Bachelor Degree in Biological & Life Sciences in Pennsylvania in USA

Find Bachelor Programs in Biological & Life Sciences 2017 in Pennsylvania in USA

Biological & Life Sciences

A Bachelor's degree can lead educational doors, provide opportunity for career advancement, or lay the groundwork for the pursuit of an advanced degree. Our goal is to help prospective students navigate the program selection process successfully. We do things easy by streamlining the search.

Bachelor degrees in Biological and Life Sciences are concerned with the understanding of living things. Its teachings range from biology, functioning of organisms and the organization of animal and vegetable kingdoms to the molecular level of chemical interaction.

Education in the United States is mainly provided by the public sector, with control and funding coming from three levels: state, local, and federal, in that order. The common requirements to study at a higher education level in United States will include your admissions essay (also known as the statement of purpose or personal statement), transcript of records, recommendation/reference letters, language tests

Pennsylvania is officially known as Common Wealth of Pennsylvania. Most of the higher education institutes in the state follow the commonwealth system of higher education. The easily reachable and healthy recreation facilities in the state make it an ideal place for higher education.

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Bachelor in Biology

Allegheny College
Campus Full time September 2017 USA Meadville

Allegheny’s biology students learn by doing. With the guidance and support of the faculty, they apply scientific methods and theories learned in the classroom to their own research in the lab or in the field, discovering first-hand how scientists think and what they do. [+]

