University of Maryland Eastern Shore 2000-02 Catalog

The School of Business and Technology

DEPARTMENT OF TECHNOLOGY

COURSE DESCRIPTIONS

Construction Management Technology
Electrical/Electronics Engineering Technology
Mechanical Engineering Technology
Technology Education

CONSTRUCTION MANAGEMENT TECHNOLOGY

CMTE 201 Architectural Drawing — 3 cr.

An introductory course in architectural planning and blue print reading utilized by architects and builders of residential, commercial and light industrial properties throughout the construction industry. Students will utilize CAD drafting skills and sketches to produce plans, details and sections used in field and office operations. Lecture one hour. Laboratory four hours. Prerequisite: EDTE 131.

CMTE 211 Statics — 3 cr.

The composition and resolution of forces, equilibrium of force systems; application of the principles of statics to problems, including force analyses of simple structures; centroids; and moments of inertia. Lecture three hours. Prerequisites: MATH 110; PHYS 121.

CMTE 212 Strength of Materials — 4 cr.

The behavior of materials subjected to tension, compression, shear and bending; design of beams and columns; tests to determine the physical properties of various structural materials, including steel, wood and aluminum and analysis and interpretation of test data. Lecture three hours. Lab two hours. Prerequisites: CMTE 211, MATH 112.

CMTE 214 Construction Surveying — 3 cr.

Coordinates, directions, distances and elevations. The couse includes traverses; boundary surveys; leveling; national rectangular coordinate systems; property description; public land subdivision, metes and bounds and topographic surveys. Lecture one hour. Laboratory four hours. Prerequisite: MATH 110 or MATH 111.

CMTE 233 Construction Materials — 3 cr.

Review of the properties of various materials used in construction such as wood, steel, clay products, concrete, plastic, glass, concrete products, soils and other materials. Lecture two hours Laboratory two hours.

CMTE 295 Constr. Management Internship I — 2 cr.

This course is designed to provide students with work experience as interns under supervision of construction professionals. Students will become familiar with many phases of construction under actual job conditions which may include; estimating, field engineering, inspecting, scheduling and supervision. Students must register for the course during summer school and work a minimum of 40 hours per week for six (6) weeks to receive credit for the course. Students enrolled in the Military Reserve Officer Training Corps may receive credit for (1) summer camp experience under this course listing (while enrolled at UMES). Prerequisite: Completion of Sophomore year and permission of instructor.

CMTE 305 Computer Application in Construction — 3 cr.

To develop a solid understanding of the microcomputers and their operating systems; to develop proficiency in the use of spreadsheet software, database management systems and a word processor; to introduce a variety of construction specific software in estimating and scheduling. Lecture one hour. Laboratory two hours. Prerequisite: Junior standing.

CMTE 311 Construction Methods I — 3 cr.

The study and analysis of job planning, work methods, materials, equipment, and power tool and equipment safety methods employed on residential construction projects. Lecture one hour. Laboratory four hours. Prerequisites: CMTE 201; CMTE 233; MATH 110 or MATH 111.

CMTE 312 Construction Methods II — 3 cr.

Continuation of Construction Methods I as applied to commercial, institutional and industrial construction projects. Integration of OSHA and MOSHA safety standards for personal safety will also be covered in this course. Lecture one hour. Laboratory four hours. Prerequisite: CMTE 311.

CMTE 313 Structural Design I — 3 cr.

Theory and principles of the design of steel and timber structural elements and connections and their applications in construction. Lecture two hours. Laboratory two hours. Prerequisite: CMTE 212.

CMTE 314 Structural Design II — 3 cr.

Theory and principles of the design of reinforced concrete structural elements and their applications in construction. Lecture two hours. Laboratory two hours. Prerequisite: CMTE 313.

CMTE 315 Environmental Technology I — 3 cr.

Heat loss, heat gain and humidity control. Control of temperature and humidity in buildings. Basics of designing heating, ventilation and air conditioning systems. Sizing of pipes and ducts, and selection of HVAC equipment. Principles of water services, drainage, waste and vent. Fire protection systems. Lecture 2 two hours. Laboratory two hours. Prerequisites: Junior standing PHYS 121; CMTE 201, ENGL 305, MATH 112.

CMTE 316 Environmental Technology II — 3 cr.

