• Objective and purpose
• Types of Laboratory
• Layout infrastructure
• Regulation conformance
• Good laboratory practices
• Safety criteria
• Standards/accreditations
Laboratory Management System
• Provide controlled conditions
• Scientific experiments
• Technical measurements
• Research work
• Analysis of samples
• Standardising methods
Objective
• Industry specific
• Research oriented
• Regulation authorisation
• Analytical quantification
• Clinical, medical
• In-process control
Types of Laboratory
• Near to the source of raw material
• Close vicinity of the consumer
• Type of activities, tests performed
• Size of equipments, instruments
• Statutory norms, regulations
• Governmental, ecological
Place and Space
• Commercial or social
• Industrial or academic
• Catering to a particular set of research
• Conducting specific type of experiments
• Biomedicinal, pathological
• College, university research
Requirements
• Design and layout
• Flooring and ceiling
• Infrastructure and furniture
• Equipments and instruments
• Quality and consistency
• Responsibility and accountability
• Traceability and risk
Major considerations
• Technique and Protocol
• Qualitative and quantitative
• Energy and electricity
• Heating and cooling
• Dry and wet area
• Utility and service
• Exhaust and ventilation
• Manuals and work instructions
Major Considerations
• Regulations and practices
• Data and records
• Safety and security
• Health and hygiene
• People and procedures
• Rules and regulations
• Planning and implementation
Major Considerations
• Products and materials are tested for conformity to
specifications and the absence of impurities
• Containment of potentially harmful biological agents
• Diagnostic tests
• Scale-up for commercialisation
• Yield improvement and waste minimisation
Production and supply chain

Laboratory management systems

  • 1.
    • Objective andpurpose • Types of Laboratory • Layout infrastructure • Regulation conformance • Good laboratory practices • Safety criteria • Standards/accreditations Laboratory Management System
  • 2.
    • Provide controlledconditions • Scientific experiments • Technical measurements • Research work • Analysis of samples • Standardising methods Objective
  • 3.
    • Industry specific •Research oriented • Regulation authorisation • Analytical quantification • Clinical, medical • In-process control Types of Laboratory
  • 4.
    • Near tothe source of raw material • Close vicinity of the consumer • Type of activities, tests performed • Size of equipments, instruments • Statutory norms, regulations • Governmental, ecological Place and Space
  • 5.
    • Commercial orsocial • Industrial or academic • Catering to a particular set of research • Conducting specific type of experiments • Biomedicinal, pathological • College, university research Requirements
  • 6.
    • Design andlayout • Flooring and ceiling • Infrastructure and furniture • Equipments and instruments • Quality and consistency • Responsibility and accountability • Traceability and risk Major considerations
  • 7.
    • Technique andProtocol • Qualitative and quantitative • Energy and electricity • Heating and cooling • Dry and wet area • Utility and service • Exhaust and ventilation • Manuals and work instructions Major Considerations
  • 8.
    • Regulations andpractices • Data and records • Safety and security • Health and hygiene • People and procedures • Rules and regulations • Planning and implementation Major Considerations
  • 9.
    • Products andmaterials are tested for conformity to specifications and the absence of impurities • Containment of potentially harmful biological agents • Diagnostic tests • Scale-up for commercialisation • Yield improvement and waste minimisation Production and supply chain