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Spring 2019 Catalog [ARCHIVED CATALOG]
Course Descriptions
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Key to Course Descriptions
Abbreviations
(C) |
City Campus |
F/S |
Fall and Spring |
(N) |
North Campus |
SS |
Summer Session |
(S) |
South Campus |
F+ |
Offered every other Fall |
F |
Fall |
S+ |
Offered every other Spring |
S |
Spring |
N |
Non-Credit |
Course Outlines
Course outlines for all courses described in this catalog are available for viewing. To explore the general framework of a course design and view the expectations of student performance within a select course click on the link below. These descriptions provide the base upon which instructors build their own course syllabi for the individual sections offered by the academic departments. Individual sections may therefore vary somewhat from the descriptions given in the outlines.
Course Outlines
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Emergency Medical Technology/Paramedic |
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EG 208 - EMT Paramedic Ambulance Field Internship Credit Hours: 7
Students will ride with assigned preceptors on designated field units. Two phases will enable the student to progress from observation, to skills performance, to the role of team leader. Students will be expected to integrate history taking, physical exam, cognitive knowledge and skills performance into the total management of the patient. Written documentation and verbal communication by radio/phone directly with hospital staff will be a part of the field internship. Students will be required to submit four (4) written detailed summary patient reports on patients who required advanced level treatment, whom they assessed, treated and transported. These will be evaluated and assigned a numerical value. A minimum of five (5) Advanced Life Support (ALS) calls must be completed. Successful completion of Advanced Cardiac Life Support (ACLS) certification is required. The student will also be required to successfully complete two (2) exit megacode scenarios in the lab, a comprehensive final written examination as well as the NYS mandated final practical skills examination. The student’s performance on each ALS call will be documented with a formative evaluation. The end of the internship will be documented with a summative evaluation by the field preceptor. Successful completion of the required hours and verification of the student’s competency to function as an entry-level paramedic as submitted by the field preceptor and will be given primary consideration, as students must be recommended by the lead instructor to the program medical director for final NYS paramedic certification.
Course Outcomes Upon completion of this course conjunction with clinical courses EG 109, 110, 206 and 207, the student will be able to:
- demonstrate the ability to function as a competent entry level paramedic through the integration of cognitive knowledge and psychomotor ability while exhibiting the attributes of maturity, leadership, adaptability, responsibility and respect of oneself and others.
Prerequisites: EG 109, EG 110 Corequisites: EG 206, EG 207 S (S)
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Engineering Science |
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ES 138 - Engineering Concepts Credit Hours: 1
An orientation course that brings the field of engineering into focus with discussion on past and present engineering trends along with visitation lectures by various local practicing engineers and four-year engineering college transfer representatives. Basic technical skills such as computations and graphing are also covered.
Course Outcomes Upon completion of this course, the student should be able to:
- state the differences between technical team members: technician, technologist, and engineer;
- explain some of the history of engineering;
- choose a specific field of engineering that they will pursue;
- specify which university they plan on transferring to upon graduation from SUNY Erie; and
- perform approximate math computations without the use of a calculator.
F/S (N)
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ES 139 - Computer Skills for Engineers Credit Hours: 1
A computer lab course for first year students to learn important computer skills related to engineering using existing computer software such as spreadsheets, word processing, linear regression, graphing, library computer usage, e-mail and the Internet.
Course Outcomes At the conclusion of the course, the student should be able to:
- use the computer to communicate with other people and other computers;
- solve math-related problems, data analysis and graphing on the computer; and
- write project reports using the computer.
Prerequisites: MT 125 or equivalent. F/S (N)
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ES 177 - Introduction to 3D Modeling Using Creo Parametric Credit Hours: 2
Introduce engineering students to 3D modeling using Creo Parametric software. Students will learn basic design process, sketching, engineering drawings, parts modeling and assemblies, while utilizing the various modeling functions such as extrude, revolve, pattern, etc. The course will cover integration of individual parts into assemblies.
Course Outcomes Upon completion of this course, the student will be able to:
- create, modify, and document part assemblies using Creo Parametric software; and
- create documentation using engineering drawings.
Prerequisites: MT 126 or equivalent F/S (N)
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ES 178 - Civil Engineering CAD Credit Hours: 2
Civil engineering students will utilize AutoCAD Civil 3D software and develop the skills necessary to visualize, create and edit 3D terrains and 3D objects including surveying, surfaces and grading, parcel layout, corridor modeling, and earthwork calculations. Develop skills to visualize 3D objects and terrain from 2D projections.
Course Outcomes Upon completion of this course, the student will be able to:
- describe the AutoCAD Civil 3D working environment;
- create and edit points, surfaces, label, sites and parcels.
- create and edit tables, surface profiles, profile views and layout profiles;
- create assemblies, corridor models and corridor surfaces;
- create grading surfaces and calculate volumes.
- create piping networks; and
- create production plans.
Prerequisites: MT 125 S (N)
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ES 181 - Engineering Materials Credit Hours: 3
The investigation of materials commonly used in engineering applications. Topics include atomic structure and bonding, strengthening mechanisms such as strain hardening, age hardening and phase transformation, phase diagram interpretation and use, processing such as cold and hot working and solidification.
Course Outcomes At the conclusion of this course, the student should be able to:
- apply the concepts related to atomic structures;
- understand atomic binding, binding energy and inter-atomic spacing;
- use the concept of unit cells to determine lattice parameters of crystal structures;
- determine and draw points, direction and planes in a unit cell;
- understand interstitial sites, crystal structures of ionic materials and covalent structures;
- understand diffraction technique for crystal structure analysis; and
- understand point defects, dislocations and its influence on material properties.
- apply the concepts related to atom and ion movements in materials;
- understand atomic diffusion, activation energy, rate of diffusion (Fick’s First Law), and factors affecting diffusion.
- apply the basics of the various materials testing methods and mechanical properties;
- know the principle of tensile testing, bend test, fatigue testing, creep testing, hardness testing;
- understand the basic concept of fracture mechanics; and
- compute engineering and true stress and strain.
- apply the concepts of strain hardening and annealing;
- understand strain hardening mechanisms, cold working;
- understand the stages of annealing, and control of annealing; and
- understand hot working.
- apply the Principles of Solidification; and
- understand nucleation, growth mechanisms, solidification time and dendrite formations; and
- understand cooling curves, solidification defects, directional solidification and casting.
- apply the concepts of Solid Solutions and Phase Equilibrium.
- interpret phase diagrams; and
- understand solubility and solid solutions, Solid-solution strengthening, dispersion strengthening.
Prerequisites: CH 180, MT181 Cycles (N)
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ES 200 - Electrical Networks Credit Hours: 4
Topics include lumped parameters electrical networks. Basic concepts of charge, voltage, current and power for R, L, and C circuit elements. Analytical techniques such as loop and nodal equations; Kirchhoff’s voltage and current laws; Thevenin and Norton Theorems and maximum power transfer. Voltage and current sources; differential equations and phasors; and passive filters.
Course Outcomes At the conclusion of this course, the student should be able to:
- analyze basic concepts and circuit laws;
- determine electric charge, power and energy in basic circuit elements;
- apply Kirchoff’s Voltage and Current Laws;
- determine equivalent resistance, capacitance, inductance of series and parallel configurations, Wye-Delta transformation;
- use nodal and mesh analysis;
- use source transformation;
- apply Thevenin’s and Norton’s Theorem; and
- utilize computer to analyze circuits.
- analyze Op Amp circuits;
- analyze Op Amp circuit in different configurations - inverting, non-inverting, summing, difference, integrating, differentiating, and cascading.
- analyze first-order RC and RL circuits;
- analyze source-free and step response of RC and RL circuits;
- understand and utilize singularity functions; and
- utilize computer to analyze circuits.