Principles and practices of electrical systems, lighting systems, vertical transportation for buildings, sound control and year-round climate control in buildings. Also includes code provisions and cost estimation. Lecture one hour. Laboratory four hours. Prerequisite: PHYS 121, PHYS 122, CMTE 201, ENGL 305, MATH 112.

CMTE 317 Soils In Construction — 3 cr.

Identification and properties of soils with emphasis on laboratory and field testing. The influence of soil material in certain construction operations and in the construction contract will be emphasized. Lecture one hour. Laboratory four hours. Prerequisites: CMTE 233 Construction Materials, CMTE 212 Strength of Materials.

CMTE 342 Quantity Surveying — 3 cr.

The classification of work, quantity survey techniques, as well as cost estimating of labor, material and equipment used in the completion of construction projects. Lecture two hours. Laboratory two hours. Prerequisite CMTE 311, MATH 110 or MATH 111.

CMTE 395 Construction Management Internship II — 2 cr.

This course is designed to provide students with work experience as interns under supervision of construction professionals. Students will become familiar with many phases of construction under actual job conditions which may include; estimating, field engineering, inspecting, scheduling and supervision. Students must register for the course during summer school and work a minimum of 40 hours per week for six (6) weeks to receive credit for the course. Students with verifiable construction experience of three (3) years or more may receive credit under this course listing. Verification will be through letters of recommendation from employer(s) on company letterhead and documented payroll receipts. Junior college transfer students who have completed an Associate Degree Program will be required to complete one internship course.

CMTE 425 Construction Management I — 3 cr.

Construction industry organization and ethics; contract documents, their relationships, meanings and significance in construction; human relations and communications. Safety, health and risk control topics are included in this course. Lecture three hours. Prerequisite: CMTE 312.

CMTE 426 Construction Management II — 3 cr.

The effective management and control to complete a construction project in accordance with the contract documents, within budget, on time and safely. Topics discussed include effective communication, procurement, change orders, claims and disputes, value engineering, quality control and safety. Computer applications are used. Lecture three hours. Perquisites: CMTE 425, CMTE 445 and CMTE 456.

CMTE 445 Construction Estimating — 3 cr.

The analysis and determination of costs of construction operations. The course will cover all the normal bid-preparation activities that take place in a constructor's estimating section. It also includes construction cost control and microcomputer applications. Lecture three hours. Prerequisite: CMTE 305, CMTE 342.

CMTE 454 Site Development — 3 cr.

Market analysis and search; site selection criteria; zoning; deed restrictions; physical influences on land use of information coming from personal interviews and printed information from city and county offices; and preliminary layout and design of selected projects. Lecture two hours. Laboratory two hours. Prerequisites: CMTE 201, CMTE 214, CMTE 312.

CMTE 456 Construction Planning & Scheduling — 3 cr.

The application of planning and scheduling techniques to a construction project. Use of bar charts and critical path method (CPM) will be emphasized as well as, cost allocation, resource leveling, scheduling updating, and microcomputer application. Lecture two hours. Laboratory two hours. Prerequisite: CMTE 342.

CMTE 458 Senior Seminar — 2 cr.

Consideration of selected construction problems by individuals or project teams includes presentation of selected topics by students and construction industry representatives. Laboratory four hours. Prerequisite: Senior standing in Construction.

CMTE 499 Undergraduate Research in Construction Management Technology — 1-3 cr.

This course is designed for the junior-senior undergraduate student who has an interest in pursuing a special problem as an independent research project. credits and hours may be arranged for either or both semesters and requires the consent of the instructor and approval of the department chairman.

ELECTRICAL/ELECTRONICS ENGINEERING TECHNOLOGY

ETEE 303 Circuit Technology III — 3 cr.

A study of advanced network analysis and an introduction to the use and applications of Laplace and Fourier transforms, filter theory and computer applications. Lecture two hours. Laboratory two hours. Prerequisite: Junior standing, MATH 211, CSDP 220.

ETEE 314 Electric Power and Machinery — 3 cr.

A study of the generation, transmission and distribution of electrical energy. theory and operation of transformers, DC machines, and AC machines including three phase synchronous, asynchronous, single phase and their equivalent circuits and performance analysis. Lecture two hours, Laboratory two hours. Prerequisites: Junior Standing, ETEE 202.

