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2013-2014 Undergraduate Academic Catalog | Expires Aug. 2020 
    
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2013-2014 Undergraduate Academic Catalog | Expires Aug. 2020 THIS CATALOG IS ARCHIVED. BE SURE YOU ARE ACCESSING THE MOST ACCURATE CATALOG FOR YOU.

Courses

 

Mathematical Sciences
  

  • MATH 103 - Intermediate Algebra

    Sets, axioms, factoring, functions, first and second degree equations and inequalities, graphs, exponents and radicals.

    Prerequisite: MATH 082  or satisfactory score on the course placement test.

    Credits: 4 cr

    Notes: Not applicable to general education requirements and/or minor requirements.
4 cr
  

  • MATH 104 - Geometry

    Angles, measurement, proofs, and congruent triangles, parallel and polygon theorems, right triangles, circles, areas, coordinate geometry, space geometry and non-Euclidean geometry.

    Prerequisite: MATH 103  or satisfactory placement.

    Credits: 4 cr

    Notes: Not applicable to general education requirements. Not applicable to minor except for elementary education majors or mathematics minor for teacher certification.
4 cr
  

  • MATH 110 - Math for Elementary Teachers I

    An introduction to the mathematical content knowledge needed by those who plan to teach in grades K-8. Included are mathematical reasoning; patterns; numeration systems; numerical computations; estimation strategies; introductory concepts of number theory; properties of whole numbers, integers, rational numbers, irrational numbers culminating in the set of real numbers; problem-solving and mathematical modeling with connections among mathematical ideas and within contexts in the larger physical world. Teacher candidates use the language of mathematics to communicate mathematical ideas orally and in writing. Topics from the history of mathematics and from various cultural perspectives are integrated within the course material. This course prepares teacher candidates for the mathematics basic skills portion of the Michigan Test for Teacher Certification; thus teacher candidates perform all calculations without the use of a calculator.

    Prerequisite: MATH 082  or satisfactory score on the course placement test.

    Credits: 4 cr

4 cr
   4 cr
  

  • MATH 120A - Algebraic Methods: College Algebra

     

    MATH 120 is offered as MATH 120A - Algebraic Methods: College Algebra or MATH 120B Algebraic Methods: Finite Math .

    Using algebraic techniques, students develop analytical reasoning skills to construct mathematical models, solve problems and interpret results.

    In MATH 120A, students engage in a more in-depth development and extension of the algebraic concepts and method introduced in MATH 103  . Topics include algebraic expressions, equations and inequalities; functions, their transformations and graphs; polynomials and rational functions; rational and complex zeros of polynomials, systems of equations and inequalities; applications of matrices.

    Prerequisite: MATH 103  or satisfactory placement.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 120B - Algebraic Methods: Finite Math

    MATH 120 is offered as MATH 120A - Algebraic Methods: College Algebra  or MATH 120B - Algebraic Methods: Finite Math . Using algebraic techniques, students develop analytical reasoning skills to construct mathematical models, solve problems and interpret results.

    In MATH 120B, students study equations and inequalities, functions, systems of equations, linear programming including the simplex method, quadratic functions, exponential and logarithmic functions, mathematics of finance, introductions to differential calculus including derivatives and applications. The course emphasizes applications from business and economics.

     

    Prerequisite: MATH 103  or satisfactory placement.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 125 - Contemporary Mathematics

    A liberal arts course providing an introduction to logical inference, statistics, probability, management science, social choice, concepts of size and shape, algorithmic processes and consumer mathematics. Emphasis on understanding rather than computational expertise. Includes a library and writing component.

    Prerequisite: MATH 082  or satisfactory score on the course placement test.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 132 - Statistical Methods

    Offered as MATH 132A - Statistical Methods: General Statistics  or MATH 132B - Statistical Methods: Biostatistics . In this introduction to statistical methodology, students identify methods of acquiring, organizing and analyzing data so as to make decisions and respond to arguments. Topics include graphical representation of data, probability distributions, confidence intervals and hypothesis test, parametric and non-parametric techniques, regression and correlation, and analysis of variance.

    Prerequisite: MATH 082  or satisfactory score on placement test.

    Credits: 4 cr

4 cr
  

  • MATH 132A - Statistical Methods: General Statistics

    MATH 132 is offered as MATH 132A - Statistical Methods: General Statistics  or MATH 132B - Statistical Methods: Biostatistics . In this introduction to statistical methodology, students identify methods of acquiring, organizing and analyzing data so as to make decisions and respond to arguments. Topics include graphical representation of data, probability distributions, confidence intervals and hypothesis test, parametric and non-parametric techniques, regression and correlation, and analysis of variance. Includes applications from many arenas such as business, politics, medicine and health, the social and behavioral sciences, education and environmental science.

