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Astronomy (AST) |
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AST* E101 - Principles of Astronomy (3 credits)
Code(s): SCI, SCKX
Prerequisite(s): Eligibility for both ENG* E101 and MAT* E137 .
This is an introductory descriptive astronomy course with emphasis on the earth and its motions, the moon and planets, the sun, and stars and galaxies. This course is designed to raise the level of student awareness of celestial objects including their history, properties, interrelationships, and impact upon our understanding of the universe.
Course Outline: AST 101
This course is not intended for science, technology, engineering, or mathematics majors.
Students who have taken AST* 111 will not receive credit for this course.
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Biology (BIO) |
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BIO* E105 - Introduction to Biology (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): Eligible for ENG* E101 or ENG* E101W
A study of the characteristics of life, the processes living organisms use to sustain life and the way in which they pass information to future generations. The adaptations of humans are explored and compared with those of other organisms. Classification is presented to gain an appreciation of the unity and diversity of life. Course Outline: BIO 105
3 hours lecture and 3 hours laboratory.
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BIO* E111 - Introduction to Nutrition (3 credits)
Code(s): SCI, SCKX
An introduction to the principles of human nutrition. The six essential nutrients are discussed in relationship to energy, growth and metabolism. Investigation of the scientific research on foods and their effect on health, disease and weight management. Students will perform a computerized analysis of their diet and make dietary modifications based on their findings. Course Outline: BIO 111
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BIO* E119 - Human Biology for Allied Health (4 credits)
Code(s): SCI, SCKX
Prerequisite(s) or Parallel(s): ENG* E101 - Composition (3 credits)
A survey of the structure and function of human body systems both in health and disease. The normal and abnormal structure, function and interrelationship between the various organ systems will be explored via use of case studies and independent research. This course is intended for students in Allied Health fields. Course Outline: BIO 119
Note: This course is not intended for science majors and does not substitute for BIO*105 as a prerequisite for advanced science courses.
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BIO* E121 - General Biology I (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s) or Parallel(s): ENG* E101
An introduction to the principles and processes of living organisms. The course is designed to serve as the basis for further study in biology: it explores the chemical basis of life, including molecular biology, respiration and photosynthesis; the structure and function of the cell; the genetic basis of inheritance; and the evolution of life. Similarities and differences among organisms are also discussed. 3 hours lecture and 3 hours Laboratory. Course Outline: BIO 121
3 hours lecture and 3 hours laboratory.
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BIO* E122 - General Biology II (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): BIO* E121 or BIO* E105
An introduction to the principles and processes operating in living organisms. This course is designed to serve as the basis for further study in biology. This section of the two-semester sequence explores the anatomy and physiology of: bacteria, archaea, plants, fungi and animals. Interactions between organisms and their environment will be discussed. 3 hours lecture and 3 hours laboratory. Course Outline: BIO 122
3 hours lecture and 3 hours laboratory.
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BIO* E150 - Plants and Civilization (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): ENG* E101
This course examines aspects of plant biology and the economic and social importance of plants. The course requires that students engage in a community service project either on or off campus for a total of 12 hours.
Course Outline: BIO 150
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BIO* E175 - Introduction to Marine Science (3 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): ENG* E101
This course is an introduction to marine science. Topics to be explored include general marine biology, intertidal ecology, plankton biology, marine communities and the geomorphology of the New England coast. Some field work will be included. Course Outline: BIO 175
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BIO* E208 - Forensic Science with Laboratory (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): BIO* E105 or BIO* E121 and Eligible for ENG* E101 or ENG* E101W
An introduction to the principles of forensic science with an emphasis on logical and scientific thinking as it applies to biological and chemical physical evidence. The laboratory portion of this course develops knowledge and skills in laboratory safety, investigative techniques and the use of scientific methodologies including observation and measurement. Topics include: the analysis of DNA, fingerprints, hair and fiber, soil, bone; microscopy; chromatography; and toxicology. Students will develop proper techniques and procedures for maintaining crime scene integrity and evidence in the laboratory. Course Outline: BIO 208
4 credits. 3 hours lecture and 3 hours laboratory.