ETEE 335 Logic and Switching Circuits — 3 cr.

Principles and application of asynchronous logic, encoder and decoder, control and programmable logic, multiplexer, demultiplexer, PLA, memory latches, systems and codes, counters, shift registers, computer arithmetic circuits, memory systems, static and dynamic RAM and ROMS, and interfacing. Lecture two hours, Laboratory two hours. Prerequisites: Junior standing, ETEE 216.

ETEE 346 Control Circuits — 3 cr.

Study open and closed loop control systems, principles of feedback control, analysis of different systems response and criteria of systems stabilities and compensation. Lecture two hours. Laboratory two hours. Prerequisite: ETEE 303.

ETEE 355 Advanced Electronic and Computer Networks — 3 cr.

An introductory course in electronic circuits for computers. Number systems, computer organization, assembly language programming micro-processors, systems components and interfacing concepts. Lecture two hours. Laboratory two hours. Prerequisite: ETEE 335.

ETEE 421 Instrumentation and Measurements Laboratory — 4 cr.

Fundamental concepts of mechanical and electronic measurement of distance, velocity, acceleration, time, pressure, force, strain. Introduction to development of measuring systems and calibration of these systems. Applications of measuring systems to industrial technology. Lecture two hours, Laboratory four hours. Prerequisite: Senior Standing, ETEE 202 and MATH 112, CSDP 220.

ETEE 425 Communication and Microwave Technology — 3 cr.

Basics of electronic communication technology with emphasis on systems and hardware including, circuits, components, transmission media, codes, serial interfaces, error detection, data link control, protocol, networking and network topology. Lecture two hours. Laboratory two -hours. Prerequisite: Permission of instructor, and MATH 211.

ETEE 474 Nuclear Fundamentals — 3 cr.

Basic theory related to the nuclear energy complex. Nuclear reactor design and isotopic and chemical separations. Computer applications and problem solving. Lecture three hours. Prerequisites: Permission of Instructor, Senior Standing.

ETEE 485 Design Technology I — 3 cr.

The design process: creativity, analysis, synthesis, and decision-making. Applications of analytical techniques and experimental results. Individual or group design projects emphasizing the synthesis of a design solution to meet performance specifications including computer applications. Lecture three hours. Prerequisites: ETEE 335, ETEE 421, Senior standing.

ETEE 486 Design Technology II — 3 cr.

Individual or group design projects requiring the synthesis of analytical, experimental and manufacturer's data for the development of an electronic system. Execution of the design in sufficient detail to permit construction and testing or evaluation of a prototype, model, or mock-up. Consideration of reliability, safety, human factors, and economics of production including computer applications. Lecture one hour. Laboratory four hours. Prerequisite: ETEE 485, CSDP 220.

ETEE 499 Undergraduate Research in Electrical Engineering Technology — 1-3 cr.

MECHANICAL ENGINEERING TECHNOLOGY

ETME 301 Thermodynamics and Heat Power — 3 cr.

The basic laws of thermodynamics, properties of fluids. Applications of the first and second laws of thermodynamics in the analysis of basic heat engines and their cycles used in power generation. Lecture three hours. Prerequisites: CHEM 111, PHYS 122, and MATH 211.

ETME 303 Machine Design I — 3 cr.

Stresses and deflections in machine members. Power transmission: Shafts, couplings, key clutches and brakes. Fastening: threaded fasteners, belts, rivets and welding. Lubrication, sleeve bearings and roller bearings. Lecture three hours. Prerequisites: MATH 112 and CMTE 212.

ETME 304 Machine Design II — 3 cr.

Design of machine elements including chain drives, hoists and conveyors, brakes, clutches, power screws, gears, cams, springs, fly wheels. Lecture three hours. Prerequisite: ETME 303.

ETME 318 Applied Dynamics — 3 cr.

Systems of heavy particles and rigid bodies at rest and in motion. Rectilinear motion, curvilinear motion, rotation, plane motion, work, energy, power, impulse, and momentum. Lecture three hours. Prerequisites: CMTE 211, and MATH 211.

ETME 325 Engineering Materials — 3 cr.

