Collection Development Policy Statement: Engineering |
Department: Collections Management
Subject: Engineering
Written by: Tom Volkening
Date Drafted: 5/99
Reviewed: 10/06
I. PURPOSE OR SCOPE OF THE COLLECTIONA. Curricular/Research/Programmatic Needs
The purpose of the Engineering Library collection is to support the current and anticipated research and curricular needs of College of Engineering. In order to support doctoral programs and research, the goal is to maintain the collection at a graduate/research level. Due to inflation, the increase in the amount of information available and the need to support new research programs it is not possible to meet this goal utilizing only the engineering collection at Michigan State University. As a CIC institution the MSU Libraries is part of a virtual electronic library and can utilize the collections of the other CIC institutions to help meet the information needs of the MSU community.The Engineering Library collection supports the research and curricular needs of the following departments in the College of Engineering: Chemical Engineering and Materials Science, Civil and Environmental Engineering, Computer Science and Engineering, Electrical and Computer Engineering, and Mechanical Engineering. It also supports degree programs in computer engineering and manufacturing engineering and supports in part the Construction Management Program. The collection also supports the research needs of the Composite Materials and Structures Center and the Energy and Automotive Research Laboratory within the College of Engineering. It also provides partial support for the Center for Fundamental Materials Research, the Center for Microbial Ecology, the Center for Sensor Materials and the Michigan Biotechnology Institute. Due to the interdisciplinary nature of much of today's research, the collection is also used by researchers in chemistry, mathematics, and physics and to a lesser degree biomechanics, biosystems engineering, environmental studies, and geology. Materials for undergraduate engineering are also collected.
B. History of the Collection/Existing Strengths and Emphases.The engineering collection dates back to the early years of the University. For a time prior to 1963 it was housed in the Science division of the Main Library. In September of 1963 part of the collection was moved to the new Engineering Library located on the third floor of the recently completed Engineering building. In the summer of 1989 the Engineering Library moved to its new location on the first floor of the not yet completed addition to the Engineering building. The current location is air-conditioned and has more than double the space of the old library. In 2003 the Engineering Library underwent a major renovation that included the installation of compact shelving, new carpet, and a new public service point.
Technology materials are collected for the Engineering Library and the Main Library. The Main Library collection emphasizes general technology, history of technology, communications, water resources, pollution, textiles, and agricultural engineering. Neither the Main Library collection nor the Engineering Library collection is an historical collection as such. The main goal for these collections is to provide materials to meet the current research and curricular needs of faculty and staff and to anticipate their future research and curricular needs. Older materials of significant value are retained. Older materials of lesser value are removed as identified.II. FACTORS INFLUENCING COLLECTION POLICY
A. TrendsThere are several major trends that influence collection development in the Engineering Library. First is the number of electronic resources available and the increasing dependence on technology to access them. These include electronic versions of print journals, electronic-only journals, electronic bibliographic databases, non-bibliographic electronic resources such as directories, and tools that do not fit traditional categories of materials. The library is moving from ownership of physical volumes to the access of electronic resources so license agreements with resource providers will become increasingly important. Archiving of electronic resources is a major concern. Users expect to access the collection from remote locations and fewer people will come to the Library to use the print collection. More users will request that current publications be purchased in electronic formats that are accessible from remote locations. Most commercial publisher will probably continue to publish print and electronic versions of their serials for some time to come but increasingly they offering libraries the option of purchasing electronic journals without print subscriptions. It is unclear if electronic publications will ever be significantly less expensive than their print counterparts. Some professional societies could stop publishing print materials within 5 years. However, new print and electronic journals will continue to proliferate and inflation will continue to erode the buying power of the libraries. Interdisciplinary research and cross- disciplinary courses will be even more popular. Joint-degree programs with departments outside the College will increase the need for cooperation between selectors. Due to the increasing emphasis on bringing in research dollars, faculty will seek funding for research in new areas while continuing to work in their current areas of research. This will further stretch the collection budget for engineering.
B. Relationships With Other Resources1. On campus branch or format collection, if any.
Biomedical and Physical Sciences Library,Business Library, and Mathematics Library.
MSU users make direct use of the Media Union collection at the University of Michigan for materials not at MSU. Users make extensive use of our Document Delivery service to obtain materials from other CIC libraries.