    Prerequisite: MATH 082  or satisfactory score on the course placement test.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 132B - Statistical Methods: Biostatistics

    MATH 132 is offered as MATH 132A - Statistical Methods: General Statistics  or MATH 132B - Statistical Methods: Biostatistics . In this introduction to statistical methodology, students identify methods of acquiring, organizing and analyzing data so as to make decisions and respond to arguments. Topics include graphical representation of data, probability distributions, confidence intervals and hypothesis test, parametric and non-parametric techniques, regression and correlation, and analysis of variance. Special emphasis on applications from biology and the health sciences.

    Prerequisite: MATH 082  or satisfactory score on the course placement test.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 140 - Introductory Mathematical Analysis

    Introductory topics in mathematical analysis with special emphasis on functions including logarithmic, exponential and trigonometric functions.

    Prerequisite: MATH 120A  or satisfactory placement.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 161 - Calculus I

    Introduction to limits, continuity, derivatives and integrals. Applications of derivatives and integrals.

    Prerequisite: MATH 140  or satisfactory placement.

    Credits: 4 cr

    General Education: Category 3 

4 cr
  

  • MATH 162 - Calculus II

    Derivatives and integrals of non-algebraic functions. Techniques of integration. Improper integrals. Further applications of derivatives and integrals. Parametric equations and polar coordinates. Analytic geometry and conic sections. Infinite sequences and series.

    Prerequisite: MATH 161  .

    Credits: 4 cr

4 cr
  

  • MATH 190 - Special Topics

    Topics of special or current interest are offered periodically. The credit allowed for the particular course will be set by the department. Appropriate prerequisite and contents will vary with the nature of the course offering and will be determined by the department.

    Credits: 1-3 cr

1-3 cr
  

  • MATH 193 - College Success

    This course is attached to select existing Basic Skills and General Education courses for the purpose of enhancing the success of first year college students. More detail can be found in the catalog section resources and services for students.

    Prerequisite: Permission of academic advisor

    Credits: 1 cr

1 cr
  

  • MATH 210 - Mathematics for Elementary Teachers II

    A continuation of MATH 110. Included are mathematical reasoning and proof; complex patterns; number theory concepts; measurement; geometric concepts such as congruence, similarity, symmetry, transformations, and coordinate geometry; functions, graphing and other algebraic concepts; elementary probability and statistics; mathematical modeling in a variety of contexts. Topics from the history of mathematics and from various cultural perspectives are integrated within the course material. Teacher candidates will be exposed to technology that is relevant to the teaching and learning of course material.

    Prerequisite: MATH 103  , MATH 110 .

    Credits: 4 cr

4 cr
  

  • MATH 261 - Calculus III

    Three dimensional analytic geometry and vectors. Limits and continuity of functions of several variables. Partial derivatives, multiple integrals, vector calculus and applications.

    Prerequisite: MATH 162  .

    Credits: 4 cr

4 cr
  

  • MATH 262 - Differential Equations

    Exact solutions of common types of first-order ordinary differential equations, linear equations of higher order, power series solutions, Laplace transforms, linear systems including matrix methods, graphical and numerical techniques and applications of differential equations.

    Prerequisite: MATH 261  .

    Credits: 4 cr

4 cr
  

  • MATH 281 - Math Found of Actuarial Sci

    Fundamental mathematical tools for quantitatively accessing and managing financial risk. The course is specifically geared toward the student preparing for the Course 1 Actuarial Examination.

    Prerequisite: MATH 261  . Corequisite: MATH 304  .

    Credits: 3 cr

3 cr
  

  • MATH 290 - Special Topics

    Topics of special or current interest are offered periodically. The credit allowed for the particular course will be set by the department. Appropriate prerequisite and contents will vary with the nature of the course offering and will be determined by the department.

    Credits: 1-3 cr

1-3 cr
  

  • MATH 291 - Special Topics

    A departmental seminar in a subject area not currently listed in the catalog. A descriptive title will appear on the course schedule and the transcript.

    Prerequisite: As listed in the course schedule.

    Credits: 1-4 cr

1-4 cr
  

  • MATH 300 - Discrete Math Structures

    Sets, logic and induction, combinations and permutations, graph theory, functions and relations, Boolean algebras and other structures, isomorphisms, homomorphisms, finite state machines.

    Prerequisite: MATH 161  and a structured programming language suitable for math.

    Credits: 3 cr

3 cr
  

  • MATH 302 - Introduction to Modern Mathematics

    Historical development of the major concepts in geometry, algebra and logic. The nature of geometric and algebraic systems.

    Prerequisite: MATH 261  or one 300-level MATH course.

    Credits: 3 cr

3 cr
  

  • MATH 304 - Applied Probability & Statistics

    Intended for students who have had one year of calculus. Basic probability theory, applications, using combinations, continuous and discrete random, variables, estimation, test of hypotheses, correlation and regression, and confidence, intervals.