The nature, properties and behavior of materials used in engineering applications. Materials covered include metals, plastics, polymers, and composites. Production of metals, heat treatment, powder metallurgy. Lecture three hours. Prerequisites: CHEM 111, PHYS 122 and MATH 110.

ETME 342 Fluid Mechanics — 3 cr.

Fluid flow concepts and basic equations. Laminar and turbulent flow. Flow in pipes and open channels. Energy and momentum equations, Bernoulli's equation. Principles of flow measurements and instrumentation. Fluid power and machinery. Lecture two hours. Laboratory two hours. Prerequisites: CMTE 211 and MATH 211.

ETME 356 Manufacturing Processes — 3 cr.

A study of modern industrial metal working and fabrication processes. Machines and tools used in these processes shall also be covered. Study will include casting, welding, cold and hot working, metal cutting processes and quality control. Lecture two hours. Laboratory two hours. Prerequisite: PHYS 122, MATH 110.

ETME 360 CNC Machines and Programming — 3 cr.

Principles of numerical control, and Computer Numerically Controlled (CNC) machines used in production. CNC machine capabilities. Point to point programming using G-codes and auxiliary machine control functions. Computer assisted design and computer assisted CNC machine programming. Lecture two hours. Laboratory two hours. Prerequisites: ETME 356, MATH 110 and CSDP 220.

ETME 381 Instrumentation and Measurements — 4 cr.

Fundamental concepts of mechanical and electronic measurements of distance, velocity, acceleration, time, pressure, temperature, force, strain, and flow. Measurement systems, application of selected instruments with emphasis on interpretation of results. Lecture three hours. Laboratory two hours. Prerequisites: ETEE 202, MATH 112 and CSDP 220.

ETME 395 Industrial Practice — 3 cr.

Practice in the Mechanical Engineering Technology field. Minimum of 10 weeks of employment is required. Supervisor of the student must submit a confidential performance evaluation letter for the work done by the student to the faculty advisor. Student will submit a report to the supervising faculty member describing the work experience. Students must be registered for the course during the summer of industrial practice for proper credit. Prerequisite: Prior written approval of the faculty advisor.

ETME 423 Heating, Ventilating, and Air Conditioning — 3 cr.

Heat loss, heat gain. Control of temperature and humidity in buildings. Basics of designing heating, ventilating and air conditioning systems. Sizing of pipes and ducts, and selection of HVAC equipment. Lecture two hours. Laboratory two hours. Prerequisites: PHYS 122, ENGL 305, MATH 112 and EDTE 131.

ETME 445 Computer Integrated Manufacturing — 3 cr.

Principles of computer integrated manufacturing. System integration and architecture. Data base development. Interfaces, hardware and software requirements. Communication protocols and programming. Lecture three hours. Prerequisites: ETME 356 and CSDP 220.

ETME 475 Mechanical Systems Design I — 3 cr.

The design process: creativity, analysis, synthesis, and decision making. Applications of analytical techniques and experimental results. Individual or group projects emphasizing the synthesis of a design solution to meet performance specifications. Use of computer in design and drafting shall be required. Lecture two hours. Laboratory two hours. Prerequisites: Senior standing, ETME 303, MATH 211, and CSDP 220.

ETME 476 Mechanical Systems Design II — 3 cr.

Individual or group design projects requiring the synthesis of analytical, experimental, and manufacturer's data for development of the design in sufficient detail to permit construction and testing or evaluation of prototype, model, or mock-up. Consideration of reliability, safety, human factors, and economics of construction. Use of computer in design and drafting shall be required. Lecture two hours. Laboratory two hours. Prerequisite: ETME 475.

ETME 499 Undergraduate Research in Mechanical Engineering Technology — 3 cr.

TECHNOLOGY EDUCATION

EDTE 111 Introduction to Technology — 3 cr.

The nature of technology, its meaning, application, significance and the role it plays in our culture as a human endeavor. Course content will also focus on educational preparation and career opportunities related to construction technology, engineering technology and technology education. Problem solving and technology challenge activities will be studied. Lecture three hours. Prerequisite: None.

EDTE 131 Technical Drawing I (CAD) — 3 cr.

The basics of technical drawing and the design process; including freehand sketching, lettering, coordinate systems and geometric construction. The principles and theory of visualization, shape description, orthographic projection, isometric views, dimensioning, sectional views and auxiliary views. The use and application of Windows-based CAD software and hardware to produce basic technical drawings. Lecture two hours, Laboratory two hours.