Bachelors in Biological & Life Sciences in Pennsylvania in USA. Bachelor in Biology Allegheny’s biology students learn by doing. With the guidance and support of the faculty, they apply scientific methods and theories learned in the classroom to their own research in the lab or in the field, discovering first-hand how scientists think and what they do. Major & Minor Programs Major Nine biology courses, including a Junior Seminar, Senior Project, and three electives. Double and student-designed majors can be arranged. Recent double majors include: biology and art, biology and environmental science, biology and English, and biology and economics; recent student-designed majors: forensics, bioethics, biophysics. Cooperative programs in allied health fields, nursing, and marine biology. Independent study and research projects are encouraged. Minor Coherent set of five biology courses including two biology electives. Department Facts Distinctions Required individual Senior Project demonstrates to graduate schools and prospective employers the ability to complete a comprehensive independent research assignment. Undergraduate access to all departmental facilities and equipment. Teaching faculty representing a broad range of biological specialties actively involve students in their own research projects. Key departmental participant in two interdisciplinary majors: biochemistry and neuroscience. Several areas of emphasis—premedical, biomedical, environmental, and others—offered through active cooperation with the departments of chemistry and environmental science. Numerous opportunities for student research, with results often presented at national conferences and published in professional journals. Program in marine biology with Duke University and in tropical ecology in Australia and Costa Rica. Allegheny is one of the top eight colleges in the nation for proportion of graduates in mathematics and the sciences; Over 50% of Allegheny’s 2007 science graduates were women. Key Benefits An understanding and appreciation of scientific thought and procedures. Firsthand knowledge of modern analytical techniques and equipment used in biological research, both in the laboratory and in the field. Critical and analytical thinking skills. An understanding of the relationships between biology and other scientific disciplines. An excellent foundation for graduate study in a broad variety of subdisciplines including cellular and molecular biology, physiology, neurobiology, plant biology, microbiology, ecology, and behavioral biology. Endorsements “I will never forget the professors and the high quality biology and liberal arts education I received [at Allegheny]. I learned how to think creatively and to apply scientific criteria to work and life situations.” — Becky Ann Myton, technical advisor to the Minister of the Environment, Honduras National Science Foundation (NSF) grant ($300,000) funded research that could lead to new ways to control insect populations; specific grant provision made for student research assistants. Faculty member was recently awarded a National Science Foundation (NSF) Faculty Early Career Development program grant ($280,000). National Institutes of Health grant ($98,000) funded faculty research investigating the possible role of nasal CO2 receptors in Sudden Infant Death Syndrome. NSF has awarded $515,732 to a faculty member to support student-faculty summer research in population ecology at Rocky Mountain Biological Laboratory in Colorado. Department ranks in the top 5 percent among private undergraduate institutions in production of eventual Ph.D.s since 1920. Department recently awarded $250,000 by the Eden Hall Foundation to support instructional technology for introductory laboratories. U.S. Department of Agriculture grant ($75,000) given to study the role of plant hormones in symbiosis between plants and fungi. Learning Outcomes Student Learning Outcomes for Majors in Biology Students who successfully complete a major in Biology are expected to be able to: demonstrate a general understanding of the central features of the extraordinarily diverse and expanding landscape of modern biology. demonstrate a general understanding of the standard laboratory tools, methodology, and process of biological research, and the basics of scientific writing. demonstrate a thorough understanding of important principles and laboratory techniques in at least three different biological sub-disciplines within the general areas of (1) cellular and molecular biology, (2) organismal biology and physiology, and (3) population biology and ecology. demonstrate the ability to locate, critically analyze, interpret, and discuss primary research literature in one or more sub-disciplines within the biological sciences. design and conduct independent laboratory or field research that is consistent with the highest standards and practices of research in the relevant biological sub-discipline. present the results of their independent research clearly and effectively in both written and oral forms. be well prepared for post-graduate education and diverse and meaningful careers in and out of the biological sciences. Student Learning Outcomes for Minors in Biology Students who successfully complete a minor in Biology are expected to be able to: demonstrate a general understanding of the central features of the extraordinarily diverse and expanding landscape of modern biology. demonstrate a general understanding of the standard laboratory tools, methodology, and process of biological research, and the basics of scientific writing. present the results of research clearly and effectively in both written and oral forms. demonstrate a thorough understanding of important principles and/or laboratory techniques in at least two different biological sub-disciplines. Opportunities Experiential Learning Internships The following are permanent departmental internships. Many others may be arranged individually. Conservation biology (Erie National Wildlife Refuge) Fisheries biology (Game Commission Fish Hatchery) Allied Health care (Meadville Medical Center) Research Assistants Allegheny faculty engaged in research frequently use student assistants, who work with them locally and in other research environments, such as the University of Toronto, Johns Hopkins University, the University of Rochester, and the Rocky Mountain Biological Laboratory. Field Studies Allegheny’s location offers unique opportunities to study plant, bird, animal, and insect life in natural settings such as: Bousson Environmental Research Reserve Allegheny National Forest Erie Wildlife Refuge Geneva wetlands Presque Isle and Pymatuning State Parks Tamarack Lake Woodcock Creek Lake Honors and Prizes Outstanding student work is recognized annually with the Biology Faculty Prize and the Robert E. Bugbee Prize. There is also an active chapter of Beta Beta Beta, the national biology honor society. Lectures The annual Darling Lecture Series brings a nationally known scientist to campus to lecture and conduct seminars for students. The department regularly sponsors other seminars and guest speakers, including alumni, each year. Graduate School About 70% of our majors attend graduate or professional school eventually. About 50% go on directly to graduate school (20%) and professional school (30%), representing a 90% acceptance rate. Recent schools include: Carnegie-Mellon University University of Pittsburgh Cornell University Dartmouth College Thomas Jefferson University University of Pennsylvania The most popular fields of study include: medicine, dentistry, neuroscience, molecular and cell biology, and ecology. Career Data About 50% of our majors seek employment directly following graduation. The most popular fields for those with a bachelor’s degree: laboratory technician (university, hospital, industry), elementary and secondary education, medical technician, environmental technician. The most popular fields for those with advanced degrees: medicine, dentistry, biomedical research, ecology. [-]

Bachelor in Biochemistry

Allegheny College
Campus Full time September 2017 USA Meadville

With our entrance into the 21st century, it is increasingly apparent that distinctions between the sciences are becoming blurred. To prepare students for this environment—and others that they’ll encounter in the not-so-distant future—Allegheny offers an interdisciplinary and integrated major in the field of biochemistry, increasing the diversity of Allegheny’s hands-on educational opportunities and encouraging students to see the connections between scientific disciplines. [+]