    Prerequisite: MATH 162  .

    Credits: 3 cr

3 cr
   3 cr
  

  • MATH 311 - Applied Stochastic Processes

    Stochastic Modeling, conditional probability, Markov Chains, Poisson Processes, queuing theory, continuous time Markov Processes and Brownian Motion.

    Prerequisite: MATH 162  .

    Credits: 3 cr

3 cr
  

  • MATH 313 - Number Theory

    An elementary introduction to the theory of numbers. Topics may include prime factorization, Euclidean algorithm, congruencies, Diophantine equations, distribution of primes, quadratic, residues and continued fractions.

    Prerequisite: MATH 261  .

    Credits: 3 cr

3 cr
  

  • MATH 323 - Linear Algebra

    Matrices over a field. Vector spaces and linear transformations. Derivation of the standard canonical forms. Includes probability and statistical applications and other related topics.

    Prerequisite: MATH 262  .

    Credits: 3 cr

3 cr
  

  • MATH 390 - Special Topics

    Topics of special or current interest are offered periodically. The credit allowed for the particular course will be set by the department. Appropriate prerequisite and contents will vary with the nature of the course offering and will be determined by the department.

    Credits: 1-3 cr

1-3 cr
  

  • MATH 393 - Readings in Mathematics

    The course content must be submitted by student to department for approval before the student may enroll.

    Prerequisite: 3.00 GPA and instructor permission.

    Credits: 1-4 cr

1-4 cr
  

  • MATH 403 - Complex Analysis

    Properties of complex functions. Cauchy-Riemann, equations, analytic functions, mappings, Cauchy-Goursat Theorem, Taylor and Laurent series, residues and poles and conformal mapping.

    Prerequisite: MATH 262  and one 300-level MATH course.

    Credits: 3 cr

3 cr
  

  • MATH 405 - Real Analysis

    A detailed study of the real number system; functions, limits, continuity, uniform continuity; point sets: open, closed, compact and connected; differentiation and integration.

    Prerequisite: MATH 262  and one 300-level MATH course.

    Credits: 3 cr

3 cr
  

  • MATH 419 - Applied Algebra

    An introduction to abstract algebraic tools that are useful for applications. Topics covered include the structure of integers, groups, finite fields and their polynomial rings and their applications to the construction of error correcting codes, public key crypto-systems and security, and finite state machines.

    Prerequisite: MATH 261  or MATH 162  ; and one 300-level MATH course.

    Credits: 3 cr

3 cr
  

  • MATH 420 - Abstract Algebra

    Group theory, ring theory and field theory, isomorphism theorems. Polynomial rings.

    Prerequisite: MATH 262  and one 300-level MATH course.

    Credits: 3 cr

3 cr
  

  • MATH 441 - Numerical Analysis I

    Theory of matrices. Numerical solution of linear and non-linear algebraic equations and eigenvalue problems; curve fitting; interpolation theory; numerical integration; differentiation and solution of differential equations; algorithms and computer programming.

    Prerequisite: MATH 262  and one 300-level MATH course

    Credits: 3 cr

3 cr
  

  • MATH 454 - Probability & Statistics I

    Mathematical probability as a basic of statistics. Discrete and continuous probability models, conditional probability and independence, random variables, central limit theorem, sampling distributions, estimation, confidence intervals and test of hypothesis.

    Prerequisite: MATH 262  .

    Credits: 3 cr

3 cr
  

  • MATH 471 - Abstract Geometry

    An axiomatic approach to geometry. Selected geometries studied in depth.

    Prerequisite: MATH 162  , and MATH 300  , MATH 302  or MATH 323  .

    Credits: 3 cr

3 cr
  

  • MATH 476 - Content/Concepts: Sec School Mathematics

    Connections between content of college mathematics courses and secondary school mathematics, exploration of various approaches, view of mathematics as a dynamic body of knowledge. Restricted to majors in Mathematics Teacher Certification.

    Prerequisite: Math teacher certification major, one 400-level MATH course or instructor permission.

    Credits: 2 cr

2 cr
  

  • MATH 480 - Senior Seminar in Math

    Problem solving using selected topics from the common courses required in the majors offered by the Department of Mathematical Sciences.

    Prerequisite: Senior standing or instructor permission.

    Credits: 1 cr

1 cr
  

  • MATH 490 - Special Topics

    Topics of special or current interest are offered periodically. The credit allowed for the particular course will be set by the department. Appropriate prerequisite and contents will vary with the nature of the course offering and will be determined by the department.

    Credits: 1-3 cr

1-3 cr
  

  • MATH 491 - Special Topics

    A departmental seminar in a subject area no, currently listed in the catalog. A descriptive title will appear on the course schedule and the transcript.

    Prerequisite: As listed in the course schedule.