EDTE 132 Technical Drawing II (CAD) — 3 cr.

A continuation of EDTE 131 using advanced CAD commands and techniques such as wireframe models, surface models and solid models to produce three-dimensional drawings. Establishing viewpoints, rendering and animating 3-D models and using libraries of pre-drawn materials will also be covered. Lecture two hours,. Laboratory: two hours. Prerequisite: EDTE 131 or permission of the Department Head.

EDTE 232 Graphic Communication Processes — 3 cr.

A study of the materials and processes used in graphic communication. Offset printing, screen printing, continuous tone photography, relief printing and specialty processes including computer graphics. Lecture one hour, laboratory four hours. Prerequisites: EDTE 132.

EDTE 311 Electricity and Electronics I — 3 cr.

A study of fundamentals principles of DC (and AC) circuits. Emphasis on Ohm's Law, series and parallel circuits, semi-conductors, circuit symbols, magnetism, SI units, and test equipment. Lecture one hour, laboratory four hours. Prerequisite: PHYS 122 and MATH 110.

EDTE 312 Electricity Electronics II — 3 cr.

A study of AC circuits, inductance, capacitance and resonance applied to communication devices. Emphasis on power supplies, amplifiers, oscillators, receivers and test equipment. Lecture one hour, laboratory four hours. Prerequisite: EDTE 311.

EDTE 341 Transportation Systems — 3 cr.

Internal combustion engines related to transportation and vehicle systems design. Operational theory, maintenance and repair of small engines. Emphasis on the development of transportation systems for the movement of people and industrial cargo. Lecture one hour, laboratory four hours. Prerequisite: Junior standing.

EDTE 342 Power and Energy Systems — 3 cr.

A study of alternate energy sources and hydraulics and pneumatics. Technical aspects of systems development and design for solar energy, nuclear energy, wind energy, geothermal energy, hydro-energy and other sources. Student research and experimentation including societal problems and future benefits. Lecture one hour, laboratory four hours. Prerequisite: EDTE 341.

EDTE 351 Construction Technology — 3 cr.

A study of the principles of construction including personnel management and organization. Emphasis on design procedures, methods, materials, tools and equipment used in building residential structures. Lecture one hour, Laboratory four hours. Prerequisite: CMTE 233.

EDTE 361 Manufacturing Technology — 3 cr.

A study of the principles of manufacturing including personnel management and organizational structures. Student research and select products suitable for mass-production using an enterprise system. Emphasis on manufacturing design procedures, social, cultural and economic problems and benefits. Lecture one hour, laboratory four hours. Prerequisite: CMTE 356.

EDTE 367 Instructional Analysis and Curriculum Development — 3 cr.

Utilization of the analysis technique to develop philosophy, goals and courses for Career and Technology Education programs for secondary schools. Appropriate objectives, content, teacher and student activities will be developed. Lecture three hours. Prerequisite: EDCI 307.

*EDTE 368 Curriculum Development and Methods of Teaching I — 3 cr.

Identifying course content, developing instructional plans, performance objectives, instructional strategies and materials for occupational/technical courses. This is the first of a two course sequence which will include competency based materials and outcomes and micro teaching experiences. Lecture three hours. Prerequisite: Permission of instructor.

*EDTE 370 Curriculum Development and Methods of Teaching II — 3 cr.

Field-based Internship in the public school under the supervision of an experienced teacher (mentor) and a university teacher educator. Beginning teachers plan, develop and deliver performance based instruction to students in their assigned occupational/technical classroom and/or laboratory. Laboratory six hours. Prerequisite: EDTE 368.

EDTE 415 History and Principles of Occupational, Career and Technology Education — 3 cr.

The purpose and goals of career, technology and adult learning in secondary and post-secondary schools. Topics include a brief history of occupational and career education as traced through federal legislative acts, definition of terms, instructional programs and administration. Lecture three hours. Permission of Instructor.

*EDTE 437 Student Performance Assessment — 3 cr.

Identifying and utilizing appropriate student performance criteria to measure student achievement in the cognitive, psychomotor and affective domains. A variety of assessment instruments will be evaluated and developed to document student mastery of instructional objectives. Lecture three hours. Prerequisite: Permission of instructor.