C. Relationship to resources treated in other policy statements.| Business: | Manufacturing Engineering |
| Chemistry: | Chemical Engineering |
| Computer Science: | Electrical Engineering Computer Engineering |
| Environmental Studies: | Environmental Engineering |
| Geology: | Soil Mechanics Geotechnology |
| Mathematics: | Applied Mathematics |
| Physics: | Applied Physics Materials Science |
A. Chronology of the subject: emphases/restrictions
No attempt is made to do retrospective collection building. Current materials are emphasized.B. Languages of resources collected:
exclusions/emphases/translationsEnglish is the primary language of materials acquired. Materials in other languages are acquired on a case by case basis.
C. Geography of the subject: emphases/restrictionsThe goal of the collection is to obtain English language materials regardless of the country of origin. In practice this means primarily publications from North America and Western Europe with some publications from Asia and other parts of the world.
D. Format of the resources collected: restrictions if anyCurrently no microforms or videos are collected. Software is not collected unless it is received as a supplement to a printed work. CD-ROM based materials are not actively collected but are added to the collection if they are received as part of standing order or received as a gift and meet collection development guidelines. Materials available only on CD-ROM will be considered for purchase. Network accessible resources are the preferred format when available and affordable.
IV. LEVELS OF COLLECTING INTENSITY - Summary of ConspectusConspectus
| Call Number Range | Subject | Level |
| T TECHNOLOGY | ||
| T1 - 54 | TECHNOLOGY-GENERAL | 2 |
| T55- 60 | INDUSTRIAL SAFETY & INDUSTRIAL ENGINEERING | 2 |
| T61 - 174 | TECHNICAL EDUCATION, INNOVATION & TECHNOLOGY TRANSFER | 2 |
| T175 -342 | INDUSTRIAL RESEARCH & PATENTS | 2 |
| T351 - T385 | MECHANICAL DRAWING & COMPUTER GRAPHICS | 3A |
| TA GENERAL ENGINEERING | ||
| TA1 - 163 | ENGINEERING-GENERAL | 2 |
| TA165 - 167 | INSTRUMENTSS, ERGONOMICS, &SYSTEMS | 2 |
| TA170 -171 | ENVIRONMENTAL ENGINEERING | 2 |
| TA174 | ENGINEERING DESIGN | 3A |
| TA178 - 194 | ENGINEERING ECONOMY & MANAGEMENT | 2 |
| TA197 - 198 | ENGINEERING METROLOGY | 2 |
| TA221 - 326 | ENGINEERING LAW | 1 |
| TA329 - 348 | ENGINEERING MATHEMATICS | 3A |
| TA349 - 367 | ENGINEERING MECHANICS & ACOUSTICS | 3A |
| TA368 | STANDARDS | 2 |
| TA401 - 492 | ENGINEERING MATERIALS | 3A |
| TA501 - 690 | SURVEYING | 2 |
| TA630 - 690 | STRUCTURAL ENGINEERING | 3A |
| TA705 - 820 | GEOTECHNICAL ENGINEERING | 3A |
| TA1001- 1280 | TRANSPORTATION ENGINEERING | 3A |
| TA1501 - 1632 | APPLIED OPTICS & IMAGE PROCESSING | 2 |
| TA2001 - 2030 | PLASMA ENGINEERING | 2 |