- analyze second-order RLC; and
- analyze source-free and step response of RLC circuits;
- understand general second order circuits; and
- utilize computer to analysis circuits.
- analyze basic AC circuits using phasors and sinusoids.
- apply phasor concept to circuit analysis;
- understand and apply the concepts of impedance and admittance; and
- apply Kirchoff’s Law in the frequency domain.
- analyze passive filter circuits using phasors, sinusoids and Bode plots.
- apply phasor concepts to passive filter circuits;
- understand and apply the concept of transfer functions; and
- generate Bode plots of frequency response.
Concurrent Registration: MT 284, PH 282, PH 283 F/S (N)
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ES 204 - Thermodynamics Credit Hours: 4
This course covers first and second laws of thermodynamics, thermodynamic properties, equilibrium and their application to physical and chemical systems.
Course Outcomes At the conclusion of this course, the student should be able to:
- determine properties of real substances, such as steam and refrigerant 134-a, and ideal gases from either tabular data or equations of state;
- use absolute, gage, and vacuum pressures correctly;
- calculate gage and vacuum pressures using the manometer equation;
- use absolute and Celsius temperatures correctly;
- determine property data using the steam and R-134a tables;
- sketch P-v, T-v, and P-T plots for steam, R-134a, and ideal gases;
- locate data states on P-v, T-v, and P-T plots for steam, R-134a, and ideal gases;
- determine the condition of a data state as a compressed, saturated, or superheated state and determine the thermodynamic properties at that state by using property tables;
- demonstrate the use of quality in finding properties of two-phase substances;
- apply the concept of the generalized compressibility factor to demonstrate when the ideal gas equation may be used to determine the state of a gas;
- apply the ideal gas equation to solve problems involving pressure, temperature, and volume of ideal gases;
- determine changes in internal energy and enthalpy for ideal gases; and
- determine mass flow rate from its definition and relation to volume flow rate.
- analyze processes involving ideal gases and real substances as working fluids in both closed systems and open systems or control volumes to determine process diagrams, apply the first law of thermodynamics to perform energy balances, and determine heat and work transfers;
- determine the pressure-volume relation for processes and plot the processes on P-v and diagrams;
- calculate the boundary work for a variety of processes for closed systems;
- apply the first law to closed systems containing ideal gases, steam, or R-134a to determine heat transfer, work, or property changes during processes; and
- apply the first law to steady-flow open systems containing ideal gases, steam, and refrigerant-134a to determine heat transfer, work, and property changes during processes.
- analyze systems and control volumes through the application of the second law; and
- determine the efficiency of heat engines and compare with the Carnot heat engine efficiency;
- determine the coefficient of performance of refrigerators and heat pumps and compare with refrigerators and heat pumps operating on the reversed Carnot cycle;
- determine entropy changes for both ideal gases and real substances;
- determine the properties of a working fluid at the end of an isentropic process;
- plot processes on both P-v and T-s diagrams; and
- apply both the first and second laws to determine heat transfer, work, and property changes during processes occurring in both closed and open systems.
- analyze systems through the application of the concepts of energy.
Prerequisites: CH 180, MT 182 or equivalent. F/S (N)
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ES 205 - Signals and Systems Credit Hours: 4
Introduction to linear signals and systems; analysis of continuous-time systems using convolution integral and Laplace transform; Fourier series and transform to represent and analyze periodic and aperiodic signals; introduction of z-transform to discrete-time systems and sampling theorem.
Course Outcomes Upon completion of this course, the student will be able to:
- determine the system response for linear systems;
- utilize Laplace transform to analyze continuous-time systems;
- utilize Fourier series and transform to analyze periodic and aperiodic signals;
- utilize the sampling theorem between continuous-time and discrete-time signals;
- utilize z transform to analyze discrete-time systems; and
- utilize Matlab to analyze basic signals and systems.
Prerequisites: ES 200 S (N)
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ES 207 - Statics Credit Hours: 3
Composition and resolution of forces, equivalent force systems, equilibrium of particles and rigid bodies in two and three dimensions. Centroids and centers of gravity, analysis of simple structures, internal forces, friction, moments and products of inertia in two dimension. Unit vector approach is used.
Course Outcomes At the conclusion of this course, the student should be able to:
- apply the equations of equilibrium;
- use vectors and solve equations of equilibrium for forces and moments in two and three dimensions; and
- draw free-body-diagrams.
- represent Systems by Equivalent System of Forces and Moments;
- analyze objects in equilibrium;
- identify statically indeterminate objects; and
- identify two force and three force members.
- analyze trusses;
- use Method of Joints and Method of Sections to analyze trusses;
- analyze space trusses; and
- analyze frames and machines.
- determine centroids and centers of mass;
- determine the centroid of lines, area, and volume;
- determine center of mass of objects and composite objects; and
- determine force and moment due to distributed loading.
- determine Moments of Inertia;
- utilize Parallel-Axis Theorem;
- calculate moment of inertia about rotated axes;
- determine principal axes; and
- draw and interpret Mohr’s circle.
- know the effects of friction;
- calculate the effects of friction on Wedges, Threads, Journal Bearings, Thrust Bearings and Clutches;
- apply momentum principles to a system of particles;
- understand and apply the concepts of angular momentum;
- apply the equations of motion to determine the unknown forces and couples acting on the object; and
- determine the moment of inertia about any line using the parallel axis theorem.
- compute Internal Forces and Moment in Beams; and
- understand the different types of supports;
- determine shear and moment along the beam with concentrated and distributed loading;
- calculate the shape, length and tension in a cable under distributed loading; and
- calculate the center of pressure and pressure in a stationary liquid
- apply the principles of virtual work to structures.
Prerequisites: MT 182, PH 280, PH 281 Concurrent Registration: MT 283 is recommended. F/S (N)
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ES 208 - Dynamics Credit Hours: 3
Kinematics and kinetics of particles and rigid bodies, relative motion, work and energy, impulse and momentum. Unit vector approach is used.
Course Outcomes At the conclusion of this course, the student should be able to:
- apply and solve the equations of motion of a point for straight line motion, curvilinear motion and relative motion;
- apply Newton’s Second Law to determine the acceleration of an object in Cartesian and polar coordinates;
- draw free-body diagrams; and
- understand inertial reference frames.
- apply Energy Methods
- use the Principle of Work and Energy;
- determine kinetic energy, potential energy, work and power;
- determine work done by particular forces;
- understand conservative and non-conservative forces; and
- understand the concepts of energy and energy conservation.
- apply Momentum Methods;
- understand linear momentum;
- understand the principle of impulse and momentum;
- determine the change in object’s velocity when external forces are known as functions of time;
- analyze impacts between objects; and
- evaluate forces exerted by continuous flows of mass.
- apply Planar Kinematics of Rigid Bodies;
- understand the concept of rigid body;
- understand translation and rotation motion of objects about fixed axis;
- understand the general motions - relative velocity, angular velocity and acceleration of rigid bodies;
- determine instantaneous centers;
- determine motion of sliding contacts; and
- determine motion of objects under moving reference frames.
- planar Dynamics of Rigid Bodies;
- apply planar equations of angular motion considering forces and couples;
- apply momentum principles to a system of particles;
- understand and apply the concepts of angular momentum;
- apply the equations of motion to determine the unknown forces and couples acting on the object; and
- determine the moment of inertia about any line using the parallel axis theorem.
- explain the three-dimensional motion of a rigid body; and
- understand the equations of motion and how they are used to analyze simple motions.
- apply knowledge to basic design projects and its analysis using computers.
Prerequisites: ES 207, MT283 Concurrent Registration: MT 284 F/S (N)
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ES 209 - Mechanics of Materials Credit Hours: 3
A course in the study of strength and elasticity of materials, stresses and strains; deflection of beams and shafts; torsion and buckling of columns.