    Credits: 1-3 cr

1-3 cr
  

  • MATH 492 - Honors

    A course approved by the honors committee in a subject area not currently listed in the catalog. A descriptive title will appear on the course schedule and the transcript.

    Prerequisite: As listed in the course schedule and honors student status; for other students with a 3.40 GPA or higher, instructor permission.

    Credits: 1-4 cr

1-4 cr
  

  • MATH 493 - Readings in Math

    The course content must be submitted by student to department for approval before the student may enroll.

    Prerequisite: 3.00 GPA and instructor permission.

    Credits: 1-4 cr

1-4 cr
  

  • MATH 498 - Honors Thesis

    Preparation and completion of an Honors Thesis. May enroll twice, one for the preparation of the proposal and once for its completion.

    Prerequisite: Honors student status and thesis advisor permission.

    Credits: 3 cr

3 cr

Mechanical Engineering
  

  • ME 101 - Engineering Careers & Concepts

    Introduction to engineering careers, including the ethical, social, professional and economic environment in which engineering is practiced today. Students also will be introduced to fundamental concepts and modern methods for solving engineering problems through a semester-long design project. (2-0)

    Prerequisite: All math  

    Credits: 2 cr

    Notes: XLIST ECE 101 
2 cr
  

  • ME 180 - Introduction to Engineering Design

    Introduction to the engineering design process. Semester long design project. Team work and project management skills. Laboratories involving prototyping skills and machine shop use. (2-3)

    Prerequisite: MATH 140  or MATH 161  .

    Credits: 3 cr

3 cr
  

  • ME 202 - Engineering Data Analysis

    Applications of probability, statistics, and programming in the analysis of engineering and science data. Topics include probability, statistics, regression, ANOVA, quality control and principles in programming. (2-3)

    Prerequisite: Corequisite: MATH 161 

    Credits: 3 cr

3 cr
  

  • ME 220 - Computer Aided Design

    Principles of engineering drawing and basic principles of graphical communication as a language and as a design tool for engineers. Construction of orthographic and pictorial views using freehand sketching followed by utilization of computer-aided design techniques using a CAD system on a personal computer to create 2-D and 3-D drawings and solid modeling presentations. (2-3)

    Prerequisite: ECE 101  or ME 101  .

    Credits: 3 cr

3 cr
  

  • ME 250 - Principles of Engineering Materials

    Introduction to atomic bonding and crystallography. The fundamental types of engineering materials including metals and alloys, ceramics, polymers and composites. Physical, chemical and mechanical properties of materials and their role in the selection of materials for design. X-ray diffraction, diffusion and dislocation in crystals. Phase diagrams and their significance. Corrosion and failure of materials and methods for prevention. Laboratories involving materials such as metals and alloys, ceramics, plastics and composites. Tests of both destructive (tensile, impact, creep and cold work) and nondestructive (hardness, X-ray diffraction, and microscopic tests) nature are conducted. Annealing, precipitation hardening and heat treatment processes are included. (3-3)

    Prerequisite: CHEM 111  , MATH 161  .

    Credits: 4 cr

4 cr
  

  • ME 251 - Engineering Statics

    Static force analysis by means of vector algebra. Deals with force systems, moments and couples with emphasis on the use of free-body diagrams for solving applied equilibrium problems in engineering. (3-0)

    Prerequisite: MATH 161  and PHYS 211  or concurrently with instructor permission.

    Credits: 3 cr

3 cr
  

  • ME 252 - Engineering Dynamics

    The kinematics and kinetics of particles and rigid bodies using vector analysis. The solving of applied problems with Newton’s Second Law, work-energy and impulse-momentum methods for both translational and rotational motions with emphasis on planar motion problems. (3-0)

    Prerequisite: PHYS 211  , MATH 162  , ME 251  .

    Credits: 3 cr

3 cr
  

  • ME 284 - Computational and Exp Methods in Engr

    Use of modern engineering hardware and software tools and techniques for acquiring, reducing and analyzing data. Applications include basic algorithm development, graphing, regressions and curvefitting, statistics and experimental uncertainty analysis, design of experiments and computer based data acquisition. Solution of equations, optimization. Laboratories using mathematical application software. (Matlab). Data acquisition software (labView). (3-3)

    Prerequisite: MATH 161  , MATH 162  , PHYS 211 

    Credits: 4 cr

4 cr
  

  • ME 290 - Special Topics

    Lower division level topics in the field of mechanical engineering are offered as needed.

    Credits: 1-4 cr

1-4 cr
  

  • ME 300 - Introduction to Renewable Energy

    Introductory engineering and economic principles of renewable energy systems including solar thermal, solar photovoltaic, wind, tidal, geothermal, fuel cells, biofuels and energy storage technologies including and advanced batteries, ammonia fuel, hydrogen fuel, capacitors and flywheels. Case studies on energy resources, extraction, efficiency, and end use are presented with an emphasis on analytic techniques that serve as an engineering and economic tool box for students.