Bachelor in Biochemistry With our entrance into the 21st century, it is increasingly apparent that distinctions between the sciences are becoming blurred. To prepare students for this environment—and others that they’ll encounter in the not-so-distant future—Allegheny offers an interdisciplinary and integrated major in the field of biochemistry, increasing the diversity of Allegheny’s hands-on educational opportunities and encouraging students to see the connections between scientific disciplines. The biochemistry major is part of an interdisciplinary program primarily supported by faculty from the biology and chemistry departments. The major requires a group of courses from the biology, chemistry, physics, and mathematics departments. The junior seminar offers students the chance to specialize within the major, applying their knowledge from the introductory and upper-level courses to a specific sub-discipline. In addition, the in-depth exposure to scientific literature and assignments emphasizing scientific communication form an important bridge to the senior project. The required senior project is a two-semester, laboratory-based, independent project that is ultimately defended before an interdisciplinary faculty committee. Department Facts Distinctions Close student-faculty contact, especially at the junior and senior levels. Professors’ excellence in and commitment to teaching at all levels. A curriculum connecting the disciplines of chemistry, biology and physics, and providing an abundance of laboratory experiences. Opportunities and facilities for student research, including the required Senior Project. Rigorous academic standards. Endorsements “[The Biochemistry major] helped prepare me for grad school and helped me to see how the sciences work together and are dependent on one another. I was also able to go abroad.” (2005 graduate) “[The Biochemistry major] helped me to look at science from a lot of different perspectives and gave me a well-rounded experience. It also saved me from having to decide between Biology and Chemistry; instead, I chose both!” (2007 graduate) “I believe [the Biochemistry major] set me apart from many applicants. I think that it also helped spark deeper interests in research that I didn’t necessarily know were there…” (2008 graduate) “I found [the Biochemistry major] stimulating, interesting, and challenging. I did like the requirement that as a Biochemistry major your first and second reader for your Senior Project had to be from both Chemistry and Biology. That forced us to incorporate and be challenged by both sides, no matter which department you were actually conducting research in.” (2008 graduate) Two different NSF Course, Curriculum, and Laboratory Improvement grants have recently funded the purchase of a real-time PCR machine, a gel documentation system, 11 laptop computers, and four microwave reactors for organic synthesis. A $100,000 grant from the Orris C. Hirtzel and Beatrice Dewey Hirtzel Memorial Foundation supported purchase of a Kodak Image Station 4000 MM Pro and an automatic elemental analyzer. A grant of over $480,000 from the Sherman Fairchild Foundation has funded purchase of a gas chromatograph-mass spectrometer (GC-MS), an MS detector for use with an HPLC, a Raman spectrometer, and a Scanning Electron Microscope (SEM). Key Benefits Sound preparation for graduate study, professional training, or employment in the biomedical field. An appreciation for intellectual rigor and the discipline necessary to attain it. Critical reasoning skills that encompass the interplay between theory and experiment. The development of effective written and oral communication skills. Independence, creativity, and substantial laboratory skills. The experience of learning as a collective phenomenon and participation in the advancement of knowledge as part of a group. Student Learning Outcomes Students who successfully complete a major in biochemistry are expected to be able to: Demonstrate a broad knowledge of the fundamental introductory concepts of Chemistry, Biology and Physics. Demonstrate a thorough knowledge of the intersection between the disciplines of Biology and Chemistry. Demonstrate a proficiency in developing relevant biochemical questions, carrying out laboratory investigations to answer those questions, and critically analyzing, interpreting, and presenting in oral and written form the results of their experiments. Locate, critically analyze, interpret and discuss data, hypotheses, results, theories, and explanations found in the primary literature, applying knowledge from Chemistry and Biology. Appreciate the way in which practitioners in the disciplines of Biology and Chemistry intersect and bring their expertise to bear in solving complex problems involving living systems. Understand the societal impacts, both positive and negative, of science and technology and the limitations of science. Opportunities Special Lectures The annual Lord Lecture brings some of the nation’s most distinguished chemists to the College for residencies of up to one week. Recent Lord Lecturers include Roald Hoffmann, Nobel Prize–winning chemist, poet, and playwright; Dudley Herschbach, winner of the 1986 Nobel Prize in Chemistry; and George Whitesides, Mallinckrodt Professor of Chemistry at Harvard University and winner of the 1998 National Medal of Science. The annual Darling Lecture Series brings a nationally-known biologist to campus for a public lecture and meetings with students. Graduate Schools Research programs in the summer and during the academic year help students make informed decisions about whether graduate school is right for them. Our biochemistry program prepares students to attend graduate school in biochemistry, molecular biology, biophysics, immunology, microbiology, cell biology, pharmacology, etc. Biochemistry majors are also prepared to enter the health professions (e.g., medicine, dentistry, optometry) or to seek employment in government and industrial laboratories. [-]

Bachelor's in Chemistry

Eastern Mennonite University
Campus Full time 4 years September 2017 USA Harrisonburg

