Master of Landscape Architecture - I

at Kent State University USA

The Master of Education degree in Health Education and Promotion is designed to enable individuals to pursue their diverse interests in the field while addressing the competencies essential to the professional development of health educators

Students in the program utilize theoretical models of attitude and behavioral change in assessing educational needs, designing educational interventions, evaluating the effectiveness of program efforts, and advocating for creative and competent health education opportunities. These skills prepare graduates for various employment positions in local, state and national government; K-12 schools and community colleges; health care facilities; worksite wellness programs; and nonprofit organizations.

The Health Education and Promotion major comprises the following concentration:

• The School Health Licensure concentration enables graduates to teach health in schools or pursue diverse interests in the field. Competencies essential to school health education are addressed. Students in the concentration can pursue an additional Ohio teaching license that requires students to already have an initial teaching license.

The Bachelor of Science degree in Medical Laboratory Science allows students to combine three years of study at Kent State with 12 months of professional training at an approved hospital. Medical laboratory scientists are trained to perform complex chemical, microscopic and microbiological procedures. Graduates are eligible to sit for the Board of Registry of the American Society of Clinical Pathologists Exam.

Program Learning Outcomes

Graduates of this program will be able to:

• Be certified as professional medical laboratory scientists.
• Perform assays of clinical samples in a hospital or laboratory setting.
• Demonstrate an understanding of human physiology and familiarity with human health issues.
• Interpret chemical and molecular data for clinical diagnosis.

The Master of Education degree in Special Education provides students with advanced understanding of contemporary research and practice issues in special education. Students in the program are typically interested in pursuing enhanced professional competence, career advancement, leadership roles, advocacy and systems change; or they may be wanting to prepare for doctoral-level study. Students do not need to have an undergraduate degree in special education (or in education) to be successful in the master's degree; however, should be motivated to develop a deeper understanding of the field of special education.

The M.Ed. degree program does not prepare students for teacher licensure; however, some of the coursework required for the degree may count toward licensure. Students interested in both licensure and a M.Ed. degree will need to apply and be fully admitted into both the master's degree and the non-degree graduate licensure preparation program.

The Special Education major comprises the following concentrations:

• The Mild/Moderate Educational Needs concentration focuses on needs of students with mild to moderate educational needs who most often participate in the general education academic curriculum with special education supports.

The Master of Science degree in Computer Science provides students with an educational and research environment to develop career paths through necessary training with emerging technologies. Graduates have the technical knowledge and skills necessary for success within the information and high technology industries.

The M.S. degree in Computer Science has two culminating options: thesis or non-thesis. Students planning to pursue a Ph.D. degree an/or academic research should select the thesis option. Students planning to pursue applied research and development in industry may select the non-thesis option. The thesis option requires original research and a written thesis. The non-thesis option requires a capstone project and an optional industrial internship.

The Computer Science major includes the following concentration:

• The Computational Data Science concentration prepares students to process big data. In a spectrum of real-world applications, the collected data (from such sources as mobile devices, GPS, sensor/RFID networks, Internet, social media, etc.) is so large and complex, the traditional data processing tools cannot efficiently and effectively handle it. This concentration focuses on algorithms development, machine learning, computation techniques, network and computing infrastructure and software.

Students opting to not pursue a concentration will create a 12-credit hour individualized plan of study with their advisor.

Program Learning Outcomes
Graduates of this program will be able to:

• Demonstrate breadth-of-knowledge and understanding of essential facts, concepts, principles and theories relating to advanced topics in computer science.
• Conduct literature searches, comprehend advanced research materials and uncover connections between related work and critical evaluation and synthesis.
• Perform research, discovery and integration by applying advanced knowledge of computer science.

The Bachelor of Arts degree in Architectural Studies is a liberal arts program that exposes students to the theory and processes of design and prepares them for directed graduate study and careers in a variety of design-related disciplines.

As the only liberal arts degree in Kent State's College of Architecture and Environmental Design, the Architectural Studies major allows students to pursue dual degrees, double majors and/or multiple minors in related fields such as art history, business, construction management, fashion, geography, history, marketing, music, physical/life sciences, studio arts, urban studies, visual communications design and others. The program includes required design studios; lecture/studio hybrid courses; and seminars on architectural history, theory/criticism, urban issues and theories of sustainability. Additionally, students take architecture electives, which allow them to explore digital design processes, landscape architecture and urban design, or to pursue a minor in architectural history or historic preservation.

Students have the option of graduating with a streamlined dual degree, the B.A. degree in Architectural Studies and the B.S. degree in Construction Management.

Program Learning Outcomes

Graduates of this program will be able to:

• Demonstrate understanding of the language, logic and rhetoric of design, and ability to deploy this understanding in design projects, research, analysis and critique.
• Demonstrate abilities in design thinking, visual thinking, critical thinking and design discourse.
• Demonstrate skills in research and apply these skills to the design of the built environment.
• Recognize the value of cultural diversity and a broad range of historical traditions.
• Demonstrate understanding of the interconnectedness of the allied design disciplines, and the ability to articulate relationships between these professions and other areas of study
• Appreciate a wide range of contrasting perspectives on sustainability, recognize the relationship between these perspectives and the design of the built environment, and advocate for specific positions
• Utilize and interpret literature and data related to environments and their design.
• Demonstrate leadership skills in cross-disciplinary settings

The Master of Engineering Technology degree offers a curriculum that provides students with advanced technical and management knowledge and skills that meet the needs of the technical workforce in industry and business.