    Prerequisite: CHEM 111  .

    Credits: 3 cr

3 cr
  

  • ME 306 - Engineering Cost Analysis

    Cost comparisons for engineering and technology. Time value of money related to capital investment, equipment replacement, production costs and other problems involving selection between alternatives for solving engineering and technology problems. (3-0)

    Prerequisite: Junior standing.

    Credits: 3 cr

3 cr
  

  • ME 311 - Thermodynamics I

    First and Second Laws of Thermodynamics, properties of pure substances, equations of state, state diagrams, simple process analysis and concept of entropy. Emphasis on the use of property tables and charts in applying the First and Second Laws to analyze changes occurring in both open and closed systems. (3-0)

    Prerequisite: CHEM 111  , MATH 162  , PHYS 211  .

    Credits: 3 cr

3 cr
  

  • ME 320 - Solid Modeling

    Computer aided design in advanced 3-D solid modeling. Concept of parametric design. Generation of solid model drawings in the parts, assembly, sheet metal and draft environments. Intro to finite element analysis in CAD. Intro to rapid prototyping. Design project using solid modeling required. (2-3)

    Prerequisite: ME 220 

    Credits: 3 cr

3 cr
  

  • ME 340 - Engine Design

    This course will cover the theory and practice of internal combustion (IC) engine design. Students will modify an IC GM small block V* engine to produce more power and torque over a usable RPM range in the laboratory portion. Topics will include IC operation, valve timing events, camshaft definitions, volumetric efficiency, cam spacing, hydraulic lifters, valve opening mechanism considerations, valve timing, degreeing, compression ratio, engine size, compression test, dampers, balance, combustion changer design, mixture motion, quench, abnormal combustion, cylinder pressure vs. power stroke, octane rating, and fuel air ratio. (2-3)

    Prerequisite: ME 252  , ME 311  .

    Credits: 3 cr

3 cr
  

  • ME 350 - Wind Energy

    Introduction to the wide variety of topics necessary to work or conduct research in the wind energy field. Included are the history of wind energy, the wind resource, modern wind turbine components and design, siting, applications of both small and large turbines, economics, environmental and social issues. A semester-long project for planning a wind farm in the Great Lakes region will be required.

    Prerequisite: MATH 162  , ME 251  , ECE 235  .

    Credits: 3 cr

3 cr
  

  • ME 353 - Solid Mechanics

    Compression, tension, shear, torsion and bending forces in structural members, including distribution of stress, deflections, buckling and fatigue on solid materials. Role of Mechanics of Materials in design. Laboratory provides hands-on experience to illustrate theoretical principles. Laboratory design project. (3-3)

    Prerequisite: ME 250  , ME 251  

    Credits: 4 cr

4 cr
  

  • ME 356 - Fluid Mechanics

    Engineering applications, experiments, and design involving viscosity, statics (manometers, forces on submerged surfaces), kinematics, Bernoulli equations, conservation equations (mass, momentum, energy), dimensional analysis, the boundary layer and separation, duct flow, drag/lift forces, turbomachinery and flow measurement. (3-3)

    Prerequisite: MATH 262  , ME 252 ; or one or both concurrently.

    Credits: 4 cr

4 cr
  

  • ME 380 - Manufacturing Processes & Syst

    An introduction to manufacturing processes and systems. Processing of metals, polymers, ceramics and composites. Selection of appropriate materials, processes and systems in conjunction with an engineering design is emphasized. Design for manufacturability, concurrent engineering and quality method fundamentals are introduced. Laboratory experiences involving material removal processes, forming, casting, injection molding, computer aided manufacturing, rapid prototyping and basic CNC concepts (3-3)

    Prerequisite: ME 220  , ME 250  .

    Credits: 4 cr

4 cr
  

  • ME 384 - Computational & Experimental Meth in Eng

    Modeling and development of algorithms to solve engineering problems. Topics include nonlinear equations, optimization, matrix eigenvalue problems, multivariable regression, quadrature rules, spectrum analysis, and numerical solution of differential equations. Experiments are conducted to acquaint the student with measurement and analysis of the data using MATLAB. (3-3)

    Prerequisite: ME 252  and MATH 262  (or concurrently)

    Credits: 4 cr

4 cr
  

  • ME 390 - Special Topics in ME

    A departmental course in a subject area not currently listed in the catalog. A descriptive title will appear on the course schedule and the transcript.

    Credits: 1-4 cr

1-4 cr
  

  • ME 391 - Special Seminar in ME

    A departmental course in a subject area not currently listed in the catalog. A descriptive title will appear on the course schedule and the transcript.

    Prerequisite: As listed in the course schedule.