EMU’s chemistry and biochemistry programs provide a solid foundation in four major areas of chemistry: organic, analytical, physical and biological chemistry. [+]

Bachelors in Biological & Life Sciences in Pennsylvania in USA. Chemistry Program at EMU EMU’s chemistry and biochemistry programs provide a solid foundation in four major areas of chemistry: organic, analytical, physical and biological chemistry. Examples of research projects of chemistry students and faculty at EMU are varied but have two things in common: creation care and chemistry for the common good. Students who work on a project for more than one summer typically see it through to completion and share their findings in scientific journals. Over the past 10 years, more than 90% of EMU students who completed EMU’s pre-medical program were accepted into medical school, compared to the national average of 49%. Globally aware scientists Our small Christian liberal arts college educates students to serve and lead in a global context, emphasizing sustainability, peacebuilding and community. All EMU students participate in cross-cultural study, whether it be a semester abroad, a three-week summer experience, or a internship through our Washington Community Scholars’ Center in D.C. Global awareness is critical to success in business, medical practice, and industry. EMU’s mission includes training scientists for work in missions, public or community health, medical care, and education in developing countries and underserved areas in North America. State-of-the-art equipment The chemistry department offers a wide selection of current instrumentation, including: Atomic Absorption Spectrocopy Nuclear Magnetic Resonance Spectroscopy (NMR) High Performance Liquid Chromatography (HPLC) Gas-Liquid Chromatography Infrared Spectroscopy (Fourier Transform) (FTIR) Ultraviolet-Visible Spectroscopy Fluorescence Spectroscopy Gas Chromatography-Mass Spectroscopy Programs Chemistry Major EMU’s chemistry curriculum is designed to provide a solid foundation in the major areas of chemistry – organic, inorganic, analytical, physical and biological chemistry. An additional aim is to provide the opportunity for research experience for the student majoring in chemistry. Thus, EMU chemistry provides a broad chemical background suitable for entry into a wide variety of career options- from industrial plastics chemist to pharmaceutical technician- and a solid preparation for study at the graduate level in chemistry, biochemistry, or related area. Chemistry Education Secondary science educators are some of the most sought-after professionals on the job market today. EMU’s program in chemistry with secondary education licensure prepares students to be both well-prepared chemists, and outstanding educators. EMU’s department of education is highly respected as one of the top in the state. Students in this program take all the requirements needed for the regular chemistry major, and also take several classes in education. In their senior year, students do a full semester of student teaching in one of the nearby school districts. Biochemistry Some of the most dramatic scientific advances in recent years have been in our understanding of the biochemistry of living organisms. For instance, the phenomenal advances in molecular biology have opened door to a wide range of biomedical and agricultural applications that were not imagined several decades ago, while at the same time presenting a range of bioethical concerns. The departments of chemistry and biology cooperate in offering students the option of concentrating their studies on this dynamic field by majoring in biochemistry. This rigorous program is geared towards giving students a fundamental knowledge in the molecular basis of biological processes. Students take coursework involving a combination of chemistry and biology courses, culminating in a two-semester advanced biochemistry series, and including a research laboratory experience. Recent graduates of EMU’s biochemistry program are enrolled in medical schools or in graduate programs, or are working in the pharmaceutical industry. Career Opportunities EMU provides a broad background for the wide variety of career options open to the chemistry or biochemistry major and a solid preparation for study at the graduate level. EMU chemistry and biochemistry graduates are now involved in a variety of activities: Neurochemistry research Teaching college science Opening a medical practice Community health worker in Central America Pharmaceutical manufacturing Environmental quality control Malaria research in Tanzania Biotechnology Students who are interested in chemistry and a career in healthcare can major in either chemistry or biochemistry and enroll in the pre-professional health sciences program. A major in chemistry or biochemistry can launch your career in many directions. While some of these career possibilities also require graduate study, many are immediately available after graduating from EMU. [-]

Bachelor's in Environmental Sustainability

Eastern Mennonite University
Campus Full time 4 years September 2017 USA Harrisonburg

At EMU, you’ll receive a top-notch scientific education thanks to professors who are experts in their fields and our well-rounded, interdisciplinary learning approach. It’s part of what makes EMU a Christian university like no other. [+]

