New Britain, CT, United States

Central Connecticut State University
New Britain, CT, United States

Central Connecticut State University is a regional, comprehensive public university in New Britain, Connecticut. Founded in 1849 as Connecticut Normal School, CCSU is Connecticut's oldest publicly funded university. CCSU is made up of four schools: the Ammon School of Arts & Science, the School of Business, the School of Education & Professional Studies, and the School of Engineering & Technology. Attended by over 11,000 students, 9,200 are undergraduates, and 2,000 are graduate students. It is part of the Connecticut State University System , which also oversees Eastern, Western, and Southern Connecticut State Universities. Together they have a student body of over 34,000. As a commuter school, more than half of students live off campus and ninety percent are in-state students. Wikipedia.

Time filter
Source Type

News Article | April 17, 2017
Site:, a leading resource provider for higher education and career information, has released its list of Connecticut’s best colleges and universities for 2017. Of the 19 four-year schools that made the list, Yale University, Fairfield University, Quinnipiac University, University of Hartford and University of Connecticut scored highest. Of the 12 two-year schools that were also included, Capital Community College, Manchester Community College, Naugatuck Valley Community College, Three Rivers Community College and Gateway Community College were the top five schools. A full list of the 31 schools is included below. “As Connecticut’s job market fluctuates, many people consider earning a certificate or degree to help change or bolster their career,” said Wes Ricketts, senior vice president of “These Connecticut schools have proven themselves with solid educational programs, but have also taken extra steps to provide resources that translate into career success for students.” To be included on Connecticut’s “Best Colleges” list, schools must be regionally accredited, not-for-profit institutions. Each college is also scored on additional metrics such as employment resources, academic counseling, financial aid availability, annual alumni earnings 10 years after entering college, student/teacher ratios and graduation rates. Complete details on each college, their individual scores and the data and methodology used to determine the “Best Colleges in Connecticut” list, visit: The Best Four-Year Colleges in Connecticut for 2017 include: Albertus Magnus College Central Connecticut State University Connecticut College Eastern Connecticut State University Fairfield University Goodwin College Mitchell College Quinnipiac University Sacred Heart University Southern Connecticut State University Trinity College University of Bridgeport University of Connecticut University of Hartford University of New Haven University of Saint Joseph Wesleyan University Western Connecticut State University Yale University The Best Two-Year Colleges in Connecticut for 2017 include: Asnuntuck Community College Capital Community College Gateway Community College Housatonic Community College Manchester Community College Middlesex Community College Naugatuck Valley Community College Northwestern Connecticut Community College Norwalk Community College Quinebaug Valley Community College Three Rivers Community College Tunxis Community College ### About Us: was founded in 2013 to provide data and expert driven information about employment opportunities and the education needed to land the perfect career. Our materials cover a wide range of professions, industries and degree programs, and are designed for people who want to choose, change or advance their careers. We also provide helpful resources and guides that address social issues, financial aid and other special interest in higher education. Information from has proudly been featured by more than 700 educational institutions.