Course Outcomes At the conclusion of this course, the student should be able to:
- determine tensile and compressive stress and strain in axially loaded members and structures;
- draw free body diagrams;
- understand stress-strain diagrams and related terminology;
- understand and use formulas to compute forces, normal stress and strain, and shear stress and strain. Calculate stress, strain;
- analyze thermal effects on stress and strain; and
- analyze indeterminate structures using compatibility conditions.
- analyze members subjected to torsion;
- determine torsional deformation in a circular bar;
- calculate power transmission; and
- calculate strain energy in torsion and pure shear.
- analyze shear force and bending moments in beams;
- determine reactions at supports and shear force and moment along beam;
- graph shear force and moment diagrams;
- determine the curvature of a beam, neutral axis and moment of inertia; and
- calculate normal stress and shear stress in beams subjected to bending moment.
- analyze stress and strain;
- compute principal stresses, maximum shear stresses; and
- draw and interpret Mohr’s circle for plane stress and strain.
- calculate stresses in spherical and cylindrical pressure vessels;
- determine the deflection of a beam under concentrated loads and distributed loads; and
- obtain beam deflection by integration of the bending-moment equation;
- obtain beam deflection by integration of the shear-force and load equations; and
- obtain beam deflection by method of superposition, moment-area method and the application of Castigliano’s Theorem.
- determine the critical bucking loads for columns under various types of supports.
Prerequisites: ES 207, MT 283 Concurrent Registration: ES 210, MT 284 is recommended. F/S (N)
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ES 230 - Engineering Problem Solving Using MATLAB Credit Hours: 3
Introductory course in engineering problem-solving using MATLAB. Topics include an introduction to the basic concepts in MATLAB programming including arrays, functions, loops, data structures, matrix-operations, debugging, and plotting. These concepts will be illustrated and emphasized through mathematical modeling and applications in circuit analysis, thermodynamics, statics, dynamics, solid mechanics, fluid mechanics and heat transfer.
Course Outcomes Upon completion of this course, the student will be able to:
- apply the basics concepts of MATLAB programming;
- write and test algorithms to solve engineering problems;
- interpret and debug algorithms;
- construct 2D and 3D plots using MATLAB;
- write algorithms to numerically differentiate and integrate functions, and solve basic first order differential equations; and
- develop mathematical models to describe engineering systems and write algorithms to solve accordingly.
Prerequisites: MT 182, PH 280 / PH 281 with a minimum of C grade Corequisites: MT 283 or MT 284, and PH 282 / PH 283 F/S (N)
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English |
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EN 011 - College Reading and Study Skills II Credit Hours: 3 Not for degree credit
A course to further improve the student’s reading and study skills. Content includes practice in comprehension, speed, vocabulary, listening, note-taking and test-taking.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate reading efficiency utilizing strategies to maintain adequate comprehension on tenth grade level expository prose;
- identify topic, main idea, details, organizational patterns and transition devices in paragraphs and articles written at tenth grade level;
- recognize common affixes and roots as an aid to increase vocabulary;
- use context clues to find or infer word meanings in sentences and paragraphs;
- use dictionary to discover or confirm the pronunciation, spelling and meaning of words;
- combine listening strategies and notetaking skills to take complete and useable lecture notes;
- apply SQRRR or another study system to a textbook chapter written at least at tenth grade level;
- demonstrate ability to adjust reading rate to purpose and nature of material in order to maintain appropriate comprehension;
- describe test management strategies that are appropriate before, during, and after test sessions; and
- in order to exit developmental reading, the student will be able to meet stated objectives on material at a minimum tenth grade reading level.
F/S (C, N, S)
This course does not apply toward an associate’s degree. |
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EN 022 - Improving College Reading & Writing Credit Hours: 4 Not for degree credit
This developmental course is a combination of reading and writing and is designed to prepare students for EN 110 – College Composition. Topics focus on improving comprehension, vocabulary, and study skills, an introduction to the essay, thought development, paragraph and short essay organization, punctuation, and grammar.
Course Outcomes At the completion of the course, the student should be able to:
- demonstrate reading efficiency utilizing strategies to maintain adequate comprehension on and above tenth grade level expository prose;
- identify topic, main thought, details, organizational patterns and transition devices in paragraphs and articles;
- recognize common affixes and roots as an aid to increase vocabulary;
- combine listening strategies and note taking skills to take complete and useable notes;
- apply SQ3R or another study system to a textbook chapter;
- demonstrate ability to adjust reading rate to purpose and nature of material in order to maintain appropriate comprehension;
- demonstrate mastery of EN 023 proficiencies in his/her writing;
- write an expository essay in which the thesis statement is expressed in the initial paragraph, developed in the middle paragraphs, and concluded in the final paragraph;
- select, evaluate, and organize data for presentation in coherent and pointed essays;
- organize explicit details according to explicit logical or rhetorical principles;
- write paragraphs/essays in which the style, tone, complexity of expression, necessary background knowledge, assumptions, and diction are determined with conscious reference to the intended audience;
- write syntactically complete and correct sentences;
- use sentence-internal punctuation correctly to promote the movement of thought in the essay;
- maintain consistent viewpoint through the essay; and
- edit and proofread precisely.
F/S (C, N, S)
This course is offered for non-credit and does not apply as an English elective toward an associate’s degree. Students whose placement scores indicate both EN 011 and EN 023 are eligible. |
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EN 023 - Preparation for College Writing Credit Hours: 3 Not for degree credit
A workshop designed course with the aid of computer exercises and minimal lecturing to prepare students for standard college writing. Lectures and computer lessons enable students to renew and develop mechanical and organizational skills through practice and critical thinking to produce entry level college essays.
Course Outcomes At the end of the semester the student will be able to:
- write an essay of at least five paragraphs which demonstrates an understanding of process;
- organize an essay with an introduction, well-developed body paragraphs with supporting points, and a conclusion;
- produce acceptable grammar and mechanics in a paper;
- demonstrate mastery on each unit of computer assisted learning activities for writing correctness. Computer material is tailored to each students needs; and
- rewrite an essay which shows revision of content or organization.
F/S (C, N, S)
This course does not apply towards an associate’s degree. |
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EN 030 - Reading/Writing I Credit Hours: 4 Not for degree credit
This is the first in a three-level series of courses intended to teach basic English reading and writing skills to students whose dominant language is not English.
Course Outcomes Upon completion of this course, the student will be able to:
- comprehend culturally relevant 6th grade narrative or expository English prose;
- write a paragraph in English of at least 100 words in length in 75 minutes. The paragraph should be written in a recognizable rhetorical form and contain the following:
- an appropriate topic sentence;
- appropriate transitional devices;
- comprehensible, complete sentences;
- an organized grouping of ideas;
- supporting details or examples for each general statement (except for dialog and narrative writing);
- an ending appropriate for the particular rhetorical mode; and
- no more than eight technical errors in areas such as grammar, spelling, word usage and punctuation.
- look up words and phrases correctly in a bilingual dictionary;
- use library resources;
- understand basic grammar terms;
- question an English speaker about words or phrases which were not understood;
- guess the meanings of unfamiliar words and phrases from context clues;
- notice some basic differences and similarities between English and the student’s native language; and
- self edit his/her writing.
Prerequisites: Appropriate placement test scores. Cycles (C)
This course does not apply toward an associate’s degree. |
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EN 031 - Reading/Writing I Credit Hours: 4 Not for degree credit
This course is the first in a two-level series of courses for students whose dominant language is not English. Students will practice improving their reading and writing skills in English and they will practice techniques for locating and self-correcting grammar, spelling, punctuation and usage errors in their compositions. In addition, students will be shown how to organize and connect ideas in formal English writing.
Course Outcomes Upon completion of this course, the student will be able to:
- comprehend 8th grade level expository English texts;
- write an essay in English of at least 175 words in 75 minutes.