Environmental Sustainability Major At EMU, you’ll receive a top-notch scientific education thanks to professors who are experts in their fields and our well-rounded, interdisciplinary learning approach. It’s part of what makes EMU a Christian university like no other. Environmental sustainability majors learn to truly grasp the nature of environmental research and issues by taking courses in a variety of disciplines. Biology, sociology and peacebuilding professors work closely together on environmental sustainability courses that weave forward-thinking sustainability practices with issues of international and community development and conservation. At the same time, students get a more in-depth education in one field by choosing a science or a social sustainability track within the environmental sustainability major. Our graduate program in peacebuilding is also an asset to any undergrad in the fields of development and sustainability; dozens of grad-level international scholars flock to EMU each year to study at the Center for Justice and Peacebuilding. And many professors around campus have decades of experience working and living overseas advocating for those in the margins. About Our Environmental Sustainability Major What makes EMU’s environmental sustainability major so unique? Plenty! Our program provides a combination of breadth and depth. All students learn the interdisciplinary nature of environmental research and issues by taking courses in a variety of disciplines. At the same time, students get a more in-depth education in one area by choosing a science or a social sustainability track within the environmental sustainability major. Key Distinctives of Our Program An interdisciplinary approach to understanding contemporary issues such as local hydrofracking, wilderness preservation. We study modern concerns like global warming from both scientific and social perspectives. Job-related experience in a wide variety of organizations through a required practicum, or internship. Practical experiences in private businesses, farms, and government agencies are an important step in developing a career in environmental sustainability. Research opportunities on student-faculty collaborative projects, such as a grant-funded steam restoration project in a local mountain community. EMU cross-cultural study abroad trips that focus on sustainability issues, like recent trips to New Zealand, Bolivia and the Galapagos, and Kenya. Environmental science concentration The environmental science concentration focuses on the biological and chemical aspects of environmental sustainability. Solid and challenging coursework in natural sciences prepares students to work on such issues as biodiversity and loss of species, pollution and toxicology, land use and degradation, waste management, resource depletion and energy consumption, climate change, and alternative agriculture. Students focus on “traditional” environmental science courses from the disciplines of ecology, chemistry and physiology, but also learn the interdisciplinary nature of environmental research and issues while working with sociology, economics, and development professors. Classes address local and global sustainability issues and include hands-on research projects. During a required internship, students work with a local environmental organization such as Shenandoah National Park, The Nature Conservancy or the Virginia Department of Environmental Quality. Environmental and social sustainability concentration The environmental and social sustainability concentration focuses on the social, economic, and political aspects of environmental sustainability. Challenging coursework in various social sciences prepares students to work on such issues as environmental advocacy, conservation and sustainable development, land use and degradation, environmental education and agricultural extension, climate change, waste management, and alternative energy. This track combines traditional environmental science coursework with applied sociology courses that emphasize international and community development and conservation. You’ll have hands-on opportunities to work in areas of personal interest like peace education, legislative and foreign policy advocacy, community organizing, restorative justice and mediation, social justice and peace advocacy, human rights and immigrants’ rights. [-]

Bachelor's in Biology/Biochemistry

Eastern Mennonite University
Campus Full time 4 years September 2017 USA Harrisonburg

If you’re interested in biology, you’re interested in life. Humans, animals, forests, streams and soil … these are subjects of concern and fascination. [+]

