School laboratory management inventory system
109868568
Safe storage of laboratory chemicals
STORAGE GUIDELINES. The Impact of Federal Regulations on the Storage of Laboratory Chemicals (D. Pipitone) Storage Requirements for Flammable and Hazardous Chemicals (N. Steere) Incompatible Chemicals in the Storeroom: Identification and Segregation (L. Bretherick) Labeling Practices for Chemicals in Laboratories, Workplaces, and Chemical Storerooms (L. Nicholls) Emergency Response for Releases of Laboratory Chemicals (D. Pipitone) Computer Applications and Systems for Hazardous Materials and Waste Compliance in the Era of Regulation (A. Macenski) CASE HISTORIES. Chemical Storage for Industrial Laboratories (F. Chlad) Implementation of an On Line IMS Database System for Warehouse and Inventory Management (E. Houston) Surveys and Inspections at Academic Chemical Storage Facilities (P. Redden) University of Akron Chemical Storage Facilities (F. Chlad) Safety First in the Elimination of Hazardous Chemicals from School Science Settings (J. Gerlovich) Appendices. Index.
David A Pipitone
16334117
Appendix D Acronyms and Glossary Acronyms
Acronyms ANS CIA CQT DCI DLCQ DOD DOJ EDR GKT GSR GQT JAG LEAA 'MGQT MMPI NSA NSDD OPM Pd POT RCQT R/I SCI SCR autonomic nervous system Central Intelligence Agency control question technique Director of Central Intelligence directed lie control question [technique] Department of Defense Department of Justice electrodermal response guilty knowledge test galvanic skin response general question test Judge Advocate General Law Enforcement Assistance Administration modified general question test Minnesota Multiphasic Personality Inventory National Security Agency National Security Decision Directive Office of Personnel Management psychopathic deviate [scale] peak of tension [test] Reid control question technique relevant/irrelevant [technique] Sensitive Compartmented Information skin conductance response USAMPS U. S. Army Military Police School USPS U.S. Postal Service Zoc zone of comparison [technique] Glossary analog studies: Analog studies are laboratory studies of polygraph testing that simulate actual field examinations. Typical components of field examinations are replicated, The goal of such studies is to test the validity of various polygraph techniques under controlled conditions. aperiodic checking: Polygraph tests conducted at irregular times with randomly or otherwise selected personnel to ask questions for internal security purposes. autonomic lability: Term used to describe individual differences in autonomic arousal. base rate: The number of guilty (or innocent) subjects as a percentage of the total. baseline: The readings on a polygraph chart that form a point of comparison for the physiological responses to the polygraph questions. classified information: Information that pertains to national security and by definition, cannot be disclosed to others without clearance. clinical components: Components of a polygraph test procedure, including " proper " examiner attitude and relationship with subjects, that attempt to ensure accuracy. construct validity: The extent to which a test or procedure measures what it is designed to measure, control question technique: A polygraph question technique that incorporates control questions which are designed to be arousing for nondeceptive subjects and less arousing for deceptive subjects than the relevant questions. counterintelligence: Efforts of an organization to stop outside groups from gaining information about itself. counterintelligence screening examinations: Examinations given to personnel who already have access to classified information. electrodermal response: A physiological measure that has been shown to be related to physiological arousal. It is measured as the electrical resistance of the skin through the use of electrodes attached to the fingertips. external validity: The established generalizability of a study to particular subject populations and settings. false negative: An erroneous decision that an individual
74331335
Long Term Care St. John's The S.A. Glenbrook Lodge WARD CLERK (CLERK III) Permanent, Part Time (15 hours biweekly)
Duties: This position involves duties related to clerical work primarily within the Nursing Department but may include assisting with clerical duties in other departments. Duties will include staff replacement and assignment in accordance with the provision of two (2) Collective Agreements (CUPE and NLNU) operation of a computer, organization of records and forms, coordination of resident appointments and laboratory services, involvement of inventory supplies and equipment and significant contact with staff, residents and the public. Qualifications: Candidates must have a high school diploma supplemented by the successful completion of a post secondary program in business administration, public administration or organizational management. Combinations of experience and training may be considered. The candidate must possess strong communication skills (both oral and written) strong organization and time management skills and be able to establish and maintain effective work relationships. Experience with the Meditech system would be a definite asset. A satisfactory record of work performance and attendance is required for all positions. Salary:
Cupe Hs
107603295
Waste Disposal in Academic Institutions
SECTION I: FEDERAL REGULATIONS AND THE PROBLEMS OF ACADEMIC INSTITUTIONS. How to Establish an Academic Laboratory Waste Management Program. What EPA Does Not Understand About Academic Laboratories. Unwanted Chemicals in Secondary School Laboratories. SECTION II: ACADEMIC WASTE DISPOSAL PROGRAMS. Surviving a Disposal Crisis in the Small Academic Laboratory. The School Science Laboratory Inventory and Disposal Project in Illinois Chemical Disposal. Developing a Chemical Management System. SECTION III: IDENTIFICATION OF UNKNOWN CHEMICALS. Characterization of Unknown Laboratory Chemicals for Disposal. Waste Disposal in an Academic Laboratory: Headaches and Solutions. SECTION IV: METHODS FOR TREATING AND HANDLING WASTES. Tested Laboratory Disposal Methods for Small Quantities of Hazardous Chemicals. The Use of Reductive and Oxidative Methods to Degrade Hazardous Waste in Academic Laboratories. Chemical/Physical Methods for Treatment and Disposal of University Hazardous Wastes. SECTION V: WASTE DISPOSAL PRACTICES. Chemical Waste Reduction and Recycling in Canadian Academic Laboratories. Lab Pack Management. Regional Differences in Laboratory Waste Disposal Practices.