- look up words and phrases correctly in a bilingual dictionary or an ESL phrase dictionary;
- use library and internet resources;
- understand basic grammar terms;
- question an English speaker about words or phrases which were not understood;
- guess the meanings of unfamiliar words and phrases from context clues;
- notice basic differences and similarities between English and the student’s native language; and
- self-edit his/her writing.
Prerequisites: Appropriate placement test scores. F/S (C, N)
This course does not apply toward an associate’s degree. |
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EN 040 - Oral/Aural I Credit Hours: 4 Not for degree credit
This is the first in a three-level series of speaking/listening courses for students whose dominant language is not English. Students will learn basic grammar and practice conversational English in both classroom and language lab settings.
Course Outcomes Upon completion of this course, the student will be able to:
- understand modified standard American conversational English with 90% accuracy in comprehension. Modified is defined as follows:
- spoken very slowly (approximately 100 words per minute) and clearly;
- containing only about the 2,500 most common words of the language;
- spoken with only the occasional use of idioms or figurative language; and
- spoken with more instances of repetition and paraphrase than would normally occur in spoken English.
- speak English using at least the 2,000 most common words in the language with a fluency approaching 100 words per minute and a rate of comprehensibility of at least 90%;
- question an English speaker about words or phrases which were not understood;
- guess the meanings of unfamiliar English words and phrases from context clues;
- listen to spoken English with an ear not only to meaning, but also grammar, usage, and pronunciation;
- undo bad speaking and listening habits in English;
- know how to correctly use a variety of English phrases in both every day and academic situations such as questioning a professor, participating in class discussions, making friends with other students, etc.;
- be aware of some basic differences and similarities between the grammar and pronunciation of English, and the grammar and pronunciation of his/her native language; and
- use a computer to access English language learning materials for self study and practice.
Prerequisites: Appropriate placement test scores. Cycles (C)
This course does not apply toward an associate’s degree. |
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EN 041 - Listening/Speaking I Credit Hours: 4 Not for degree credit
This is the first in a two-level series of speaking/listening courses for students whose dominant language is not English. The course focuses on the grammar and phrases needed in English for successful oral communication in academic and everyday settings. Includes language lab.
Course Outcomes Upon completion of this course, the student will be able to:
- understand standard American conversational English consisting of the 2,000 most common words of the language;
- speak English with a fluency approaching 135 words per minute using the 2,000 most common words of the language with a rate of comprehensibility of at least 90%;
- question an English speaker about words or phrases which were not understood;
- guess the meanings of unfamiliar English words and phrases from context clues;
- decode spoken English reduced forms such as /ju/ = did you;
- listen to spoken English with an ear not only to meaning, but also grammar, usage, and pronunciation;
- be aware of some basic differences between American non-verbal communication (includes body language) and the non-verbal language of his/her native culture;
- improve his/her ineffective speaking and listening habits in English;
- present information effectively in English to a small group of people;
- use socially appropriate phrases in academic and everyday situations such as questioning a professor, dealing with bureaucrats, participating in class discussions, making friends with other students, etc.;
- be aware of some basic differences and similarities between the grammar and pronunciation of English, and the grammar and pronunciation of the student’s native language; and
- use a computer to access self-study materials in order to practice his/her English speaking and listening skills.
Prerequisites: Appropriate placement test scores. F/S (C)
This course does not apply toward an associate’s degree. |
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EN 114 - Public Speaking Credit Hours: 3
The development of clear and effective oral communication. Students will learn discussion techniques and prepare and deliver various types of speeches.
Course Outcomes Upon completion of this course, the student will be able to:
- present coherent and organized public speeches;
- demonstrate critical listening and analysis skills;
- design a message for a specific audience;
- understand and apply the basic rhetorical canons;
- demonstrate understanding of the ethics of speaking and listening; and
- demonstrate understanding of the role of public discourse in a democratic society.
F/S (C, N, S)
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EN 132 - Reading/Writing II Credit Hours: 3
This is the second in a series of courses for students whose dominant language is not English. The course is a prerequisite for EN 110 and is designed to prepare students for other mainstream courses as well. Students study aspects of American culture from a variety of sources and write essays in response to these sources. They learn techniques for locating and self-correcting grammar, spelling, punctuation and usage errors in their compositions. The course could also help students who are preparing to take the TWE (Test of Written English) and TOEFL (Test of English as a Foreign Language). Students are introduced to internet and library research strategies as well as styles of source documentation. This course satisfies general elective or Liberal Arts elective requirements, but it does not substitute for EN 110 - College Composition. It is restricted to non-native speakers of English.
Course Outcomes Upon completion of this course, the student will be able to:
- read college-level narrative or expository English prose until 90% comprehension is achieved;
- practice writing expository and narrative compositions of at least 250 words based on rhetorical models;
- look up words and phrases correctly in a bilingual or an English/English dictionary;
- produce a short research paper using internet and library resources;
- self edit his/her writing;
- read, write and discuss topics of American culture to allow the student to participate successfully in beginning mainstream courses at ECC; articulate basic differences between his/her native culture and mainstream American culture;
- use a computer for elementary word processing operations;
- interpret a brief literary text; and
- articulate the basic differences between the student’s native language and Standard American English.
Prerequisites: EN 031 or appropriate placement test scores. F/S (C, N)
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EN 137 - Intensive English Grammar for ESL Credit Hours: 3.0
This course is designed to assist English language learners of all levels in developing their English grammar skills and applying these skills in everyday and professional communication, especially written communication. The course will also enable students to edit and prepare written work for their academic and professional needs.
Course Outcomes At the end of the course students will be able to:
- demonstrate ability to apply descriptive grammar rules to writing and speaking projects in English;
- demonstrate improved ability to write and speak more effectively with fewer grammar errors in English;
- demonstrate awareness of individual grammar errors; and
- demonstrate strategies to reduce grammar errors.
F/S (C, N)
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EN 142 - Listening/Speaking II Credit Hours: 3
This is the second in a series of speaking/ listening courses for students whose dominant language is not English. Students will improve these language skills so that they can successfully function in a culturally appropriate manner in mainstream American business and academic settings. This course and EN132 could also help students prepare for the TOEFL exam. The course satisfies Liberal Arts or general elective requirements. It is restricted to non-native speakers of English.
Course Outcomes Upon completion of this course, the student will be able to:
- have knowledge of the distinctive features of culture(s) associated with the language they are studying;
- research a topic, develop an argument, and organize supporting details;
- develop proficiency in oral discourse;
- evaluate an oral presentation according to established criteria; identify, analyze, and evaluate arguments as they occur in their own or other’s work; develop well-reasoned arguments;
- perform the basic operations of personal computer use;
- understand and use basic research techniques;
- locate, evaluate and synthesize information from a variety of sources;
- question an English speaker about words or phrases which were not understood;
- guess the meanings of unfamiliar English words and phrases from context clues;
- decode spoken English reduced forms (e.g. “chee” = “did she”);
- use and understand different levels of diction in English;
- take comprehensible notes at a college-level lecture of an introductory course taught in English;
- participate effectively in English in small group discussions or meetings;
- present information in English to a group of people;
- listen to spoken English with an ear not only to meaning, but also grammar, usage, and pronunciation;
- understand American nonverbal communication;
- communicate in English in a manner appropriate to mainstream American culture;
- use presentation software; and
- articulate the basic cultural and linguistic differences between his/her native country and the United States
Prerequisites: EN 041 or appropriate placement test scores. F/S (C, N)
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EN 147 - Accent Reduction for ESL Credit Hours: 3
This course is designed to help English language learners of all levels to improve foreign or regional accents where pronunciation and intonation interfere with communication. Specifically, the course will provide instruction and intensive practice in the processes of pronunciation, articulation, projection, expressionism, speech rate and vocal quality. Modification of non-native accents is a central concern. Of equal importance is the development of self-confidence in speaking.