Bachelors in Biological & Life Sciences in Pennsylvania in USA. Studies in Biology at EMU If you’re interested in biology, you’re interested in life. Humans, animals, forests, streams and soil … these are subjects of concern and fascination. At EMU you’ll work side by side with others who share your interest as you conduct experiments, analyze data, study diagrams, debate issues and take field trips. Biology students have the privilege of working with faculty on research projects in biology. Recent examples of student research include projects on the genetics of aging, the impact of a high salt diet on hypertension, the organic production of blueberries, and methods of tracking coconut rhinoceros beetles to their breeding sites. The primary objective of the biology department is to provide courses and skill training required by students earning B.A. or B.S. degrees, especially those majoring in biology. Additionally it emphasizes preparing students for graduate training in medicine, den- tistry, veterinary sciences, clinical laboratory science, and allied health fields; teaching biology in secondary schools; sustainable agriculture; environmental science; and gradu- ate work in other fields of biology. Majors: Biology Biochemistry Clinical Laboratory Science Environmental Sustainability with concentrations in: Environmental Science Environmental and Social Sustainability Minors: Environmental Sustainability Biology Careers in Biology include medical technologist, physician, dentist, physical therapist, environmental consultant, genetic counselor, veterinarian, biotechnologist, epidemiologist, pathologist, wildlife biologist, international agriculture consultant, immunologist, and middle or high school teacher. Pre-Professional Health Sciences Program (PPHS) Biology majors interested in biomedicine enroll in PPHS, which is designed for students anticipating entrance into a professional health science school such as medicine, dentistry, veterinary medicine, physical therapy, exercise physiology, occupational therapy, optometry, podiatry, osteopathy, or graduate education and research in any area of biomedicine. Whereas most of the students in this program are biology majors, it is pos- sible to major in chemistry, mathematics or another area in the liberal arts and succeed in the program if the required courses are completed within another major. Since course requirements for non-biology majors vary, students should check with their major department for specific details. Because graduate schools value a broad education, a minor in a non-science area of interest is suggested. Major in Biology, Teaching Endorsement for Grades 6-12 This program will prepare students to teach biology by instructing them in the standards of the National Science Teachers Association (NSTA).The courses listed in the biology major and the secondary education courses make up the program for teacher licensure, grades 6-12. Major in Environmental Sustainability The environmental sustainability major focuses on an interdisciplinary approach to sustaining the quality of our natural world, with an emphasis on the inter- relationships between the natural world and humanity. The environmental sus- tainability major at EMU is designed around an understanding that effectively addressing the pressing environmental problems of our times demands a multifaceted approach that requires both depth in an area of focus, and breadth in understanding the perspectives of different disciplines. Students gain depth by choosing to concentrate on either natural science or social science aspects of environmental sustainability. Students gain breadth through coursework that combines essential elements from social science and from natural science to bring a holistic and integrated perspective to complex social and environmental issues pertaining to sustainability. In addition, the environmental sustainability curriculum recognizes a balance between technical training and the broad education of a liberal arts philosophy. Completion of the environ- mental sustainability major equips students to work in fields of conservation, environmental monitoring, agriculture, international development, alternative energy promotion and development, sustainable development, agricultural extension, environmental advocacy, and environmental education. In addition, the curriculum prepares students for graduate work in many areas related to sustainability. The curriculum for environmental sustainability is conceptualized as three stages. Students from both concentrations begin their coursework together in two introductory courses which set the foundation for further work. Students then take a set of required and elective courses in their chosen concentration that gives depth in their area of focus, plus elective coursework in the alternative concentration which gives breadth to their understanding of sustainability. Finally, students from both concentrations come back together in a series of three courses that serve to integrate the natural science and social science perspectives of sustainability. Major in Clinical Laboratory Science A major in clinical laboratory science consists of the 37 SH listed below followed by completion of the clinical program (usually one year) in an approved school of clinical laboratory science/medical technology. In this program the student completes three years of study (a minimum of 96 SH) at Eastern Mennonite University and a fourth year at the school of clinical laboratory science/medical technology. EMU has articulation agreements with Clinical Laboratory Science programs at Sentara RMH Medical Center, Augusta Health Center, and Virginia Commonwealth University. Alternatively a student may elect to complete the biology major and enter the clinical program following receipt of the baccalaureate degree. Minor in Biology A non-biology major may earn a minor in biology by taking at least 18 SH of biology courses. Because students of other majors will have a variety of reasons for desiring a biology minor, a fixed sequence of courses is not specified. However, two courses must be at the 300 or 400 level and up to two courses may be labeled as ENVS or BIOCH. Students are urged to consult with a biology faculty member in outlining a minor. Professors Who are Mentors Our school’s small size means ready access to equipment and individual instruction. Professors who are mentors help you develop skills in scientific interpretation and an awareness of the ethical issues that surround science. They emphasize the harmony between the natural world and God’s Word. Biology is one of the biggest programs at EMU because we have an excellent reputation. Our graduates are sought both by graduate schools and employers – they know EMU biology grads are well-prepared critical thinkers with real-world experience. Faculty and Student Research At EMU we believe that participation in original research projects is an important means of teaching scientific process and critical thinking skills. Biology majors participate in faculty-led research projects as a means of learning by doing. Often students choose a specific project that falls within a larger, ongoing, research project in the laboratory of a faculty member. Students meet on a regular basis with faculty to discuss progress, and sometimes get together with other research groups to exchange ideas. In some cases, research results lead to presentations at national scientific meetings or publications in scientific journals. Biology faculty also work closely with research projects in chemistry. Internships and Practicums To learn more about your STEM-related career and gain valuable experience while pursuing your undergraduate degree, explore doing an internship. Internships challenge you to: develop new skills gain experience working in STEM-related fields collaborate in a team build relationships with potential employers learn more about what you want to do with your STEM career [-]