James A Kaufman
214009775
School Laboratory Management Information System
Journal of Physics: Conference Series
Nyoto Suseno Purwiro Harjati HA Dedy
199347991
Scale Validation: School Based Management Inventory First Edition (SBMI 1)
School Based Management Inventories first edition (SBMI 1) was self developed in 2014 to be a measure of the extent of involvement of stake holders in the educational administrations. The inventories examined factors such as power decentralization (for instance, decision that concerns the school administration do involves the community) provision of facilities (for instance. community assistance in the provision of basic facilities such as classroom buildings, renovations, among others. monitoring and evaluation of the teaching, learning activities of the school system, recruitment and retrenchment (for instance. On account of necessity, how community recruit new staff to the school as ad hoc staff) and financial obligation in form of periodic expenses and income analysis by the community committee, efficient and effective practice of school based management in determining students' academic performance in secondary schools. The measure also helps in monitoring school progress and effectiveness.
American International Journal of Education and Linguistics Research
Olaseni Vivian Morenike
199580003
Engineering laboratory inventory management system using cloud and RFID technology: Conceptual approach in KDU University College
As quality standards are an integral part of the higher educational system; this project's focus is on computerizing inventory management quality processes by using cloud architecture and radio frequency identification (RFID) technology dominantly to ensure accountability on University's valuable assets as well as ensuring engineering laboratory consistency of performance on teaching and learning process. Radio Frequency Identification, which is a "contactless technology" has gain popularity due to its ability to scan multiple devices at a rapid pace, user friendly to end user and has add on security values. Due to these characteristics, RFID is considered to be the potential successor of barcode and may complement or replace barcode. This study presents a two prong approach: first optimizing advancement of internet of technology in creating an efficiency database that renders a secure and efficient inventory asset management system; secondly innovatively notify the laboratory staff of calibration and maintenance work schedule of each test and measurement equipment; In this project, system software and prototype are used which crucially involve RFID tag and reader. The RFID tag contains each individual devices' information which will be transmitted via a long distance radio frequency to a cloud storage. This prototype will enable the assigned technical staff to have ready access to all technical specification information of the equipment more specifically its maintenance schedule and next calibration date. A real time notification will be propagated via a SMS mechanism to the technical support staff in the event it detects movement of equipment out of the engineering laboratory. Hence, significantly enhancing the effectiveness of the system in adhering to compliance of quality process requirements.As quality standards are an integral part of the higher educational system; this project's focus is on computerizing inventory management quality processes by using cloud architecture and radio frequency identification (RFID) technology dominantly to ensure accountability on University's valuable assets as well as ensuring engineering laboratory consistency of performance on teaching and learning process. Radio Frequency Identification, which is a "contactless technology" has gain popularity due to its ability to scan multiple devices at a rapid pace, user friendly to end user and has add on security values. Due to these characteristics, RFID is considered to be the potential successor of barcode and may complement or replace barcode. This study presents a two prong approach: first optimizing advancement of internet of technology in creating an efficiency database that renders a secure and efficient inventory asset management system; secondly innovatively notify the laboratory staff of calibration and mai.