    Credits: 1-4 cr

1-4 cr
  

  • ME 411 - Thermodynamics II

    Ideal gas mixtures, psychrometrics, combustion. Thermodynamics design and applications to vapor/gas power cycles and refrigeration systems. Emphasis on the use of property tables in cycle analysis. The use of thermodynamics software for cycle design. (3-0)

    Prerequisite: ME 311 

    Credits: 3 cr

3 cr
  

  • ME 416 - Power Plant Engineering

    Introduction to power generation, review of power cycles-heat transfer-fuels-combustion, steam power plants-equipments, gas turbines, cogeneration, waste heat recovery units, environmental effects, economic and performance considerations optimizing components. (3-0)

    Prerequisite: Corequisite: ME 420  .

    Credits: 3 cr

3 cr
  

  • ME 420 - Heat Transfer

    Fundamentals of conduction, convection and radiation heat transfer. Use of analytical, numerical and experimental methods to solve practical problems. Applications to fins, heat exchangers. Design project. Laboratories provide hands-on experiences to illustrate principles presented. (3-3)

    Prerequisite: ME 311  , ME 356  .

    Credits: 4 cr

4 cr
  

  • ME 430 - Heat, Vent, Air Cond System Design

    Introduction to the overall system, indoor/outdoor design conditions, heating/cooling loads, application of psychrometry, components and distribution systems, control systems, application, to practical projects. (3-0)

    Prerequisite: ME 420  or concurrently.

    Credits: 3 cr

3 cr
  

  • ME 444 - Kinematics of Machines

    Analysis and synthesis of the kinematics of motion (position, velocity and acceleration) of machine, members utilizing both vector algebra and graphical methods. Design assignments will be included. (3-0)

    Prerequisite: ME 252  .

    Credits: 3 cr

3 cr
  

  • ME 445 - Mechanical Vibrations

    Introduction to free and forced vibrations for undamped and damped systems. Single- and multi-degree-of-freedom systems. Vibration measurements and vibration isolation. Numerical treatment of discrete as well as continuous systems. Design and computer projects included. (3-0)

    Prerequisite: ME 252  , ME 353  , MATH 262  .

    Credits: 3 cr

3 cr
  

  • ME 446 - Automotive Vehicle Dynamics

    This course will cover the theory of ground vehicle dynamics and control. Topics will include load transfer, towing performance, traction and power limited acceleration, braking performance, braking efficiency, brake proportioning, ride quality, cornering, oversteer, understeer, tire forces in cornering, suspension and steering in the cornering, steering systems analysis and geometry and suspension systems analysis and geometry. (3-0)

    Prerequisite: ME 252  .

    Credits: 3 cr

3 cr
  

  • ME 451 - Machine Design

    Fundamentals of load and deformation analysis. Materials considerations in component design yield criteria, stability, reliability, factors of safety, surface damage, fatigue and impact. Applications including fasteners, shaft design, power screws, lubrication, bearings, gears and power transmission components. Computer applications and design projects. (3-0)

    Prerequisite: ME 353  .

    Credits: 3 cr

3 cr
  

  • ME 453 - Finite Element Analysis

    Introduction of finite element method as a contemporary tool in engineering and industry. Mathematical modeling and formulation techniques of finite element equations. Solution strategies and applications of finite element method in structural mechanics (trusses, beams, frames), elasticity and scalar fields (fluid flow, torsion, heat transfer, electromagnetic). Hands-on workshop sessions to illustrate various theoretical concepts. Computer and design projects. (3-0)

    Prerequisite: MATH 262  or equivalent, ME 353  or instructor permission.

    Credits: 3 cr

3 cr
  

  • ME 454 - Mechanics of Continuous Media

    Introduction to the theory of deformation, stretch and strain in a continuous medium and the theory, of traction and stress. Applications to boundary value problems to characterize materials. Material models used in computer codes will be developed.

    Prerequisite: ME 202  , ME 353 

    Credits: 3 cr

3 cr
  

  • ME 456 - Aerodynamics

    Flight history, prediction, measurement and modification of lift and drag forces, flow separation, gas dynamics, turbulence characteristics and aerodynamic design. (3-0)

    Prerequisite: ME 311  , ME 356  .

    Credits: 3 cr

3 cr
  

  • ME 458 - Computational Fluid Dynamics

    Introduction to Computational Fluid Dynamics (CFD). The course explores a breadth of fluid and thermal models in one, two and three dimensions including mathematical modeling of fluids and thermal problems including equations of fluid in motion (Navier Stokes equations). Case studies including both steady and unsteady fluid scenarios in engineering will be used to illustrate theoretical concepts. Numerical analysis techniques such as finite difference (FDM) and finite element (FEA) methods will be used for computerized modeling techniques. Interactive workshop sessions include software development using MATLAB and application of commercial tools.