| TC HYDRAULIC ENGNEERING | ||
| TC1 - 181 | HYDRAULIC ENGINEERING-GENERAL | 2 |
| TC187 - 201 | DREDGING, BLASTING, & DRILLING | 1 |
| TC203 - 383 | HARBORS & COASTS | 1 |
| TC401 - 526 | RIVER & LAKE ENGINEERING | 1 |
| TC530 - 771 | RIVER WORKS, FLOOD CONTROL, & DAMS | 2 |
| TC801 - 978 | IRRIGATION ENGINEERING | 3B |
| TD ENVIRONMENTAL ENGINEERING | ||
| TD1 - 167 | SANITARY & MUNICIPAL ENGINEERING | 2 |
| TD172 - 196 | ENVIRONMENTAL POLLUTION | 3A |
| TD201 - 500 | WATER SUPPLY ENGINEERING | 2 |
| TD511 - 780 | SEWAGE COLLECTION & DISPOSAL SYSTEMS | 2 |
| TD785 - 870 | MUNICIPAL REFUSE | 2 |
| TD878 - 893 | SPECIAL TYPES OF POLLUTION | 3A |
| TD895 - 899 | INDUSTRIAL & FACTORY SANITATION | 2 |
| TD920 - 929 | RURAL SANITARY ENGINEERING | 2 |
| TD930 - 939 | AGRICULTURAL WASTES | 3B |
| TE HIGHWAY ENGINEERING | ||
| TE1 - 155 | HIGHWAY ENGINEERING-GENERAL | 3A |
| T3175 | HIGHWAY DESIGN | 2 |
| TE177 - 191 | ROADSIDE DVELOPMENT, COST & SPECIFICATIONS | 2 |
| TE200 - 205 | MATERIALS FOR ROADMAKING | 3A |
| TE206 - 227 | SURVEYING & CONSTRUCTION | 2 |
| TE230 - 279 | ROADS & STREETS | 2 |
| TE280 - 305 | SIDEWALKS, CURBS, BIKE PATHS & TRAILS | 1 |
| TF RAILROAD ENGINEERING | ||
| TF1 - 1620 | RAILROAD ENGINEERING | 1 |
| TG BRIDGE ENGINEERING | ||
| TG1 - 470 | BRIDGE ENGINEERING | 1 |
| TH BUILDING CONSTRUCTION | ||
| TH1 - 845 | BUILDING CONSTRUCTION - GENERAL | 2 |
| TH846 - 895 | ARCHITECTURAL ENGINEERING | 2 |
| TH900 - 915 | CONSTRUCTION EQUIPMENT | 1 |
| TH1061 - 1725 | SYSTEMS OF BUILDING CONSTRUCTION | 2 |
| TH2031 - 3000 | DESIGN AND CONSTRUCTION | 2 |
| TH3301 -3411 | MAINTENANCE & REPAIR | 1 |
| TH4021 - 4970 | BUILDINGS & DWELLINGS-USE | 2 |
| TH4911- 4970 | FARM BUILDINGS | 4 |
| TH5011 - 5701 | BUILDING TRADES | 2 |
| TH6010 - 6887 | ENVIRONMENTAL ENGINEERING OF BUILDINGS | 2 |
| TH7005 - 7699 | HEATING, VENILATION, & AIR CONDITIONING | 2 |
| TH7700 - 8581 | LIGHTING & DECORATION | 1 |
| TH9024 - 9745 | PROTECTION OF BUILDINGS | 2 |
| TJ MECHANICAL ENGINEERING | ||
| TJ1 - 169 | MECHANCIAL ENGINEERING & MACHINERY-GENERAL | 3A |
| TJ170 - 210 | MECHANICS, DYNAMICS, & MECHANICAL MOVEMENT | 3A |
| TJ211 | AUTOMATA, ROBOTS | 2 |
| TJ212 - 225 | CONTROL ENGINEERING | 3A |
| TJ255 - 695 | HEAT ENGINES, TURBINES, STEAM ENGINEERING | 2 |
| TJ751 - 830 | MOTORS & ENGINES | 3A |
| TJ840 - 935 | HYDRAULIC MACHINES | 2 |
| TJ940 - 1030 | MACHINERY | 3A |
| TJ1040 -1119 | MACHINE SHOPS & TOOLS | 2 |
| TJ1125 - 1345 | HOISTING, CONVEYING, LIFTING & PRESSING MACHINERY | 2 |
| TJ1480 - 1496 | AGRICULTURAL MACHINERY | 3A |
| TK ELECTRICAL ENGINEERING | ||
| TK1 - 300 | ELECTRICAL ENGINEERING-GENERAL | 2 |
| TK301 - 454 | ELECTRICAL APPARATUS (CIRCUITS & NETWORKS) | 3A |
| TK1001 - 1841 | PRODUCTION OF ELECTRICITY | 2 |