Bachelor of Biology

Rosemont College
Campus Full time September 2017 USA Rosemont

The biology major is intended to prepare students for careers in healthcare, research and development, education, environmental studies, graduate or medical school, and more. Students will graduate with an understanding of the foundations of biological concepts. [+]

Biology Rapidly changing and always evolving, Biology is ever present in today’s society. Biology students here at Rosemont College will have the opportunity to choose between three tracks of study: Biology Track Evironmental Track Pre-Health Track The biology major is intended to prepare students for careers in healthcare, research and development, education, environmental studies, graduate or medical school, and more. Students will graduate with an understanding of the foundations of biological concepts. Courses include a laboratory component in which students will learn the latest technologies and methodologies that are currently used in a variety of fields. An internship and on or off campus research is a required component to the major. Students are able to complete a major or minor in biology. Experiential Learning Courses include a laboratory component in which students will learn the latest technologies and methodologies that are currently used in a variety of fields. An internship and on or off campus research is a required component to the major. Students are able to complete a major or minor in biology. Biology Track The Biology track aims to provide students with the knowledge and skills needed to succeed in the field of biology. The required courses cover topics from different areas of biology, including cellular, molecular, genetic, and organismal thus providing a strong foundation. Almost all courses have a laboratory component exposing students to current laboratory techniques and methodologies. Our small class size allows students to get hands on laboratory experience and individual attention from faculty. Classroom and laboratory experiences are supplemented with on and off campus research and internship opportunities. All students are required to participate in one of these experiential learning opportunities in order to apply their knowledge and to further improve on these skills, gain confidence, and increase their scientific knowledge. Furthermore, students that conduct on-campus research with a faculty mentor have the opportunity to present at local scientific meetings and publish their results. Emphasis is given to scientific writing and oral presentation skills, a major component of the capstone senior seminar presentation. Environmental Track The Environmental Science track provides a strong foundation in the sciences which could then be applied to solve ecological issues which are fundamental to solving ecological issues at a policy and/or social level. Issues relating to protecting the environment and achieving sustainable development continue to be priorities at the local, national, and global levels. Contemporary environmental quality problems include management of biodiversity, air and water pollution, as well as the investigation of the link between human health and environment. Examples of areas that environmental professionals work in include the evaluation and management of resources at governmental and corporate levels, policy and implementation of global warming concerns, scientific and laboratory assessment as well as research opportunities in academia and the non-profit sector. This track promotes an interdisciplinary approach to environmental issues through both coursework and independent study/internship experience allowing students to address all parameters important in sustainable development. Pre-Health Track The Pre-Health track aims to provide students with the knowledge and skills needed to succeed in post graduate studies. The required courses cover topics from different areas of biology, including cellular, molecular, genetic, and organismal, to provide a strong foundation in the biological sciences. Almost all courses have a laboratory component exposing students to current laboratory techniques and methodologies. Our small class size allows students to get hands on laboratory experience and individual attention from faculty. Classroom and laboratory experiences are supplemented with on and off campus research and internship opportunities. All students are required to participate in one of these experiential learning opportunities in order to apply their knowledge and to further improve on these skills, gain confidence, and increase their scientific knowledge. Furthermore, students that conduct on-campus research with a faculty mentor have the opportunity to present at local scientific meetings and publish their results. Emphasis is given to scientific writing and oral presentation skills, a major component of the capstone senior seminar presentation. Admissions Requirements It is important that you are prepared to succeed academically at Rosemont College. All applications for admission submitted to Rosemont College are reviewed with the goal of determining your potential for success. As soon as your application file is complete, all of the criteria for admission listed below are considered in making an admission decision. A key part of this process is that you submit your application and other required documents as soon as possible so that we can communicate an admission decision to you. Criteria for General Admission Completed application for admission Official high school transcript Official SAT/ACT score report Letter of recommendation (optional) Admissions essay (optional) [-]

Bachelor in Biology

Slippery Rock University
Campus Full time Part time September 2017 USA Slippery Rock