H S Chua Sivajothi Paramasivam Thing Thing Goh Clive Gee
145924643
RESOURCE INVENTORY MANAGEMENT SYSTEM LABORATORY TERINTEGRASI WEB
Teknologi komunikasi data dan komputer saat ini berkembang dengan begitu pesatnya. Hal itu tentunya didukung oleh sumber daya alam dan sumber daya manusia yang memadai dan berkualitas. Berbagai informasi dan pengelolaan manajemen instansi saat ini sangat mendukung untuk bisa dikembangkan menjadi sistem yang mengandalkan kamajuan teknologi, salah satu diantaranya adalah bidang teknologi informasi dan pengolahan data. Saat ini suatu bentuk informasi dan data bisa dibuat sesuai dengan apa yang diinginkan, dan banyak peluang yang bisa dimanfaatkan untuk pengembangannya. Laboratorium Komputer merupakan salah satu penunjang sistem pembelajaran yang ada pada jurusan Teknik Informatika. Dalam melaksanakan tugas dan kewajibannya Laboratorium Komputer memerlukan barang barang inventaris, perangkat keras maupun lunak untuk kelancaran tugas dan pencapaian tujuan. Keberadaan barang barang inventaris tersebut memerlukan proses pengelolaan, pencatatan, atau pelaporan barang untuk mengetahui jumlah barang, penambahan barang yang ada maupun untuk mengetahui laporan mutasi atau penghapusan barang. Tujuan penelitian ini adalah untuk pengaturan dalam kegiatan pengadaan barang yang dibutuhkan dan menghimpun data atau inventarisasi tentang barang laboratorium yang merupakan salah satu unsur pelaksana akademik yang berada dibawah Kepala Laboratorium. Metode yang digunakan dalam penelitian ini yaitu menggunakan metode Extreme Programming (XP) dilakukan mulai dari tahap perencanaan, analisa, desain dan implementasi secara bersamaan kemudian diimplementasikan kedalam system apabila terdapat kekurangan maka akan diulang kembali hingga terpenuhi kebutuhan dari client, agar barang inventaris dapat dikelola dengan baik agar dapat dimanfaatkan secara maksimal.
Yessy Asri
221536038
Inventory management performance for laboratory commodities in public hospitals of Jimma zone, Southwest Ethiopia
Background Maintaining an efficient and effective inventory management system ensures a reliable supply of laboratory commodities. The aim of this study was, therefore, to assess the performance of inventory management for laboratory commodities in public hospitals in the Jimma zone. Methods A facility based cross sectional descriptive study, accompanied by a qualitative method, was conducted in seven public hospitals between April 30 and May 29, 2019. We collected data through document reviews (225 bin cards) physical observation, self administered questionnaires, and in depth interviews. The quantitative data were analyzed using Excel spreadsheets and SPSS version 24. Fifteen key informants of different backgrounds took part in the qualitative study. The data were then analyzed using thematic analysis techniques. Results All the public hospitals in the zone were included in the study, making a response rate of 100% Of the total estimated bin cards, 225 (69.9% of them held along with the items, and only 30.4% of them filled accurately. In four of the hospitals, pharmacists determined how much to order. Five of the hospitals used average monthly consumption data to calculate purchase quantity. Over the past 6 months, four of the hospitals had placed at least one or two emergency orders. The wastage rate of the commodities in the hospitals was 27.2% and resulted in a loss of about 10,248.5 US dollars. The hospitals had met 70.6% of the criteria for proper storage conditions. Budget constraints, absence of prompt administrative support, lack of staff commitment, and frequent shortages of commodities on the part of suppliers were major bottlenecks of inventory management. Conclusions The hospitals had weak inventory management practices, showed by inaccurate records, stock outs (frequent emergency orders) a high wastage rate compared to national baseline statistics, and the storage conditions below the standard.
Journal of pharmaceutical policy and practice
Abdi Befekadu Waqtola Cheneke Dereje Kebebe Tadesse Gudeta
228169513
Creating an Affordable, User Friendly Electronic Inventory System for Lab Samples
Sharing physical laboratory space optimizes resource use among research departments, improves collaboration, and reduces costs. Universal inventory management is essential to successful space sharing, item tracking and availability, and data mining; therefore, our lab was interested in a tool for these purposes. Different research groups have differing needs, priorities, and considerations. We investigated prebuilt inventory management programs, and we found a custom Microsoft (MS) Access reference database to be optimal. We designed a custom MS Access abstract inventory data model around previously established needs with information gathered in staff interviews and meetings. We performed a physical inventory of all cryopreserved samples to allow uniform data entry when migrating to the database. We created manuals and protocols, and the staff was trained on entering data. Using a universal inventory system allows for quick report generation of physical inventory, which in turn preserves sample quality by reducing redundancy as well as time locating vials. Users can run queries to report a wide range of sample characteristics. Storage information can be easily analyzed for statistically significant trends, samples have reliable traceability, and data are auditable for accuracy.
SLAS technology
Kate Dennert Logan Friedrich Rajeev Kumar