nutrients, and suggest elemental cycling is comparable to unmined lands, thus providing applicability of our model to related systems