This course is equivalent to CJS* E285 & SCI* E285 . Students can only receive credit for either BIO*E208, SCI* E285 , CJS* E285 .
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BIO* E211 - Anatomy & Physiology I (4 credits)
Code(s): SCI
Prerequisite(s): ENG* E101 and either BIO* E105 , BIO* E119 , or BIO* E121 , each with a grade of C or higher. Recommended CHE* E111 .
The first semester of a two semester course. Lecture and laboratory will stress the molecular and cellular theories of body homeostasis. Topics include the structure of cells and tissues and the integumentary, skeletal, muscular, special senses, and nervous systems, with an underlying stress on their chemical functioning. Lab deals with chemical analysis, histology, bone and muscle identification, articulations, special senses, and nervous system anatomy. Course Outline: BIO 211
3 hours lecture and 3 hours laboratory.
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BIO* E212 - Anatomy & Physiology II (4 credits)
Code(s): SCI
Prerequisite(s): ENG* E101 with a grade of “C” or higher and BIO* E211 with a grade of “C” or higher
A continuation of Anatomy and Physiology I. Lecture and laboratory will stress the structure and functional aspects of the endocrine, blood, cardiovascular, lymphatic/immune, respiratory, digestive, urinary, and reproductive systems. Metabolism, fluid and electrolyte balance, and development and inheritance are also included. Lab deals with histological and detailed anatomical evaluation of body systems indicated above. Course Outline: BIO 212
3 hours lecture and 3 hours laboratory.
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BIO* E235 - Microbiology (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): ENG* E101 , CHE* E111 or CHE* E121 , and BIO* E105 , BIO* E115 , BIO* E119 , or BIO* E121 , each with a grade of “C” or higher.
The history of microbiology and a survey of microbial life. The bacteria are studied as characteristic prototypes of all microorganisms. These and other microorganisms are discussed, stressing their environment, growth, reproduction, metabolism, and relationship to humans. Course Outline: BIO 235
3 hours lecture and 3 hours laboratory.
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BIO* E260 - Principles of Genetics (3 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): BIO* E121 or equivalent
An introductory course in genetics. Covers the basic principles of genetics from Mendel to recombinant DNA, with focus on human inheritance. Topics of emphasis include cancer, diseases with a genetic component, functional genomics, and modern methods of molecular genetics. Course Outline: BIO 260
3 hours lecture per week.
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BIO* E290 - Research Methods for Health Sciences (3 credits)
Code(s): SCI
Prerequisite(s): MAT* E167 or equivalent
An introduction to both qualitative and quantitative research methodology. A variety of processes, evaluation techniques and data resources are used to examine the purpose of research, identify and critique scholarly writing, and apply critical thinking and research findings to the health science field. Course Outline: BIO 290
3 hours lecture per week.
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BIO* E299 - Independent Study in Biology (1-3 credits)
Code(s): SCI
Prerequisite(s): Permission of Instructor
This course is an individualized project allowing the student to independently study an area of interest in Biology under the supervision of a full-time Biology faculty member. Description of the project must be approved by the Math/Science Department, the instructor, and the Academic Dean the semester before taking the course.
All independent projects must be arranged in the semester prior to registration, with advance departmental approval and with the supervision of a full-time faculty member. For more information, see Independent Study Courses .
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Chemistry (CHE) |
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CHE* E106 - Chemistry and Art (3 credits)
Code(s): SCI, SCKX
Prerequisite(s): MAT* E137 or MAT* E104
Introduction of chemistry to non-science students as they develop an understanding of artists’ materials, the science underlying art, and chemical interaction of the environment with art objects. Every key chemistry concept is connected with real life art application. From studying atoms and molecules, students are introduced to causes of color in pigments and dyes to understanding intermolecular forces in paints. Chemical reactions and acids and bases concepts are connected to problems with deterioration of work of art and methods of conservation and restoration help students to develop appreciation for practical chemistry. The hands-on time employs these concepts to examine aspects of art media such as light, color dyes, paints, metals, stone, ceramics, glass, plastic, paper, and fiber.
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CHE* E111 - Concepts of Chemistry (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): MAT* E104 or MAT* E137 (grade for C or better) and eligibility of ENG* E101 .