*EDTE 440 Integrating Math and Science in Occupational and Technical Education — 3 cr.

The purpose of the course is to provide teachers with techniques and methods to assist students in improving their math and science skills. Techniques and problem application will be covered for specific occupational/technical areas. Lecture three hours. Prerequisite: Permission of instructor.

EDTE 445 American Industry and Global Competition — 3 cr.

A historical analysis of American industry in relation to current and future competitive trends. Personnel organization, personnel needs, production, quality and competition in selected manufacturing and construction enterprises. Lecture three hours. Prerequisite: Permission of instructor.

*EDTE 450 Mentoring: Expectations and Responsibilities — 3 cr.

Introduction to mentoring, selecting mentors, mentor/teacher responsibilities, teacher observation, problems of beginning teachers, mentoring techniques, assessment and portfolio development. This course is designed to prepare experienced teachers that are interested in becoming mentors or helping teachers in the secondary school. Lecture three hours. Prerequisite: Permission of instructor.

EDTE 481 Facilities Organization and Management — 3 cr.

Basic elements of organizing and managing Career and Technology Education facilities. Selection of tools, supplies, equipment, safety and layout arrangements will be studied. Lecture three hours. Prerequisite: Senior standing.

EDTE 482 Core Technologies I — 3 cr.

The core technologies that are the building blocks of all technology systems. Mechanical and structural technologies will be examined with regard to common components, simple controls, basic system design, safety, and applications. An overview of materials technology will include an examination of ferrous and non-ferrous materials, common industrial forms, and the primary and secondary processing of industrial materials. In addition, the course will include an introduction to biotechnology, and the future of biotechnology. Topical investigations and modular activity packages will be utilized to enhance understanding of the core technologies. Lecture two hours, laboratory two hours. Prerequisite: Senior standing or consent of instructor.

EDTE 483 Core Technologies II — 3 cr.

The core technologies that are the building blocks of all technology systems. Electrical, electronic, optical, fluid, and thermal technologies will be examined with regard to common components, simple controls, basic system design, safety, and applications. The context for the study of these core technologies will be the design and development of technology systems to solve practical problems. Communication skills will be developed through the documentation of the design and development process. Topical investigations and modular activity packages will be utilized to enhance understanding of the core technologies. Lecture two hours, laboratory two hours. Prerequisite: Senior standing or consent of instructor.

EDTE 484 Information Systems — 3 cr.

This course will provide students with knowledge and skills related to communication systems, application of computers, computer controlled robots and machines, imaging, publishing, audio systems, video systems, and telecommunications. Integrating instruction on information systems into the technology/earning strategies used in technology education that include: (1) Ingenuity Challenges, (2) Topical Investigations, (3) Product Generation, (4) Modular Activity Packages, (5) Research and Experimentation, and (6) Engineering Design and Development. Lecture two hours, laboratory two hours. Prerequisite: Senior standing or consent of instructor.

EDTE 485 Safety Programs in Education and Occupational Settings — 3 cr.

Study of exemplary safety practices through conference discussions, group demonstrations and development of written safety programs for occupational education facilities. Organized plant visits and industrial safety programs will be studied. Lecture three hours. Prerequisite: Senior standing or consent of instructor.

EDTE 486 Instructional Media Development — 3 cr.

Study of instructional materials commercially available sources and applications and teacher developed materials including bulletin boards, transparencies, computer generated materials and use of audiovisual devices and equipment. Lecture two hours, laboratory two hours. Prerequisite: Senior standing or consent of instructor.

EDTE 487 Coordination of Work Experience — 3 cr.

Mission, trends and current practices in cooperative and distributive education programs and apprenticeship training, methods and techniques of coordination in comprehensive and part-time programs at the secondary and adult levels. Lecture three hours. Prerequisite: Senior standing or consent of instructor.

EDTE 499 Research and Experimentation in Technology Education 1 — 3 cr.

Junior-Senior undergraduate students who are interested in developing new knowledge and practical solutions to technological problems. Emphasis on inquiry, problem solving and synthesis related to a contemporary technological process. credit hours arranged. Prerequisite: Consent of instructor.

*Career and Technology Education Certification courses.

Department of Technology