News Article | May 10, 2017

Notably, all new employees have the opportunity to meet with Rob Siegfried, CEO and Founder, about Siegfried's higher purpose: We help People become better Leaders to exponentially improve their Lives. "During your career you've gained a lot of knowledge, and as a result, you've joined our Firm. And we appreciate you for that," said Siegfried. On the first night of Orientation, a welcome reception was held at the Mandarin Oriental. For the remainder of the week, the group was joined by members of Siegfried's Leadership and Operations teams, as well as colleagues from their respective Regions, for dinners at Julian Serrano, Sage, and barMASA, as well as a ride on the High Roller Observation Wheel. Siegfried is pleased to welcome all of our talented new Professionals to the team! Tom Abbate joins the New York Metro Market as a Senior Associate. A methodical problem-solver, Abbate deploys simple solutions to a client's complex challenges. He earned his Bachelor of Science in both accounting and finance at Central Connecticut State University. Most recently, Abbate was an Accounting Analyst at United Technologies Corporation. Courtney Bowman, CPA, joins the New York Metro Market as a Senior Associate. Bowman is continuously inspired and motivated by building new connections. She attended Siena College, earning her Bachelor of Science in accounting and marketing, as well as her Master of Science in accounting. Most recently, Bowman was at KPMG, where she served as a Senior Audit Associate. Andrew Chandler, CA, joins the San Jose Market as a Manager. Chandler possesses a unique ability to integrate different aspects of a project and understand its nuances while maintaining focus on the end goal. He earned his Bachelor of Accounting at the University of Stellenbosch in South Africa. Most recently, Chandler was a Senior Audit Analyst at Bristol-Myers Squibb. Zach Ciullo, CPA, joins Siegfried's New York Metro Market as an Associate Manager. He consistently provides value through his unique and innovative ideas. Ciullo earned his bachelor's degree in accounting from Rutgers University and after spending several years at KPMG, was most recently a Senior Fund Accountant at SS&C Technologies. David Fox joins our Denver Market as an Associate Manager. Fox enjoys meeting people and working together to find solutions to complex and challenging issues. He earned his Bachelor of Science in Business Administration with an accounting concentration, his Bachelor of Science in Spanish, and his master's degree in accountancy from Colorado State University. Fox began his career at PwC and was most recently an Internal Auditor for Ball Corporation. Kevin Lydon, CPA, joins our Los Angeles Market as a Senior Associate. Lydon prides himself on his unique ability to integrate with a team quickly, build a strong foundation with the client, and deliver quality results. He attended the University of California, Santa Barbara for his Bachelor of Arts in Business Economics with an emphasis in accounting. After beginning his career at Deloitte, Lydon most recently held the role of Senior Accountant at Kilroy Realty. Ankit Patel, CPA, rejoins Siegfried's Chicago Market as an Associate Director. Patel's technical abilities and problem solving skills allow him to jump into any situation and immediately make an impact to help his clients navigate through difficult situations. Patel earned his Bachelor of Science in finance and accounting and his master's degree in accounting from Saint Louis University. He has more than 11 years of experience in various accounting roles, most recently at Hyatt Hotels Corporation as the Senior Manager of Global Policies and Procedures. Tamika Tabb joins the Atlanta Market as an Associate Manager. Tabb is known for being passionate and forward-thinking with a mindset that is always focused on helping clients enhance or improve processes and add real value. She earned her Bachelor of Science in Business Administration with a concentration in accounting and a minor in psychology from Virginia Commonwealth University. Most recently, Tabb was at EY, where she served as an Assurance Senior. For more information about a career at Siegfried, please visit About The Siegfried Group, LLP The Siegfried Group, LLP (Siegfried) works alongside financial executives across the nation, on their most important accounting and finance projects. Filled with an innovative spirit and led by an ambitious entrepreneur, Siegfried provides unique Leadership Advisory combined with high potential talent. At the heart of our Firm is our approach to individual leadership and the continual pursuit of helping people grow both personally and professionally. As a whole, we value being fair, having fun, and fostering stakeholder value. To view the original version on PR Newswire, visit:

News Article | May 9, 2017

Charter Oak State College, (, Connecticut’s public online college, is pleased to announce that its 2017 commencement ceremony will take place on Sunday, June 4 at 1:30 p.m. in Welte Auditorium at Central Connecticut State University in New Britain, CT. Dr. Shyamala Raman, Faculty Emerita of Economics and International Studies at the University of Saint Joseph, West Hartford, CT, and former Core Consulting Faculty member for Charter Oak will be the commencement speaker. A live webcast of the ceremony will be hosted on for students unable to attend in person. Dr. Shyamala Raman has a passion for economics, education, and for international, multicultural, women’s and human rights understanding. Her international advocacy, academically as well as programmatically has included presentations at the United Arab Emirates University in Al Ain; at the Sultan Qaboos University, Muscat, sultanate of Oman; and at the Human Rights Forum held in Kigali, Rwanda, sponsored by the UNESCO Chair in Comparative Human Rights at the University of Connecticut. She has also served as a speaker/workshop leader on the Millennium Development Goals at nine of the Annual Intergenerational Leadership Forums held by the UNESCO Chair. As Director of International Studies and Programs at USJ, she assisted with the international agreement with HAN University, Nijmegan, The Netherlands. She generously gives of her time and talent to support numerous non-profits, including: Board of the World Affairs Council, Mercy Housing and Shelter Corporation, and Volunteers in Service to Education in India, Inc. She has a Ph.D. in Economics and an M.BA. in Finance from the University of Connecticut, a M.A. in Liberal Studies from Wesleyan University and a M.A. in Economics from the University of Madras, India. Founded in 1973, Charter Oak State College ( is Connecticut’s only public online college, offering associate and bachelor’s degree completion programs in high-demand fields including Health Information Management, Health Care Administration, Cyber Security and Business Administration. The College offers a Master of Science in Organizational Effectiveness and Leadership. Charter Oak is accredited by the New England Association of Schools and Colleges and governed by Connecticut’s Board of Regents for Higher Education.

Hammad K.J.,Central Connecticut State University
American Society of Mechanical Engineers, Fluids Engineering Division (Publication) FEDSM | Year: 2016

Particle Image Velocimetry (PIV) was used to study the flow structure and turbulence, upstream, over, and downstream a shallow open cavity. Three sets of PIV measurements, corresponding to a turbulent incoming boundary layer and a cavity length-to-depth ratio of four, are reported. The cavity depth based Reynolds numbers were 21,000; 42,000; and 54,000. The selected flow configuration and well characterized inflow conditions allow for straightforward assessment of turbulence models and numerical schemes. All mean flow field measurements display a large flow recirculation region, spanning most of the cavity and a smaller, counter-rotating, secondary vortex, immediately downstream of the cavity leading edge. The Galilean decomposed instantaneous velocity vector fields, clearly demonstrate two distinct modes of interaction between the free shear and the cavity trailing edge. The first corresponds to a cascade of vortical structures emanating from the tip of the leading edge of the cavity that grow in size as they travel downstream and directly interact with the trailing edge, i.e., impinging vortices. The second represents vortices that travel above the trailing edge of the cavity, i.e., non-impinging vortices. In the case of impinging vortices, a strong, large scale region of recirculation forms inside the cavity and carries the flow disturbances, arising from the impingement of vortices on the trailing edge of the cavity, upstream in a manner that interacts with and influences the flow as it separates from the cavity leading edge. Copyright © 2016 by ASME.

Hammad K.J.,Central Connecticut State University
Journal of Fluids Engineering, Transactions of the ASME | Year: 2014

Velocity and momentum decay characteristics of a submerged viscoplastic non-Newtonian jet are studied within the steady laminar flow regime. The governing mass and momentum conservation equations along with the Bingham rheological model are solved numerically using a finite-difference scheme. A parametric study is performed to reveal the influence of the initial velocity profile, flow inertia, and yield stress presence on the flow field characteristics. Two initial velocity profiles are considered, a top-hat and fully developed pipe jets. The centerline velocity decay is found to be more rapid for the pipe jet than the top-hat one when the fluid is Newtonian while the opposite trend is observed for yield stress Bingham fluids. The decay in the momentum flux of the pipe jet is always less than that of the top-hat jet. Momentum and velocity based jet depths of penetration are introduced and used to analyze the obtained flow field information for a wide range of Reynolds and yield numbers. Depths of penetration are found to linearly increase with the Reynolds number and substantially decrease with the yield number. The presence of yield stress significantly reduces the momentum and velocity penetration depths of submerged top-hat and pipe jets. Penetration depths of yield stress fluids are shown to be more than an order of magnitude smaller than the ones corresponding to Newtonian fluids. © 2014 by ASME.