Course Outcomes At the end of the course the student will be able to:
- demonstrate awareness of individual pronunciation errors through an analysis of an audio recording;
- recognize pronunciation errors through listening discrimination activities;
- demonstrate strategies to reduce pronunciation errors though audio recording;
- develop native-like stress and intonation; and
- improve articulation and vocal quality.
F/S (C, N)
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EN 150 - Journalism I Credit Hours: 3
An introduction to the role of journalism in a free society, clarification of what is news, traditional newspaper structure, preparing copy and leads. The process of interviewing and writing from an interview will also be covered.
Course Outcomes At the end of the semester the student will be able to:
- write leads and stories in inverted pyramid structure;
- prepare copy using correct format and copy symbols;
- produce news stories using acceptable grammar and mechanics;
- write a feature news story;
- write a news story from an interview; and
- apply legal safeguards and responsibilities to journalism.
F/S (C, N, S)
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EN 151 - Journalism II Credit Hours: 3
A continuation of EN 150. Writing press releases, features and investigative techniques will be covered. Headlines and layout will also be covered.
Course Outcomes At the end of the semester the student will be able to:
- continue to develop news writing skills started in En150;
- write straight and feature news articles in a variety of styles;
- produce news stories using acceptable grammar and mechanics;
- continue to develop interview techniques and write news stories from these interviews; and
- apply legal safeguards and responsibilities to journalism.
S (C, N, S)
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EN 160 - Publications Practicum I Credit Hours: 1
Course emphasis is on participation in college publications. Students are expected to work consistently in college publications. May not be substituted for requirements in English. Students may register for only one course each semester.
Course Outcomes Upon completion of this course, the student will be able to:
- produce written work suitable for publication in a student publication;
- write both objective (hard news) and subjective (editorials, reviews, human interest) pieces for publication;
- show evidence of self editing skills;
- write articles aimed at a definitive audience; and
- show evidence of research in all written work.
F/S (C, N, S)
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EN 161 - Publications Practicum II Credit Hours: 1
Course emphasis is on participation in college publications. Students are expected to work consistently in college publications. Students may register for only one credit each semester.
Course Outcomes Upon completion of this course, the student will be able to:
- produce written work suitable for publication in a student publication;
- write both objective (hard news) and subjective (editorials, reviews, human interest) pieces for publication;
- show evidence of self editing skills;
- write articles aimed at a definitive audience; and
- show evidence of research in all written work.
F/S (C, N, S)
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EN 162 - Publications Practicum III Credit Hours: 1
Course emphasis is on participation in college publications. Students are expected to work consistently in college publications. Students may register for only one credit each semester.
Course Outcomes Upon completion of this course, the student will be able to:
- produce written work suitable for publication in a student publication;
- write both objective (hard news) and subjective (editorials, reviews, human interest) pieces for publication;
- show evidence of self editing skills;
- write articles aimed at a definitive audience; and
- show evidence of research in all written work.
F/S (C, N, S)
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EN 163 - Publications Practicum IV Credit Hours: 1
Course emphasis is on participation in college publications. Students are expected to work consistently in college publications. Students may register for only one credit each semester.
Course Outcomes Upon completion of this course, the student will be able to:
- produce written work suitable for publication in a student publication;
- write both objective (hard news) and subjective (editorials, reviews, human interest) pieces for publication;
- show evidence of self editing skills;
- write articles aimed at a definitive audience; and
- show evidence of research in all written work.
F/S (C, N, S)
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EN 200 - Foundation of Literacy Instruction Credit Hours: 3
This course will provide the student with an in-depth analysis of literacy instruction. The student will study and practice literacy theories along with components of the language, reading and writing processes. Additionally, the student will learn and apply the New York State Learning Standards to the coursework. Based on a student/teacher consultation the student will complete either an in-service placement with a local school district or literacy project.
Course Outcomes Upon completion of the course, the student should be able to:
- understand the key terms and concepts of literacy research;
- demonstrate the major strategies of the current knowledge base in literacy pedagogy;
- demonstrate an understanding of the elements of the language, reading, and writing process, along with comprehension, fluency, word recognition, decoding, vocabulary, and spelling;
- design activities and lesson plans to teach literacy;
- apply various methods of assessment in reading and writing;
- utilize and integrate current technological tools to enhance learning to read and write in an ever-changing world;
- understand the special needs of today’s learners; and
- demonstrate an understanding of the New York State Learning Standards.
Prerequisites: EN 110 or permission of the instructor. F/S (C, N, S)
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EN 201 - Writing for Graphic Publications Credit Hours: 3
This course is designed to enable students to write accurately as well as design advertising campaigns, create brochures, write newsletter copy, develop magazine covers and research data. Analysis of publications, proofreading for errors, application of copy editing techniques and evaluation of print media are also included. MAC and some PC platforms utilized. This is a required course for the Visual Communication Technology— Graphic Arts & Printing Program.
Course Outcomes At the completion of the course, the student should be able to:
- apply accurate punctuation and utilize specific grammar rules on copy for variety of publications including brochures, newsletters, advertisements, posters, forms, packaging and magazines;
- create communication strategies for each of the publication types: brochures, newsletters, advertisements, posters, forms, packaging and magazines;
- read and assess publication copy for accurate grammar and punctuation usage;
- apply both MAC for graphic programs and PC computers for proofreading, copywriting and grammar applications;
- research topic in LRC for individual tasks and team ad campmgn;
- differentiate between and select appropriate language for compression techniques, figurative expressions, accurate syntax and accurate diction;
- create an ad campaign as part of a peer team, including paper mechanics, aesthetics, design; and
- analyze and create a market evaluation of similar products to relate to efficacy of “created product.”
Prerequisites: EN 110 or permission of the instructor. F/S (S)
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EN 210 - American Literature to (1865) I Credit Hours: 3
An introductory survey of American literature and its relationships to literary, historical, and socio-political movements from its beginnings to the Civil War.
Fulfills the following SUNY General Education categories:
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate, through class discussion and written work, an ability to identify major American writers of the period by subject, theme, and style;
- demonstrate, through class discussion and written work, an ability to critically assess a literary work in relation to its historical and cultural context;
- demonstrate, through class discussion and written work, an ability to critically assess writers in the period regarding theme, tone, conflict, character, and figurative language in assigned works;
- demonstrate, through class discussion and written work, an ability to critically assess the influences of other national literatures/philosophies on American literature; and
- demonstrate, through class discussion and written work, an understanding of American literary historical progression.
Cycles (C, N, S)
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EN 214 - Public Speaking II: Debate and Occupational Speaking Credit Hours: 3
This course facilitates effective public presentation and argumentation. Special focus is placed on group work and on professional presentations.
Course Outcomes Upon completion of this course, the student will be able to:
- present coherent and organized professional presentations;
- design a message for a specific audience;
- construct a logical and well-supported argument;
- demonstrate critical listening and analysis skills;
- understand the rules and strategies of several types of debate;
- demonstrate understanding of the role of public discourse in a democratic society; and
- function as a member of a team in a public context.
F/S (N)
EN 114, Public Speaking, is recommended, but not a prerequisite. |
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EN 235 - U.S. Latino Literature Credit Hours: 3
This course involves reading and discussion of various genres of Latino literature, including autobiographical essays, short stories, drama and poetry. Students learn to analyze the plots, themes, settings, characters, styles and moods of pieces of literature. Students examine the ways in which literary devices, allusions (historical, political, etc.) and figures of speech contribute to works as a whole. Readings and discussions of Latino literature of several different groups, including Puerto Ricans, Cubans and Dominicans within and outside of the U.S. will allow students to develop an awareness of and sensitivity to various Latino cultures. A comparative approach will be used throughout to develop critical thinking and deepen the knowledge and understanding students have of Latino people in the U.S.