Introduction to the fundamental principles and concepts of chemistry. Atomic structure, periodic relationships, bonding, kinetics and equilibria are examined in sufficient depth to permit their use in understanding chemical reactions though in less detail than in CHE* E121 and CHE* E122 . The laboratory program stresses the acquisition of skills in data gathering and in the manipulation of apparatus and materials. Course Outline: CHE 111
3 hours lecture and 3 hours laboratory.
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CHE* E121 - General Chemistry I (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s) or Parallel(s): MAT* E172 or equivalent, ENG* E101
A study of the fundamental principles, theories, and laws of chemistry. Topics include atomic theory and the structure of the atom, the aggregated states of matter, kinetic-molecular theory, chemical bonding, stoichiometry and periodicity, solutions and colloids. Course Outline: CHE 121
3 hours lecture and 3 hours laboratory.
Offered fall semesters only
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CHE* E122 - General Chemistry II (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): MAT* E172 or equivalent, CHE* E121
A continuation of CHE* E121 . Topics covered include thermochemistry, kinetics, chemical equilibrium, oxidation-reduction and electrochemistry, introduction to organic and nuclear chemistry and the chemistry of the elements and their compounds. The laboratory will include an introduction to semi-micro qualitative analysis. Course Outline: CHE 122
3 hours lecture and 3 hours laboratory.
Offered spring semesters only
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CHE* E211 - Organic Chemistry I (4 credits)
Code(s): SCI
Prerequisite(s): CHE* E122
An introduction to the organic chemistry of carbon. Primarily for students planning careers in the life and allied health sciences or a major in chemistry. The lectures will present an integrated analysis of the theoretical concepts and mechanisms of modern organic chemistry, organic reactions, synthetic methods, and instrumentation. Preparation properties and reactions of most of the major classes of aliphatic, aromatic, and heterocyclic compounds will be discussed along with the more important living and non-living systems in which they function. The laboratory work will develop competence in the modern aspects of preparative and qualitative organic technique.
3 hours lecture and 4 hours laboratory.
Offered fall semesters even years
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CHE* E212 - Organic Chemistry II (4 credits)
Code(s): SCI
Prerequisite(s): CHE* E211
A continuation of CHE* E211 .
3 hours lecture and 4 hours laboratory.
Offered spring semesters odd years
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CHE* E299 - Independent Study in Chemistry (1-3 credits)
Code(s): SCI
This course is an individualized project allowing the student to independently study an area of interest in Chemistry under the supervision of a full-time Chemistry faculty member. Description of the project must be approved by the Math/Science Department Chair and instructor the semester before taking the course.
Course Outline: CHE 299
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Criminal Justice (CJS) |
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CJS* E285 - Forensic Science with Laboratory (4 credits)
Code(s): SCKX, SCRX
Prerequisite(s): CJS* E101 , and Eligible for ENG* E101 or ENG* E101W
An introduction to the principles of forensic science with an emphasis on logical and scientific thinking as it applies to biological and chemical physical evidence. The laboratory portion of this course develops knowledge and skills in laboratory safety, investigative techniques and the use of scientific methodologies including observation and measurement. Topics include: the analysis of DNA, fingerprints, hair and fiber, soil, bone; microscopy; chromatography; and toxicology. Students will develop proper techniques and procedures for maintaining crime scene integrity and evidence in the laboratory. Course Outline: CJS 285
3 hours lecture and 3 hours laboratory.
This course is equivalent to BIO* E208 & SCI* E285 . Students can only receive credit for either BIO* E208 , SCI* E285 , CJS* E285. 4 credits.
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Electives |
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Elective (SCI) - Science (3-4 credits)
Science electives are all courses with Elective Code SCI.