Powell Sears K.,Central Connecticut State University
Medical Education | Year: 2012

Context Most US medical schools have instituted cultural competence education in the undergraduate curriculum. This training is intended to improve the quality of care that doctors, the majority of whom are White, deliver to ethnic and racial minority patients. Research into the outcomes of cultural competence training programmes reveals that they have been largely ineffective in improving doctors' skills. In varied curricular formats, programmes tend to teach group-specific cultural knowledge, despite the vast heterogeneity of racial and ethnic groups. This cultural essentialism diminishes training effectiveness. Methods This paper proposes key curriculum content changes and suggests the inclusion of an intersectional framework in the cultural competence curriculum. This framework maintains that racial and ethnic minority groups hold multiple social statuses, called social locations, which interact with one another to uniquely shape the health views, needs and experiences of the individuals within the groups. Social locations include those defined by race, ethnicity, gender, social class and sexuality, which are experienced multiplicatively, not additively, within a particular social context. Cultural competence education must go beyond simplified cultural understandings to explore these more complex meanings. Doctors' ability to understand, communicate with and treat diverse groups can be vastly improved by applying an intersectional framework in academic research, self-awareness exercises and clinical training. Results Integrating an intersectional framework into cultural competency education can better prepare doctors for caring for racial and ethnic minority patients. This paper recommends curriculum elements for the classroom and clinical training that can improve doctor knowledge and skills for caring for diverse groups. Medical schools can use the proposed model to facilitate the development of new educational strategies and learning experiences. These improvements can lead to more equitable care and ultimately diminish disparities in health care. Although these recommendations are designed with US schools in mind, they may improve doctor understanding and care of marginal populations across the world. © Blackwell Publishing Ltd 2012.

The goal of this project is to investigate the role that crustal fluids have played in deformational processes that created the classic Wyoming salient of the Cordilleran fold and thrust belt of the western United States. The Cordilleran orogenic belt is a major tectonic feature consisting of folds and faults that resulted from convergent margin tectonic activity due to subduction of the Farallon plate beneath the North American plate about 140 to 50 million years ago during the Sevier Orogeny. The Wyoming salient is considered to be an ideal place for this study given that it has been extensively studied and is of the best characterized fold and thrust belts in the world. The results of the project will provide insights into how fluids contribute to large-scale deformation associated with mountain building events, fault zone processes, and the results will have implications for a variety of disciplines that have societal relevance, including mineral exploration, hydrocarbon exploration, hydrology. In addition to the research goals of the project, the project will contribute to training of graduate and undergraduate students in a STEM discipline; collaboration between three universities; contributions to research infrastructure at at Ph.D. granting and primary undergraduate institutions; incorporation of research results into classroom curricula; and dissemination of research results via peer-reviewed publications, presentations at professional geoscience meetings, and by web accessible digital data sets.

This project will innovatively integrate detailed structural, fluid inclusion, stable isotope, and geochronologic studies along transects across the curved Wyoming salient into the foreland and along traverses of key large-scale folds and major fault zones, providing extensive new regional data sets that relate fluid flow with progressive deformation. Although previous laboratory studies have provided insights into deformation micromechanisms and previous field and modeling studies of thrust belts have revealed the importance of fault zones and evolving topography on fluid flow systems, quantitative interrelations between regional to local fluid flow and progressive deformation within propagating fold-thrust wedges remains poorly understood. This project will build on previous structural studies in the Wyoming salient, with results synthesized to improve our understanding of feedbacks between fluid flow and thrust wedge mechanics. The project will test models of fluid-flow systems within curved fold-thrust belts, including nature of micro-, meso-, and megascopic fluid pathways; changing contributions of meteoric-, formation-, and metamorphic-waters during progressive wedge propagation and development of topography; evolving stratigraphic and structural compartmentalization of fluid flow as deformation changes style from distributed layer-parallel shortening to concentrated thrust slip; and propagation of detachment faults and early layer-parallel shortening in front of the fold-thrust wedge related to enhanced fluid flow and burial. This project will build on previous structural studies in the Wyoming salient, with results synthesized to improve our understanding of feedbacks between fluid flow and wedge mechanics. The project will combine a variety of methodologies, including mesoscopic structural analysis and sampling of veins/fracture sets, cleavage, and minor faults that provided fluid pathways,