The Bachelor of Arts degree in History provides a well-rounded educational experience in which students have the independence and flexibility to explore and develop their individual interests while getting a solid grounding in different approaches to historical research, writing and analysis. The study of history offers insight into the complexity of the human experience by exploring the political, cultural, social, economic and environmental factors that have shaped the past and the present. The study of  history also offers training in a range of skills including how to find, evaluate, manage and synthesize multiple sources of information; how to think critically and analyze complex evidence; how to undertake independent research and manage time effectively; how to develop and present reasoned arguments supported by evidence; how to present information and arguments effectively in writing; and how to develop and deliver effective oral presentations. The skills and experiences gained through the study of history provide preparation for a variety of career tracks.

The History major is comprised of several elements. Lower-Division History Electives provide history majors with an overview of the major themes and developments in World history from human origins to the present and in the history of the United States from pre-colonization to the present. The required Historical Research Methods course introduces students to the main tools and techniques of doing history while providing them with the opportunity to develop and refine the skills of historical research, writing, and analysis to do well in their upper-division coursework. The History major also includes distribution requirements in two categories of upper-division courses. Area Studies Electives are a group of upper­ division history courses in which the history of a place (state, nation, or region) is the primary focus of the courses. Thematic Studies Electives are a group of upper-division history courses in which a specific topic or theme is the primary focus of the courses while the place and time period are secondary. The required Senior Seminar in History course is a capstone experience in which students develop, design, and execute their own original historical research project that utilizes primary sources and engages with current historical scholarship. Majors are also encouraged to do an internship in history for course credit to gain job experience and further strengthen their profile for their career after graduation.

Program Learning Outcomes

Graduates of this program will be able to:

• Understand and apply a variety of basic historical methods.
• Find, use, and analyze historical evidence and communicate their findings in an effective manner.
• Obtain historical content knowledge and understand the connectedness of historical events and the wide varieties of human experiences.
• Understand history as a discipline based on interpretation with historical questions constantly being reframed and investigated.

The Master of Science degree in Materials Science provides students with extensive scientific training, cutting-edge research opportunities and engineering skills necessary for a variety of careers in academy and industry. Program faculty and students conduct research through Kent State's participating departments and the Advanced Materials and Liquid Crystal Institute. Such research includes liquid crystal synthesis and molecular design; properties of liquid crystals and related advanced materials; lyotropic liquid crystals and bio-related materials; opto-electronics; and nanoscience and nanotechnologies. These important research foci are inherently interdisciplinary.

Program Learning Outcomes
Graduates of this program will be able to:

• Develop an advanced understanding of the fundamental science of soft materials and ability to apply acquired knowledge of physical and chemical properties of advanced soft materials and devices such as liquid crystals, polymers, colloids and active matter.
• Gain experience in presenting scientific data in research publications, articles, posters and oral presentations.
• Apply acquired knowledge to the development of new soft materials, new theories and effects and advanced materials such as liquid crystal-based devices.

The Bachelor of Science degree in Geology is designed for those interested in a professional career in the field. The curriculum focuses on minerals, rocks, landforms, fossils, structural geology, geochemistry and field mapping, among others. Supplemental courses include introductory chemistry, physics, biology and mathematics. Students are also encouraged to specialize in a applied or theoretical area of the science.

The Geology major includes the following optional concentration:

• The Environmental Geology optional concentration provides students with specialized training for careers in the well-established and growing field of environmental geology, including water resources, resource management and energy resources. The concentration's curriculum focuses on hydrology, hydrogeology, engineering geology and environmental monitoring techniques.

The Bachelor of Science degree in Actuarial Mathematics prepares students for the actuarial profession. Actuaries are professionals who manage risk. They predict the likelihood of future events and model the financial impact of future scenarios. They find creative ways to mitigate the undesirable effects of future events. Although most actuaries are employed in the insurance and financial industries, many others work in the transportation, environmental, medical and manufacturing industries, as well as in government.

The Actuarial Mathematics major is highly interdisciplinary, integrating substantial coursework in business, computing and communications with a solid core of mathematics and statistics. Kent State University is one of only four institutions in Ohio to receive the Universities and Colleges with Actuarial Programs-Advanced Curriculum designation from the Society of Actuaries. The Kent State program prepares students for the first four of a series of examinations to receive professional certification as an actuary.

Program Learning Outcomes

Graduates of this program will be able to:

• Reason mathematically by using precise definitions, articulating assumptions and reasoning logically to conclusions.
• Engage effectively in problem solving by exploring examples, assessing the correctness of solutions and interpreting solutions in an actuarial context.
• Define, interpret and apply standard actuarial notation, terminology and formulas.
• Analyze various streams of cash flows, both certain and contingent.
• Apply methods from probability, statistics and stochastic processes to the solution of problems in actuarial science, finance and economics.
• Communicate solutions of mathematical problems clearly, both orally and in writing.
• Employ commonly used computer programming languages and software packages to solve problems in actuarial science, finance and economics.
• Demonstrate fundamental knowledge of finance, economics and accounting.