Course Outcomes Upon completion of this course the student will be able to:
- examine the ways in which literary devices, allusions (historical, political, etc.), and figures of speech contribute to works as a whole;
- state the differences and similarities between Latino literature of various groups, Puerto Ricans, Cubans & Dominicans within and outside of the U.S.;
- show an awareness of and sensitivity to the idiosyncrasies of various Latino cultures, and their diasporas; and
- develop a database of Internet sites relating to Latino Literature and specific Latino writers.
Cycles (C)
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EN 250 - American Novel 1900 to the Present Credit Hours: 3
A study in the development of the genre with novels representing 20th and 21st century American views, ideas, and problems.
Course Outcomes Upon completion of this course, the student will be able to:
- use and define terminology relevant to the genre;
- demonstrate through discussion and written work an understanding of the historical framework of the modern American novel;
- demonstrate through discussion and written work a knowledge of common archetypes, patterns, and themes of modern American novels;
- demonstrate knowledge of the style, technique, thematic considerations, and cultural context of the writers studied; and
- write cogent analytic essays, offering examination of the text(s) that enhances others’ reading of it/them.
F/S (C, N, S)
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EN 275 - Culture in the Community Credit Hours: 3
A course structured intended to serve as an introduction to the history, language, literature, and culture of the wide variety of ethnic groups, on the Niagara Frontier. This course provides the participant with an understanding of the variety of backgrounds and cultures that may be found in Western New York and Buffalo. The course may be planned to make extensive use of slides, sound recordings, videos, and films. Students will be expected to choose a topic for individual research and to present their findings to the class in a 20-minute oral report. Content may include extensive field work.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate, through written work and oral discussion, an understanding of Western New York’s relationship to the specific literary and cultural topic;
- demonstrate, through written work and oral discussion, a knowledge of the uses and types of discourse, literary and artistic foundations appropriate to the specific topic; and
- write a research paper utilizing and analyzing primary and secondary sources concerning the specific topic. Student should demonstrate the ability to make critical judgments about literature, art and historical data and integrate the data with current research. This may include data gathered during field trips.
Prerequisites: Permission of the instructor. Cycles (C, N, S)
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EN 298 - Topics in Literature: Literary Periods and Movements Credit Hours: 3
This course will survey the literary works produced during an historical period (i.e. Restoration Literature) or as part of a literary movement (i.e. Bloomsbury Group). Author(s) and works chosen will vary.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate, through written work and oral discussion, an understanding of genres;
- demonstrate, through written work and oral discussion, an understanding of the effects of social and historical context upon the evolution of literature;
- demonstrate, through written work and oral discussion, an understanding of the topics and problems disclosed in the course’s readings; and
- demonstrate, through written work and oral discussion, an ability to analyze a literary work.
F or S (C, N, S)
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EN 299 - Topics in Literature: Genre and Theme Credit Hours: 3
This course will examine the range of literature created within a particular subgenre (i.e. science fiction and/or detective novel) or upon a consistent theme (i.e. environmental literature). Author(s) and works chosen will vary.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate, through written work and oral discussion, an understanding of genres (poetry, fiction, drama, film);
- demonstrate, through written work and oral discussion, a specialized knowledge of the works of literature produced within the pertinent subgenre or theme;
- demonstrate, through written work and oral discussion, an understanding of the topics and problems disclosed in the course’s readings; and
- demonstrate, through written work and oral discussion, an ability to analyze a literary work.
F or S (C, N, S)
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Fire Protection Technology |
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FP 101 - Fire Prevention and Protection Credit Hours: 3
A course describing methods of fire prevention, with emphasis on the development of a broad program of fire prevention methods used in other cities; methods of communication with large and small segments of the public; methods of enlisting public support; fire prevention in schools and industries; administration of fire prevention bureaus; problems of coordination with governmental and other public organizations. Techniques of inspection for members of the fire company and for higher command levels, for fire hazards and for fire loss, will not only be discussed in class but will also be demonstrated and practiced on field trips to various types of buildings.
Course Outcomes At the completion of the course the student should be able to:
- identify and successfully research various National Fire Protection Association standards;
- demonstrate an understanding of fire prevention and fire suppression methods;
- deliver a fire prevention briefing on a common and or complex fire safety issue; and
- inspect a single occupancy structure and identify a common or non-complex fire or life safety hazards and report finding(s) to the next echelon of command.
F (S)
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FP 102 - Fire Protection Equipment and Alarm Systems Credit Hours: 3
This course will study water supply for community fire protection standards required by the American Insurance Association; fire mains and their pumping station requirements; private fire protection systems; automatic sprinklers; special extinguishing systems and their agencies; municipal fire alarm systems; automatic signaling; watchman service; flammable and combustible gas detecting systems.
Course Outcomes Upon completion of this course the student should have the knowledge and understanding of:
- firefighting and frre fighter’s safety issues with an understanding of fire prevention and frre suppression;
- students will have an understanding of fire extinguishments methods and standards designated by the National Fire Protection Association and the International Fire Service Training Association;
- students will have the knowledge and understanding ofNYS and NFPA building construction types, codes and the systems that would be enclosed within these categories of buildings;
- the students will have a working knowledge of water supplies for many different communities. Which include, but not limited to, fire mains and their pumping station requirements, private fire protection systems, and automatic sprinklers, with private and municipal fire alarm systems; and
- the students will have an overall knowledge of the incident command system as used in the fire service and fire ground incident management.(NIMS).
F (S)
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FP 103 - Building Construction and Fire Hazards Credit Hours: 3
A course designed to acquaint the students in the fire protection technology including the fire department personnel with the principles and practices of building construction and with the major fire hazards involved in modern commerce and manufacturing. Relevant building, housing and fire codes will be studied as well as the effect of fire and problems of fire fighting in different types of structures, including theatres, factories, warehouses, buildings, skyscrapers, breweries, old and new tenements, one and two family houses, loft buildings, skyscrapers, etc. Attention will also be given to fire problems involving air conditioning, concealed space and refrigeration.
Course Outcomes Upon completion of this course the student should have the knowledge and understanding to be able to:
- identify and describe the five types of building construction classes;
- be knowledgeable in the general and specific construction features of each type with emphasis on fire service associated problems;
- explain the various occupancy hazards with each type; and
- define the various types of loads of structural elements and their impact on fire suppression forces.
F (S)
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FP 105 - Fire Operations Strategy Credit Hours: 3
This course describes coverage to include the aspects of tactics and strategy in extinguishing fires; pre-fire plans; organization of fire ground, including techniques of using available equipment and man power; a study of conflagrations and the techniques of predicting fire severity. Emphasis will be placed on the development of thinking skills in relation to crisis.
Course Outcomes Upon completion of the course, the student will be able to:
- help analyze the procedures of fire officers at fire incidents and suggest approaches to methods that have been proven effective through experience;
- provide strategies and procedures thereby formulating a comprehensive, efficient and succinct means of action on the fireground or other types of incidents; and
- cover areas of frreground tactics in planning, size-up ventilation, fire attack, engine and truck company operations, sprinkler and standpipe operations along with many firefighting techniques.
S (S)
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FP 106 - Legal Aspects of Fire Protection Credit Hours: 3
A study of laws and regulations pertaining to the fire service and to fire personnel; pertinent laws, ordinances and codes; the responsibility and powers of the fire service in enforcement; the legal status of the fireperson; his/her rights, duties, liabilities and his/her status as a member of civil service. The course will include a study and a clarification of the legal terminology necessary for the interpretation of pertinent laws and decisions. Fire, police and false alarm matters will be examined.
Course Outcomes Upon completion of this course, the student should have the knowledge and understanding of:
- the various laws, rules and regulations pertainiog to the fire service;
- the rights, powers, responsibilities and obligations of fire service personnel;
- the standards and codes that affect the fire service; and
- the many legal problems and issues that relate to the fire service.