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Engineering Science (EGR) |
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EGR* E211 - Engineering Statics (3 credits)
Code(s): SCI
Prerequisite(s) or Parallel(s): MAT* E256 , Calculus II
A study of engineering mechanics via vector approach to static forces and their resolution. Topics include: properties of force systems, free-body analysis, first and second moments of areas and mass, and static friction. Applications to trusses, frames, beams and cables included. Course Outline: EGR 211
Offered fall semesters
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EGR* E212 - Engineering Dynamics (3 credits)
Code(s): SCI
Prerequisite(s): EGR* E211
A study of Newtonian mechanics to dynamic forces, translational motion, work, impulse and momentum will be taught. Topics included: kinematics, kinetics of particles and rigid bodies, vibrations, energy and momentum conservation. Course Outline: EGR 212
Offered spring semesters
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EGR* E214 - Engineering Thermodynamics (3 credits)
Code(s): SCI
Prerequisite(s): PHY* E221 and MAT* E254
This course covers energy concepts and balances; basic definitions including the first and second laws of thermodynamics; ideal and real gases; thermodynamic properties; and introductory cycle analysis. Course Outline: EGR 214
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Physics (PHY) |
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PHY* E121 - General Physics I (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): MAT* E137 with a grade of “C” or higher
Begins with a review of essential arithmetic operations, dimensional analysis, and systems of measurements. Then basic concepts in mechanics, energy, rotation, properties of matter, and heat are developed. Specific topics covered include: motion, Newton’s three laws, vectors, uniformly accelerated motion, forces, motion due to gravity, work and energy, momentum, angular motion, rotation, mechanical properties of matter, and temperature and heat transfer. Course Outline: PHY 121
3 hours lecture and 3 hours laboratory.
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PHY* E122 - General Physics II (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s): MAT* E137 with a grade of “C” or higher
Discussion of basic concepts in sound, wave motion, electricity, magnetism and light. Specific topics covered include: vibratory motion, wave motion, sound, electrostatics, circuit elements, direct-current circuits, magnetism, electromechanical devices, properties of light, reflection and refraction of light, lenses, mirrors, and other optical devices, interference and diffraction of light. Course Outline: PHY 122
3 hours lecture and 3 hours laboratory.
Note: PHY*122 may be taken before PHY* E121 if a student has a strong background; permission of instructor is required.
Offered spring semesters
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PHY* E221 - Calculus-Based Physics I (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s) or Corequisite(s): MAT* E254
Provides a solid foundation for engineering majors in physical quantities, vectors, equilibrium, motion, Newton’s Law, motion in a plane, work and energy, impulse and momentum, moments, and rotation. Course Outline: PHY 221
3 hours lecture and 3 hours laboratory.
Offered Fall semesters
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PHY* E222 - Calculus-Based Physics II (4 credits)
Code(s): SCI, SCKX, SCRX
Prerequisite(s) or Corequisite(s): MAT* E256
A solid foundation for engineering majors in periodic motion, hydrostatics, hydrodynamics, temperature, heat, Coulomb’s Law, electric field, Ohm’s Law, DC circuits, light, reflection, refraction, interference and the diffraction of light, lenses, and mirror. Course Outline: PHY 222
3 hours lecture and 3 hours laboratory.
Offered spring semesters
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Science (SCI) |
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SCI* E225 - Special Problems in the Natural Sciences (3 credits)
Code(s): SCI
Prerequisite(s): Permission of the instructor
A research-oriented laboratory course under the personal supervision of a member of the science department faculty designed to give an advanced student exposure to problem solving in the natural sciences. Problems may be selected in biology, chemistry, earth sciences, medical and allied health sciences, or Math and Science. For most students, the course will serve as a first real exposure to how research is done in the natural sciences.
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SCI* E285 - Forensic Science with Laboratory (4 credits)
Code(s): SCKX, SCRX
Prerequisite(s): CJS* E101 (CJ majors only), BIO* E105 or BIO* E121 and Eligible for ENG* E101 or ENG* E101W
An introduction to the principles of forensic science with an emphasis on logical and scientific thinking as it applies to biological and chemical physical evidence. The laboratory portion of this course develops knowledge and skills in laboratory safety, investigative techniques and the use of scientific methodologies including observation and measurement. Topics include: the analysis of DNA, fingerprints, hair and fiber, soil, bone; microscopy; chromatography; and toxicology. Students will develop proper techniques and procedures for maintaining crime scene integrity and evidence in the laboratory. Course Outline: SCI 285
3 hours lecture and 3 hours laboratory.
This course is equivalent to BIO* E208 & CJS* E285 . Students can only receive credit for either BIO* E208 , SCI* E285, CJS* E285 . 4 credits.
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