| TK2000 - 2841 | DYNAMO ELECTRIC MACHINES | 3A |
| TK2896 - 2970 | PRODUCTION OF ELECTRICITY BY DIRECT ENERGY CONVERSION | 2 |
| TK3001 - 3511 | DISTRIBUTION OF ELECTRIC POWER | 2 |
| TK4001 - 4299 | APPLICATIONS OF ELECTRIC POWER | 2 |
| TK4601 - 4661 | ELECTRIC HEATING | 1 |
| TK5101 - 6780 | TELECOMMUNINCATIONS-GENERAL | 3A |
| TK5105 | COMPUTER NETWORKS | 3A |
| TK6001 - 6525 | TELECOMMUNICATIONS-TELEPHONE | 2 |
| TK6540 - 6720 | TELECOMMUNICATIONS-RADIO, RADAR, TELEVISION | 2 |
| TK7800- 8360 | ELECTRONICS | 3A |
| TK9001 - 9401 | NUCLEAR ENGINEERING | 1 |
| TK9900 - 9971 | ELECTRICITY FOR AMATEURS | 1 |
| TL MOTOR VEHICLES, AERONAUTICS, & ASTRONAUTICS | ||
| TL1 - 480 | MOTOR VEHICLES | 3A |
| TL500 - 777 | AERONAUTICS | 3A |
| TL780 - 1060 | ASTRONAUTICS | 2 |
| TN MINING ENGINEERING | ||
| TN1 - 255 | MINING ENGINEERING - GENERAL | 1 |
| TN260 - 265 | APPLIED GEOLOGY | 2 |
| TN269 - 292 | SURVEYING, PROSPECTING, ECONOMICS & OPERATIONS | 1 |
| TN295 - 345 | MINE SAFETY, TRANSPORTATION & MACHINERY | 1 |
| TN400 - 580 | ORE EXTRACTION & PROCESSING | 1 |
| TN600 - 799 | METALLURGY-GENERAL, FERROUS, & NONFERROUS | 3A |
| TN799 - 945 | NON-METALLIC MINERALS | 2 |
| TN941 - 945 | NON-METALLIC MINERALS - CLAY & CEMENT | 3A |
| TN950 - 998 | BUILDING & ORNAMENTAL STONES, & GEMS | 1 |
| TP CHEMICAL TECHNOLOGY | ||
| TP1 - 154 | CHEMICAL TEHCNOLOGY - GENERAL | 3A |
| TP155 - 248 | CHEMICAL ENGINEERING & MANUFACTURE | 3A |
| TP250 - 261 | INDUSTRIAL ELECTROCHEMISTRY | 2 |
| TP267 - 301 | EXPLOSIVES & PYROTECHNICS | 1 |
| TP315 - 361 | FUELS & INFLAMMABLE LIQUIDS & GASES | 2 |
| TP368 - 465 | FOOD PROCESSING AND MANUFACTURE | 3A |
| TP480 - 498 | LOW TEMPER4ATURE ENGINEERING | 1 |
| TP500 - 569 | FERMENTATION SCIENCE & TECHNOLOGY | 3A |
| TP670 - 699 | OILS, FATS, & WAXES | 3A |
| TP700 - 770 | GAS INDUSTRY | 1 |
| TP785 - 869 | CLASY, CERAMICS, & GLASS | 3A |
| TP875 - 888 | CEMENT INDUSTRIES | 2 |
| TP890 - 933 | TEXTILES | 3B |
| TP934 - 944 | PAINTS, PIGMENTS, ETC | 2 |
| TP950 - 997 | MISCELLANEOUS ORGANIC CHEMICALS | 2 |
| TP1101 - 1185 | POLYMERS & POLYMER MANUFACTURE | 3A |
V. COLLECTION MANAGEMENT ISSUES.
Specific policies, if any, on replacement, deselection, out of print materials, and preservation.A. Replacement
Heavily used items or parts of multi-volume works are replaced when appropriate and possible.B. Out of print materials
Out of print materials are not normally considered for purchase.C. Deselection
Weeding is not done on a systematic basis.D Preservation
Materials are reviewed for preservation as they return from circulation. A complete review of preservation needs of the engineering collection has not been done.|
Page Coordinator: Tom Volkening volkenin@msu.edu This URL: http://guides.lib.msu.edu/page.phtml?page_id=621 Last updated: 04-17-2007 |