    Prerequisite: ME 384  , ME 202  , ME 356  and ME 420  (may be taken concurrently).

    Credits: 3 cr

3 cr
  

  • ME 460 - Control Systems

    Fundamentals of control theory, block diagrams, transfer functions and controllers. Mathematical modeling of steady-state and transient behaviors. Analysis, design and synthesis of dynamic systems. Errors, stability criteria and compensation techniques. Design and computer projects. (3-0)

    Prerequisite: ME 252  , MATH 262  .

    Credits: 3 cr

3 cr
  

  • ME 470 - Fracture & Fatigue

    Microscopic and macroscopic aspects of fracture and fatigue, fatigue crack propagation and factors affecting failure of materials. Stress intensity factors, fracture toughness and design philosophy concepts. Transition temperatures, fracture and fatigue tests and correlation techniques. Statistical and reliability analysis using Weibull distribution. Analysis of case histories of structural failure. Design and computer projects. (3-0)

    Prerequisite: ME 250  , ME 353  .

    Credits: 3 cr

3 cr
  

  • ME 471 - Metalcasting

    An in-depth study of the metalcasting process. Topics covered are casting design, gating and riser design, testing of mold materials, solidification, casting alloy metallurgy and rapid tooling techniques. Two design projects are conducted in the course. These projects furnish experience in designing gating systems, producing patterns and pouring castings. The course has a laboratory to provide students with hands-on experience. (2-3)

    Prerequisite: ME 380  , ME 356  . Corequisite: ME 420 

    Credits: 3 cr

3 cr
  

  • ME 480 - Senior Design I

    Students design and present a viable engineering project to be implemented in ME 481 senior Design II. Students work in teams on a semester-long project proposal. Plans, schedules, resource requirements, several concepts, concept evaluations, drawings, schematics, budgets, formal written reports and formal presentations are required. Students must take ME 480 senior Design I and ME 481 senior Design II in sequence in consecutive semesters. (2-3)

    Prerequisite: ME 380  , ME 420  , ME 451  .

    Credits: 3 cr

3 cr
  

  • ME 481 - Senior Design II

    Students execute a viable engineering design project planned in ME 480 senior Design I on time and on budget. Students work in teams on a semester-long implementation of a project proposal. Physical prototypes will be fabricated and tested. Written progress reports, design review presentations, a physical prototype, a physical acceptance test and a formal written engineering report are required. Students must take ME 480 and ME 481 in sequence in consecutive semesters. (0-6)

    Prerequisite: ME 480  .

    Credits: 2 cr

2 cr
  

  • ME 490 - Advanced Special Topics

    Upper division level topics in the field of mechanical engineering are offered as needed.

    Prerequisite: PHYS 211  and PHYS 212  ; or PHYS 111  and PHYS 112  and CHEM 314  or CHEM 322  

    Credits: 1-4 cr

1-4 cr
  

  • ME 491 - Senior Research Project

    A departmental seminar in a subject area not currently listed in the catalog. A descriptive title will appear on the course schedule and the transcript.

    Prerequisite: As listed in the course schedule.

    Credits: 1-4 cr

1-4 cr
  

  • ME 497 - Senior Research Project

    Theoretical or practical research project in the major area. Students must submit a plan of study before enrollment.

    Prerequisite: Senior standing and instructor permission.

    Credits: 1-4 cr

1-4 cr
  

  • ME 498 - Honors Thesis

    Preparation and completion of an Honors Thesis. May enroll twice, once for the preparation of the proposal and once for its completion.

    Prerequisite: Honors students status and thesis advisor permission.

    Credits: 3 cr

3 cr

Medical Laboratory Science
  

  • MLS 200 - Intro to Medical Laboratory Science

    An introductory course that includes an overview of the profession of medical laboratory science with an introduction to the role, ethics, education, certification process, employment and fundamental knowledge and skills related to medical laboratory science. Students will examine the basic laboratory skills and safety operations used in clinical laboratories including preanalytical, analytical and post analytical phases of testing as well as phlebotomy and microscopy techniques. Clinical lab experience with professional medical laboratory science practitioners at affiliate sites is integrated into this course.

    Prerequisite: CHEM 111 , BIOL 232 .

    Pre-/Corequisite: BIOL 233 .

    Credits: 2 cr

2 cr
  

  • MLS 300 - Analysis of Body Fluids

    Theoretical and practical aspects of qualitative, quantitative and microscopic analysis of urine, cerebrospinal fluid, synovial fluid, amniotic fluid, fecal specimens, gastric fluids and serous fluids. This course also includes analytical procedures. (1-3)

    Prerequisite: Admission to   program.