Agency: NSF | Branch: Standard Grant | Program: | Phase: | Award Amount: 49.98K | Year: 2013

The 47th Annual Spring Topology and Dynamical Systems Conference will be hosted by the Mathematical Sciences Department at Central Connecticut State University from Saturday March 23 through Monday March 25, 2013. The conference will offer special sessions in Continuum Theory, Dynamical Systems, General/Set-Theoretic Topology, Geometric Group Theory, and Geometric Topology/Low Dimensional Topology, as well as six plenary talks and 12 semi-plenary talks covering the breadth of the special sessions. The conference is organized by the special session organizing committees, the conference steering committee, the local organizing committee and the principal investigator on the grant. The grant provides funds to support travel for graduate students and young researchers, in addition to the invited speakers.

The Annual Spring Topology and Dynamical Systems Conference Series is one of the longest running in mathematics. In the spring of 1967, the first conference was held at Arizona State University, and it was primarily a conference on general topology and continuum theory. In the past 45 years, the conference has grown in size and scope. It has continued to be the most important conference of the year in set-theoretic topology and continuum theory, while expanding to include the areas of dynamical systems, geometric group theory, and geometric topology. Over the years, the conference has made special efforts to broaden participation by women, underrepresented groups, graduate students, and young researchers, while expanding to cover a broader section of topology. Many of the most famous results of the last 45 years have been first announced at this conference. The conference proceedings will be published in the refereed journal Topology Proceedings.

Conference website:

Agency: NSF | Branch: Standard Grant | Program: | Phase: S-STEM:SCHLR SCI TECH ENG&MATH | Award Amount: 600.00K | Year: 2011

The Central Connecticut State University (CCSU) program is attracting and retaining academically talented and under-represented students from low-income and disadvantaged families to achieve degrees in Computer Science, Mathematics and Physics (CSMP) by offering them financial support, academic support, and enrichment opportunities. The program is targeting prospective students recruited through public schools, two-year colleges and community organizations, as well as promising students enrolled in CSMP and related programs at CCSU. Scholars are being assigned faculty mentors and are receiving a wide range of support in academic and career planning, mentoring, counseling, and internships. CSMP fields are providing research-rich learning environments that offer students the opportunity to participate in a variety of ongoing research projects with an emphasis on interdisciplinary work. Student cohorts are creating a supportive environment for scholars ensuring their academic success, retention and timely graduation. An established, well-functioning student support infrastructure coupled with faculty and staff experienced in mentoring under-represented students is helping minorities, female, and first-generation students achieve their education goals. This is leading to a strong and diverse workforce for CSMP. Student research and publication experiences are building a graduate pipeline of under-represented students into the academy.

Agency: NSF | Branch: Standard Grant | Program: | Phase: IUSE | Award Amount: 161.35K | Year: 2016

Software engineering, which plays a significant role in preparing students for becoming a part of the professional workforce, requires the pairing of in-depth disciplinary knowledge with a robust set of soft skills, such as teamwork and communication abilities. Given the engineering nature of the discipline, one of the best ways to study software engineering principles is to apply them in active learning contexts, such as case studies or hands-on exercises. When teaching undergraduates, it is crucial to make a clear connection between these learning contexts and related theoretical material, while designing active learning activities in a way that students would find easy to relate to.

The goal of this project is to develop and establish the effectiveness of using kinesthetic learning modules leveraging LEGO as a tangible manipulative to improve student learning and engagement in undergraduate software engineering education. This project will demonstrate that compared to traditional classroom instructional techniques, the use of LEGO tangible manipulatives will improve student knowledge in software engineering and improve student engagement with coursework by using a framework of active learning activities. This project will develop curricular support materials for educators at universities and high schools to incorporate software engineering topics into their courses via the active learning modules. The study design will utilize a pre-post test control group design without random assignment of students to course sections. The same study design and the same instruments will be used at both participating institutions.

Loading Central Connecticut State University collaborators
Loading Central Connecticut State University collaborators