Provide the details of the person submitting this requisition and the institution that will receive and use the requested items.
Full name of requester
Institution/organization name
Department/faculty/unit
E-mail address
Direct telephone/mobile number
Building/room where items will be used or stored
Title/short description of this requisition
Requisition reference/PO number (if already assigned)
Date requisition is submitted
Date items are required on-site
Priority level
Standard (≥ 30 days)
Urgent (≤ 14 days)
Critical (≤ 7 days)
Is this a recurring order?
Please describe frequency and any contract details
Indicate the broad categories of items being requested. Detailed line items will be captured in the next section.
Select all categories that apply
Laboratory-grade chemicals
Laboratory consumables (glass/plastic ware)
Analytical instruments or parts
General lab equipment (non-hazardous)
Safety & personal protective equipment
Live or preserved specimens
Software/licenses/databases
Other
Enter each requested item. Include catalogue or part numbers where possible. The system will calculate totals automatically.
Requested items
Item name/description | Catalogue/part number | Quantity | Unit (g, mL, pcs, etc.) | Estimated unit price | Sub-total | ||
|---|---|---|---|---|---|---|---|
A | B | C | D | E | F | ||
1 | Sodium chloride, ≥ 99.5% | S654-500G | 2 | bottle | $25.50 | $51.00 | |
2 | Microscope objectives 40× | OBJ-40-A | 1 | piece | $310.00 | $310.00 | |
3 | $0.00 | ||||||
4 | $0.00 | ||||||
5 | $0.00 | ||||||
6 | $0.00 | ||||||
7 | $0.00 | ||||||
8 | $0.00 | ||||||
9 | $0.00 | ||||||
10 | $0.00 |
Any chemical, biological, or physical agent posing health or safety risks must be declared here.
Does this requisition include ANY hazardous materials?
Select hazard classes involved
Flammable liquids/solids
Corrosive to metals/skin
Acute toxicity (oral, dermal, inhalation)
Oxidizing substances
Compressed/liquefied gas
Radioactive material
Biohazardous/infectious
Explosive/self-reactive
Dangerous for environment
Other (specify in comments)
Are Safety Data Sheets (SDS) already available on-site for all requested hazardous chemicals?
Provide SDS location or version numbers
Request supplier to ship SDS in paper and digital format with the order
Does this requisition include Classified/Controlled substances?
List substance names and applicable license/permit numbers
Describe any special storage or segregation requirements (temperature, inert atmosphere, light-sensitive, etc.)
Rate the likelihood and severity of potential risks for the requested items
Very low | Low | Medium | High | Very high | |
|---|---|---|---|---|---|
Chemical spill or exposure to personnel | |||||
Fire or explosion during storage/use | |||||
Environmental release to air, water, or soil | |||||
Equipment failure causing injury or downtime | |||||
Non-compliance with institutional or external standards |
Describe control measures you will implement to reduce each HIGH or VERY HIGH risk identified above
I confirm that a local risk assessment has been completed and approved where required
Will first-time users handle these items?
Detail training plan and supervision arrangements
Do you have a preferred vendor or framework contract?
Vendor name and contract reference
Preferred purchase method
Direct order from catalogue
Request for quotation (RFQ)
Invitation to tender
Internal transfer from another department
Donation/loan
Is international shipping required?
Select applicable import considerations
Import permit required
Dangerous goods courier classification
Cold-chain logistics needed
Customs duties and taxes budgeted
Phytosanitary/sanitary certificate required
Is asset tagging or insurance valuation needed?
Insurance value per unit
Science activities can have long-term environmental impacts. Please consider the entire life-cycle of requested items.
Are greener alternative products available for any requested chemicals?
Explain why greener alternatives were not chosen
Will this order generate special waste (e.g., contaminated glassware, heavy-metal residues)?
Describe planned waste segregation and disposal method
I will ensure that any packaging received is reused, recycled, or disposed of responsibly
Name of immediate supervisor/line manager endorsing this requisition
E-mail of supervisor
Does this requisition exceed your departmental financial delegation?