F (S)
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FP 107 - Chemistry of Hazardous Materials Credit Hours: 3
This course places specific emphasis on those chemicals and chemical processes most closely involved in fire prevention and fire activities of fire response personnel. Among the topics discussed are the use, storage, transportation and disposal of hazardous materials with emphasis on flammable liquids, flammable solids, oxidizing materials, corrosive liquids and compressed gases.
Course Outcomes Upon completion of this course the student should have the knowledge and understanding of:
- matter and measurement, heat, cryogenics;
- flammable gases, liquids, and solids;
- atomic structure;
- formulas and the mole concept;
- bonding and chemical reactions;
- DOT regulations;
- chemistry of elements, corrosive and water-reactive materials;
- oxidizers, toxins, organic materials, polymers; and
- explosives and radioactivity.
S (S)
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FP 108 - Safety in Industry and the Fire Services Credit Hours: 3
The course defines the province of safety hazards and engineering and covers such topics as accident costs (direct, indirect and hidden), causes of accidents, safety codes and programs, accident investigation, methods of screening employees and fleet safety. Attention will also be given to special and common hazards in industrial plants and fire fighting and to various types of protective clothing and equipment.
Course Outcomes Upon completion of this course, the student will be able to:
- identify the safety hazards in the fire service;
- list and explain firefighter safety issues;
- apply risk management principals to fire ground decisions;
- describe and explain the historical fatal incidents involving various types of firefighting duties;
- design and implement a safety program; and
- understand the New York State OSHA regulations and N.F.P.A standards by identifying applicable regulations and standards to the training programs.
S (S)
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FP 109 - Radiological Theory and Instrumentation Credit Hours: 3
An intensive survey of the firefighting operations involving radioactive materials. After detailed consideration of basic atomic physics, the medical effects of external and internal radiation exposure and the peacetime uses of radioactive materials in medicine, industry and agriculture will be studied. The theory and the use of radiological instruments – the Dosimeter, the Ionization Chamber, the Geiger Counter, the Scintillation Counter, the Scaler-Ratemeter and emergency operating procedures will be covered. The study of the overall administration and planning in matters of civil defense and major disasters will be discussed. Laboratory demonstrations will be included.
Course Outcomes Upon completion of this course the student should have and can use the knowledge and understanding of radioactive contamination and the safety issues, along with the use and hands on knowledge in radiation survey meter , which effect the profession of fire personnel in prevention, confinement, protection and containment from the dangers of exposure and death.
S (S)
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FP 110 - Fire Investigation Credit Hours: 3
This course describes the fireperson’s role in fire investigation; the method and mechanics of protecting and searching and controlling the fire scene; determining the point of origin, path of fire travel and fire cause; interviews and interrogations; recognizing and preserving evidence; state arson laws; alibis, motives and proving the corpus delecti; preparation of the case, court testimony, reports and records; juvenile fire setters.
Course Outcomes Upon completion of this course, the student will be able to:
- list the responsibilities of the firefighters and fire service agencies regarding the fire origin and during the fire investigation;
- list and describe the principles of fire origin and cause investigation;
- apply the principles of securing evidence at a fire scene;
- create and maintain proper reports, documentation and record keeping; and
- use NFPA 921 and 1033 standards to fire investigations.
S (S)
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FP 113 - Fire Codes and Standards Credit Hours: 3
This course involves a thorough evaluation of the scientific, legal and technical basis of the fire codes and standards. An evaluation of the numerous fire tests upon which these standards are based will be made. The impact that these codes and standards have on the community’s residential, commercial and industrial development will be analyzed.
Course Outcomes Upon completion of the course, the student should be able to:
- select, interpret, and apply sections of the code applicable to specific situations;
- recognize, research, and utilize generally accepted standards that are in compliance with code requirements;
- understand the legal basis for the regulation of construction and the use of buildings;
- understand the legal responsibilities of inspectors; and
- understand the basic procedures of administering, enforcing and applying code requirements.
S (S)
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FP 114 - Fire Personnel Management and Administration Credit Hours: 3
Study of the problems in organizing, planning and controlling the utilization of personnel, budgets and equipment in fire prevention and fire suppression. Emphasis is placed on the decision making process, time management, budget preparation, discipline, records, reports, labor relations and controls of the work unit.
Course Outcomes Upon completion of this course the student should have the knowledge and understanding of:
- the principles of management and supervision;
- administrative problems in general and those relative to the fire service in particular;
- basic concepts of supervision and leadership principles;
- functions of the fire chief, fire officer and fire administrative officer;
- human resources management; and
- fiscal management.
F (S)
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FP 116 - Fire Arson Practical Credit Hours: 3
This course is designed to provide realistic training in fire investigation; the methods of protecting, searching and controlling the fire scene, determining the point of origin, path of fire travel and fire cause; interviews and interrogations; recognizing and preserving evidence; state arson laws; alibis, motives, proving the corpus delecti; preparation of the case, court testimony, reports and records; and juvenile fire-setters.
Course Outcomes Upon completion of this course, the student will be able to:
- list the responsibilities of the firefighters and fire service agencies regarding the fire origin and during the fire investigation;
- list and describe the principles of fire origin and cause investigation;
- conduct an assessment on the needs for the services of an experienced fire investigator using a real case scenario;
- perform on scene fire investigation using scientific methods and in accordance with National Fire Protection standards; and
- explain and provide applicable-real examples of the importance of implementing and maintaining a record keeping and documentation program.
S (S)
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French |
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FR 205 - Introduction to French Literature Credit Hours: 3.0
Basic works by French authors will be read. Oral and written work will focus on the comprehension of the text, the background of the author and writings will be assigned relative to the readings. An overall review of the grammatical structure of the language will be included.
Course Outcomes Upon completion of this course, the student will :
- comprehend and utilize vocabulary in speech, reading and writing;
- utilize more complex grammatical structures of the language;
- understand, read and write beginning intermediate French;
- speculate about the future, relate sentence in more complex fashion, and write brief, coherent, and correct paragraphs on simple topics recognize the cultural diversity of the people who speak the language; and
- become familiar with the writers and works of introductory level works.
Prerequisites: FR 112 or the equivalent F/S Cycles (C,N,S)
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FR 206 - French Literature in Translation Credit Hours: 3
This course has a dual purpose: to introduce the student to works originally written in French and available in English; and to give the student a glimpse at what is involved in translating, by doing some translations under the direction of the instructor.
Course Outcomes Upon completion of this course, the student will:
- become familiar with particular works of French literature;
- be acquainted with general principles of translation;
- translate parts of novels and short stories from French into English;
- be able to analyze critically from a literary perspective; and
- be able to do basic research of literary works.
Prerequisites: Good background in French (a minimum of three years of language study in high school). This may be waived by the instructor under special circumstances. Cycles (N)
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General Studies |
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GS 110 - Career Planning Credit Hours: 1
An exploratory course specifically designed for students who are unsure of their career direction. Students will be helped in becoming knowledgeable career planners. Skills such as self-assessment, career search, identifying individual career options and decision making as they relate to career choice will be presented by the counselors as students are guided through the career planning process.
Course Outcomes Upon completion of this course the student will be able to:
- locate and utilize resources that assist with making an informed career decision;
- list and describe methods to set short and long term career goals;
- perform a career-related self-assessment of skills, preferences and values; and
- prepare a résumé and demonstrate interview skills.
F/S (C, N, S)
This course is presented for three contact hours per week for the first five weeks of the semester. |
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GS 111 - College Success Skills Credit Hours: 3
This course provides an opportunity for students to learn and adopt methods and strategies to promote personal growth and success in college and in life. Topics include: learning styles, problem solving and creativity, cultural diversity, bibliographic instruction, time/task management, methods of inquiry and critical thinking, academic policies and procedures.