Biology is the study of living organisms, focusing on the structure and development of life and evolutionary processes. In SRU's Biology program, you'll learn about life systems in the classroom, laboratory, and field. You'll develop important analytical and critical thinking skills, and gain vital research and collaboration experience. [+]

Bachelors in Biological & Life Sciences in Pennsylvania in USA. Biology is the study of living organisms, focusing on the structure and development of life and evolutionary processes. In SRU's Biology program, you'll learn about life systems in the classroom, laboratory, and field. You'll develop important analytical and critical thinking skills, and gain vital research and collaboration experience. SRU offers both Bachelor of Arts and Bachelor of Sciences degrees in Biology, as well as a minor in Biology. WHY CHOOSE BIOLOGY? If you have a passion for nature, research, and learning about different life systems, the Biology program at SRU is for you. This major offers flexible course selection, enabling you to pursue your individual interests. SRU also offers several Biology degree-plus options with affiliated schools-facilitating a smooth transition to graduate degrees. These include: Chiropractic at Logan University and Palmer College of Chiropractic Dental Early Admission Program (DEAP) Dentistry at the LECOM School of Dental Medicine (Bradenton, FL campus) and West Virginia School of Dentistry Osteopathic Medicine at Lake Erie College of Osteopathic Medicine (LECOM) Pharmacy at the LECOM School of Pharmacy Physical Therapy at SRU Physician Assistant Studies at Chatham University WHAT WILL YOU LEARN? You'll receive training in both basic and advanced biological concepts. Through class discussions, laboratory experiments, and fieldwork, you'll learn about different areas of biology such as: Animal and plant physiology Botany Cellular biology Ecology Genetics Microbiology Molecular biology Vertebrate and plant anatomy Zoology CAREERS IN BIOLOGY Graduates of SRU's Biology program go on to a diverse range of careers, such as: Biochemist Biological Technician Chiropractor Dentist Genetic Counselor Health Communications Specialist Health Educator Medical and Health Services Manager Pharmaceutical / Medical Product Sales Rep Physician's Assistant and Nurse Practitioner CLUBS & ORGANIZATIONS Beta Beta Beta [-]

Bachelor in Psychology

Slippery Rock University
Campus Full time Part time September 2017 USA Slippery Rock

Are you fascinated by the human mind and human behavior? In the Psychology program at SRU, you'll study the mind and learn valuable skills-like how to understand and predict behaviors of individuals and groups, and how to use and interpret data. [+]

Are you fascinated by the human mind and human behavior? In the Psychology program at SRU, you'll study the mind and learn valuable skills-like how to understand and predict behaviors of individuals and groups, and how to use and interpret data. You'll receive personal attention and gain insightful knowledge through activities both in and outside of the classroom. Our goal is not only not prepare you for a future career, but to enhance your personal, academic, and professional growth so you can go on to promote the well-being of others. WHY CHOOSE PSYCHOLOGY? If you want to be a psychiatrist or psychologist, or if you're interested in learning more about yourself and others, SRU's Psychology program is for you. Our expert faculty provide a hands-on, personalized, and inclusive education tailored to your goals and interests. In addition to what you'll learn in the classroom, lab, and field, you'll have abundant opportunities for: Leadership (Psi Chi, Psychology Club, Reflections) Scholarship (Student research and conference presentations, internships, honors and awards) Community (Brain Awareness Week, Relay for Life, community education and outreach) Building connections (networking, tutoring, facebook, mental health advocacy) WHAT WILL YOU LEARN? In the Psychology program at SRU, you'll study the major aspects of human behavior and gain insight into how individuals function in their daily lives. You'll learn about core principles such as: History of psychology Psychological testing Learning Behavioral neuroscience Development Social psychology Cognitive psychology Abnormal psychology You can also personalize your education through specialized coursework in Developmental Psychology and electives in Neuroscience, Clinical and Counseling Psychology, Social Psychology, and Gender and Multicultural Studies. CAREERS IN PSYCHOLOGY As a Psychology graduate, you'll be able to put your skills to work in a variety of settings, including: Human services Counseling Education Management Social work Labor relations Early childhood intervention Criminal justice You also may choose to continue your education at the graduate level. SRU Psychology students go on to graduate programs such as: Clinical and Counseling Psychology Medicine School Psychology and Guidance Counseling Social Work Occupational Therapy CLUBS & ORGANIZATIONS Psi Chi Psychology Club Reflections Body Image Organization [-]