Name of additional financial approver
I certify that all information provided is accurate and complete
I understand that misuse or unsafe handling of hazardous materials may lead to disciplinary action
Signature of requester
After the items have been delivered, please return to this section to close the requisition loop.
Were all items received in good condition and within specification?
Were Safety Data Sheets present for all hazardous chemicals delivered?
List missing SDS and follow-up actions taken
Overall satisfaction with supplier performance
Very dissatisfied
Dissatisfied
Neutral
Satisfied
Very satisfied
Any additional comments or lessons learned
Analysis for Science Laboratory & Equipment Requisition Form
Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.
The Science Laboratory & Equipment Requisition Form excels at balancing comprehensive data capture with safety compliance. Its multi-section structure logically guides users from basic contact information through hazardous material declarations and risk assessments. The form demonstrates exceptional foresight by including sustainability considerations and post-delivery confirmation, creating a complete procurement lifecycle that few institutional forms achieve. The progressive disclosure design—where follow-up questions appear only when relevant—prevents cognitive overload while ensuring critical safety information is captured.
Particularly noteworthy is the seamless integration of HAZMAT compliance within the standard procurement workflow. Rather than treating safety as an afterthought, the form embeds hazard classification, SDS management, and risk mitigation directly into the requisition process. This design choice significantly reduces the likelihood of non-compliance while streamlining what could otherwise be a separate, burdensome safety approval process. The inclusion of sustainability metrics and disposal considerations positions this form as a forward-thinking tool for environmentally responsible science procurement.
Full Name of Requester serves as the cornerstone of accountability in laboratory procurement. This field establishes clear ownership of the requisition, creating a direct line of responsibility for safety compliance, budget allocation, and post-delivery verification. In the context of scientific equipment procurement, where incorrect orders can halt research or create safety hazards, having a named individual responsible for the request is non-negotiable for institutional governance.
The single-line text format strikes an optimal balance between data completeness and user friction. Unlike separate first/last name fields that can create validation complexity, this approach accommodates international naming conventions while maintaining database simplicity. The mandatory status ensures that anonymous requests cannot proceed—a critical feature in regulated laboratory environments where every chemical and equipment purchase must be traceable to an authorized individual for audit purposes.
From a data quality perspective, this field enables powerful downstream analytics including procurement patterns by researcher, department-level spending analysis, and identification of repeat requesters who might benefit from standing orders. The field's placement at the beginning of the form establishes user commitment, leveraging the psychological principle that users who complete one field are more likely to finish the entire form.
Institution/Organization Name functions as the primary data partitioning mechanism for multi-institutional systems. In collaborative research environments where multiple universities or external organizations may share procurement systems, this field prevents costly misdeliveries and ensures proper billing allocation. The field's mandatory status reflects the reality that laboratory suppliers must verify institutional credentials before shipping restricted chemicals or specialized equipment.
The open-ended format accommodates the full spectrum of educational and research institutions, from major universities with complex departmental structures to small specialized research institutes. This flexibility is crucial in scientific procurement where a biotech startup might need the same specialized reagents as a major university, but with vastly different approval workflows. The field enables automated routing of requisitions to appropriate approval chains based on institutional policies.
Data collected here drives critical business intelligence including supplier performance metrics by institution type, volume discounts eligibility, and compliance with institutional purchasing agreements. The field also enables geographic clustering for carbon footprint analysis of deliveries, supporting sustainability goals increasingly important to research institutions.
Department/Faculty/Unit provides the granular organizational context necessary for proper budget allocation and inventory management. In university settings where Chemistry, Biology, and Physics departments may share storage facilities but maintain separate budgets, this field prevents inter-departmental billing conflicts. The mandatory status ensures that even in smaller institutions, proper cost center allocation occurs for financial accountability.
The field's design acknowledges the heterogeneous nature of academic structures, accommodating everything from large multidisciplinary faculties to small specialized research units. This flexibility proves essential when dealing with interdisciplinary research centers that may span traditional departmental boundaries. The data captured here enables sophisticated analytics including department-level procurement patterns, identification of research trends, and optimization of storage allocation across facilities.