Course Outcomes Upon completion of this course, the student will be able to:
- identify what the campus has to offer academically, socially, culturally and recreationally;
- utilize resources that can assist students with problems related to health, finances, academics, course changes and social issues including support services such as the Learning Resource Center, Learning Skills Center, Counseling Center, Library, and Financial Aid;
- recognize and distinguish his/her commitment, motivation, responsibilities and limitations in relationship to college, self, employer, friends and family, and recognize multicultural diversity and stereotypes;
- develop short-term and long-term goals based on attitude, interest and resources;
- create realistic time/task management schedules and use them effectively in fulfilling short-term and long-term goals;
- identify the existence of student anxiety especially in test taking and discuss strategies to alleviate it;
- use methods of inquiry/critical thinking to develop a research paper and/or presentation;
- apply problem-solving and creativity techniques to everyday decision-making and specifically to the study of application problems;
- use specific strategies and develop a logical and organized method of responding to essay questions and objective test questions; and
- apply techniques of listening, concentrating and communicating in the classroom.
F/S (C, N, S)
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GS 113 - Assessing Degree Options Credit Hours: 1
This course is specifically designed for students’ undecided with a specific educational program and interested in exploring degree options within one of our college’s divisional vocational academic programs in Health Services, Business/ Public Service, or Engineering and Technology. Topics include critical thinking, goal setting, and motivation for success. This course offers interaction with speakers, various career interest inventories and exposure to regional career opportunities.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate knowledge of one of the college divisional academic programs;
- demonstrate knowledge of the value of appropriate career selection and individual interest inventories;
- demonstrate knowledge related to making academic and co-curricular choices; and
- demonstrate knowledge related to goal setting as a foundation for academic success.
Corequisites: GS 114 F/S (C, N, S)
This course is presented for fifteen contact hours. |
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GS 114 - Degrees, Skills & Service Credit Hours: 2
This course is a continuation of GS 113 with enhanced focus on the selected degree program(s) the student is interested in/pre-registered for. This course will provide applied experience in areas of career choice through experiential (hands on) learning projects, on and off campus. Through these applied experiences students will work towards gaining innovative thinking towards their educational and personal interests.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate knowledge of content important to career professionals including cultural sensitivity, maturity, and interpersonal relationships;
- demonstrate knowledge of the concept of Experiential Learning which encourages the student to develop a commitment to the community as a lifelong civic supporter;
- demonstrate knowledge of the importance of reading, analyzing, and discussing literature based on civic involvement and responsibility; and
- demonstrate knowledge of the importance to communicate critically and realistically about academic and career interests in a specific career field.
Prerequisites: GS 113 F/S (C, N, S)
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GS 150 - Critical Media Literacy Course Outcomes Upon completion of this course, the student will be able to:
- critique the role of the media in individual day to day decision-making;
- identify the stages of cognitive, emotional, and moral development and their relationship to media literacy;
- evaluate general information about mass media, including the definition, media types, and how it is used, both currently and historically;
- critique the media’s influence on behavior, values, and ethics;
- evaluate the ideological importance of the media and its influence on society;
- acquire critical skills for understanding the construction of media messages, both print and electronic;
- critique their media consumption patterns by developing a media-literate critical perspective in a world that is increasingly dominated by electronic, aural, and visual messages; and
- demonstrate knowledge of contemporary critiques of the effects of stereotyping in mass media on marginalized groups.
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GS 201 - Internship Credit Hours: 3
This unpaid internship is designed to provide Liberal Arts students with an opportunity to explore possible career interests in a work setting where students develop important job skills and gain practical work experience consisting of approximately 135 hours of supervised activity in a selected placement. Students gain not only experiential education, but also earn degree credits. In addition, students learn social behavior appropriate to their specific career interest. The placements are primarily intended for students who have completed at least two semesters of full-time study or the equivalent. Since SUNY Erie is located in a large metropolitan area, it is anticipated that many of the internships can be arranged close to the campus. Arrangements can be made through the coordinator of internships, co-ops and individual department chairs.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate awareness of social behavior appropriate to his/her specific career interest; and
- describe the experience gained during the internship.
F/S, SS (C, N, S)
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GS 299 - Integrative Capstone Credit Hours: 3
This course is designed to tie together themes and materials across the curriculum through the creation of an e-portfolio. The integrative capstone encourages students to reflect on their educational experiences and the ways in which their education ties into their current and future decisions.
Course Outcomes Upon completion of this course, the student will be able to:
- articulate connections across different academic disciplines;
- adapt and apply skills, abilities, theories or methodologies acquired in one subject to another;
- connect relevant professional experiences with acquired academic knowledge; and
- use technological tools to enhance communication skills
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GP 140 - Introduction to Geospatial Technology Credit Hours: 3
Introduction to Geospatial Technology covers various principles of Geographic Information Systems (GIS), Global Positioning Systems (GPS), remote sensing, and surveying with applications to data collection and location-based analysis for field-based sciences (planning, engineering, environmental science, biology, geology). Emphasis is on demonstrating key concepts, software capabilities, and opportunities in the geospatial industry. Students will work with hand held GPS, GIS, and remote sensing software. On campus field work is required. This is a required course in the GIS Certificate program.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate an understanding of the fundamentals and principles of geospatial technology;
- apply GIS, GPS, and remote sensing software applications;
- collect field data using a GPS;
- analyze and map field collected data; and
- apply geospatial techniques to career lessons in agriculture, business, information technology, logistics, public safety, health science, tourism, and technology engineering.
F/S (N)
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GP 295 - GIS Internship Credit Hours: 4
This course will provide practical hands-on GIS workplace experience in a real GIS work environment. The student will perform GIS tasks and analysis for a private company, government agency, or not-for-profit organization under the supervision of the course instructor and the hosting internship coordinator at the site. The specific GIS activities performed by the student will vary according to placement but will be itemized in a written contract and agreed to by the course instructor, the student and the hosting organization. Total work hours will be no less than 75 hours and no more than 90 hours for the semester.
Course Outcomes A student who successfully fulfills the course requirements will have demonstrated professional application of GP 150 course outcomes:
- a knowledge of a number of important technologies based on geographic information system concepts, spatial database management, spatial data creation and analysis;
- direct application of GIS data tools and algorithms to solve spatial problems;
- cartographic skills and map creation as an appropriate communication tool to display GIS analysis results;
- ability to search, obtain, view, and analyze online GIS datasets; and
- practice with analysis of actual local GIS datasets in a cross-disciplinary environment, utilizing software packages such as ESRI ArcGIS.
Prerequisites: GP 250 and discretion of instructor. F/S (N)
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Geology |
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GL 130 - Hazardous Waste Operations Credit Hours: 3
Topics include, but are not limited to, topics on OSHA HAZWOPER standards, safety hazards, health hazards and exposure limits, physical hazards, medical surveillance, writing a health and safety plan, air decontamination, calculating and comparing pollution concentrations, sampling ground water well, model practical(ALOHA Model), North American Emergency Guidebook and spill drill practices. One or more field trips may be required.
Course Outcomes Upon completion of this course, the student will be able to:
- demonstrate an understanding of the fundamentals and principles of hazardous waste;
- define common types of hazardous substances and hazardous waste;
- use the appropriate steps for the clean-up operations involving hazardous substances that are conducted at uncontrolled hazardous waste sites;
- evaluate corrective actions involving clean-up operations at sites covered by the Resource Conservation and Recovery Act of 1976;
- utilize appropriate methods for clean-up operations at sites recognized by federal, state, local, or other governmental bodies as uncontrolled hazardous waste sites; and
- explain how operations involving hazardous wastes are conducted at treatment, storage, and disposal facilities.
Prerequisites: GL 160, GL161 F/S (N, S)
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