    Credits: 2 cr

2 cr
  

  • MLS 305 - Preanalytical Process in MLS

    Examines the preanalytical processes involved in clinical laboratory testing. Topics include: laboratory orders, specimen collection methods such as venipuncture and skin puncture, requirements for specimen transport and specimen, processing, identification and prevention of preanalytical errors and the effect of preanalytical errors on laboratory testing.

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 1 cr

1 cr
  

  • MLS 320 - Clinical Hematology

    First part of a two semester clinical hematology sequence. A comprehensive study of the formation of blood cells, clinical hemostasis, functions of the hematopoietics related to hematologic disease states and the instrumentation and manual procedures to quantify and identify cells. This will include the morphologic interpretation of blood and bone marrow cells and the analysis of the maturation cell sequence in peripheral blood. Flow cytometry will also be discussed. (2-3)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 3 cr

3 cr
  

  • MLS 330 - Clinical Immunohematology I

    First part of a two semester clinical immunohematology sequence. An in depth study emphasizing the basic principles of immunology, human blood group systems, blood group genetics and the theory and application of blood banking techniques. Essential concepts of antibody screening and identification, blood components, compatibility testing, donor selection, disease therapy, hemolytic disease of the newborn and blood bank regulations and procedures are stressed. (2-3)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 3 cr

3 cr
  

  • MLS 340 - Clinical Microbiology I

    First part of a two semester clinical microbiology sequence. A comprehensive study of clinically important microorganisms (bacteria, fungi, viruses and parasites) and their role in human disease. Includes the epidemiology and effect on the human host: utilization of biochemical, morphological and serologic characteristics for the isolation and identification of these organisms; includes some life cycles, mode of transmission, identification techniques and the clinical effect of the human host along with an overview of the treatment. Various culture techniques emphasized include microscopy, cultivation, identification, antimicrobial susceptibility testing and quality control methods.

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 3 cr

3 cr
  

  • MLS 350 - Clinical Chemistry I

    First part of a two semester clinical chemistry sequence. A comprehensive study of the methods used to determine the chemical composition of body fluids and how those changes relate to pathologic conditions. Operational maintenance and problem solving procedures on a wide range of instruments found in the clinical chemistry laboratory including advanced techniques. Includes testing procedures for a variety of analytes such as; carbohydrates, proteins/enzymes, electrolytes, lipids, bilirubin, creatinine and others and stresses data correlation, interpretation and quality control procedures. (3-3)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 4 cr

4 cr
  

  • MLS 410 - Clinical Immunology

    Study of the principles and procedures involved in the humoral and cell mediated reaction of abnormal states and their relationship to the clinical laboratory; which includes deficiency states, infectious states and autoimmune states. (2-0)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.) program.

    Credits: 2 cr

2 cr
  

  • MLS 420 - Clinical Hematology II

    A more in-depth study of hematopoiesis, iron metabolism, anemias, leukocyte and platelet physiology and function and disorders of phagocytosis. Key laboratory tests are identified with each area of assessment. Flow cytometry and molecular applications are also discussed. Learning activities include virtual morphologic images, laboratory problems and correlation of clinical data. (3-0)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 3 cr

3 cr
  

  • MLS 430 - Clinical Immunohematology II

    Continuation of the two semester clinical, immunohematology sequence. Theory and application of genetics and immunologic principles and investigative techniques to immunohematology including the study of antigen-antibody reactions as it relates to blood component therapy. Assignments will include a variety of blood banking problems and issues that are encountered in transfusion medicine. (2-0)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 2 cr

2 cr
  

  • MLS 440 - Clinical Microbiology II

    Continuation of the two semester clinical microbiology sequence. A study of selected topics in virology, parasitology, mycology and infrequently encountered bacteriology pathogens. Assignments will include pathogenicity, identification protocol, lab problems and disease correlation. (2-0)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 2 cr

2 cr
  

  • MLS 450 - Clinical Chemistry II

    Continuation of the two semester clinical chemistry sequence. Discussions and assignments regarding method comparisons, therapeutic drugs, hormones and selected laboratory problems associated with diagnostic and advanced testing, techniques. (2-0)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 2 cr

2 cr
  

  • MLS 460 - Principles of Laboratory Management

    Introductory course in the principles and techniques of quality assurance and improvement as applied in all phases of laboratory services including the pre-analytical and post analytical components. Students investigate professional roles, responsibilities, problem solving and conflict resolution techniques as related to leadership and laboratory administration as well as human resources, education, information and financial management issues and planning. (2-0)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 2 cr

2 cr
  

  • MLS 460L - Laboratory Management Experiences

    A variety of exercises will be assigned to be conducted in the laboratory including; inventory, set-up and trialing of new procedures or instruments, conducting an in-service and a seminar, doing a method comparison study, troubleshooting instrument problems and supervising lab operations. (0-3)

    Prerequisite: Admitted to Medical Laboratory Science Major (B.S.)  program.

    Credits: 1 cr

1 cr
 

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