From a safety perspective, this field enables automatic routing to department-specific safety officers who understand the unique hazards of particular research areas. A requisition for organic peroxides automatically alerts the appropriate chemical safety specialist, while biological specimens trigger review by biosafety professionals. This contextual awareness significantly accelerates approval processes while maintaining rigorous safety standards.
Email Address serves as the primary asynchronous communication channel throughout the procurement lifecycle. Unlike phone numbers that may have timezone limitations or personnel changes, email provides a persistent, documented communication trail essential for audit compliance. The mandatory status reflects the reality that modern procurement systems rely on automated notifications for approval workflows, delivery scheduling, and exception handling.
The field's validation implicitly ensures data quality by requiring properly formatted email addresses, preventing common data entry errors that could break communication chains. In the context of laboratory procurement where delivery timing can be critical for grant deadlines or experimental schedules, maintaining reliable communication channels proves essential. The email address also serves as a unique identifier for requester profiles, enabling quick auto-fill of subsequent requisitions.
Data collected here enables sophisticated workflow automation including automatic routing based on email domains, integration with institutional directory systems, and generation of approval request emails with embedded decision links. The field also supports procurement analytics including requester response times to supplier queries, correlation between communication patterns and on-time delivery rates, and identification of training needs based on requisition quality patterns.
Building/Room Where Items Will Be Used or Stored provides critical logistics information that directly impacts delivery success and safety compliance. This mandatory field ensures that suppliers can verify delivery authorization for restricted items while enabling institutions to enforce storage compatibility requirements. The data captured here prevents costly delivery failures where hazardous chemicals might be shipped to buildings lacking appropriate storage facilities.
The field's open-ended format accommodates complex institutional addressing systems while allowing for detailed location specifications including floor numbers, wing designations, and specialized storage areas. This flexibility proves essential when dealing with items requiring specific environmental conditions such as temperature-controlled rooms or inert atmosphere chambers. The information enables delivery personnel to pre-plan access routes, particularly important for large equipment requiring freight elevators or specialized handling equipment.
From a safety management perspective, this field enables automatic verification against institutional databases of room hazard classifications, ensuring that flammable solvents aren't delivered to buildings lacking fire suppression systems or that biohazardous materials aren't shipped to unauthorized facilities. The data also supports inventory management by enabling automated updates to room-specific chemical inventories and equipment asset tracking systems.
Title/Short Description of This Requisition functions as the primary reference identifier for all stakeholders throughout the procurement process. This mandatory field creates an immediate context for approvers who may process dozens of similar requests, enabling quick differentiation between "Semester 2 General Chemistry Practicals" and "Research-grade Anhydrous Solvents for Smith Group." The field's prominence in approval dashboards directly impacts processing efficiency.
The placeholder example provided demonstrates best practices for title construction, showing how to combine temporal, course, and purpose elements into a concise but informative description. This guidance helps standardize naming conventions across the institution, making historical searches more effective. The field enables powerful filtering capabilities in procurement systems, allowing users to quickly locate related orders for budget forecasting or to identify previous suppliers for repeat purchases.
Data quality in this field directly correlates with approval turnaround times, as well-constructed titles enable approvers to understand context without opening full requisitions. The field also supports institutional memory, enabling new faculty to understand historical procurement patterns for their courses or research areas. Analytics derived from this field can identify seasonal patterns, predict demand spikes, and optimize inventory levels for frequently requested item combinations.
Date Requisition Is Submitted establishes the official start of the procurement timeline, creating accountability for processing timeframes and enabling performance metrics tracking. This mandatory field provides the baseline for calculating procurement cycle times, essential for identifying bottlenecks in approval workflows. The date field format eliminates ambiguity inherent in text-based dates, ensuring consistent data for automated processing.
The field enables sophisticated workflow automation including automatic priority escalation for requests approaching critical deadlines, calculation of required approval levels based on proximity to required delivery dates, and generation of performance dashboards for procurement staff. In academic environments where semester start dates create predictable demand spikes, this field enables load balancing across procurement teams and early identification of capacity constraints.
From a compliance perspective, the submission date creates an auditable trail for grant-funded purchases where procurement must occur within specific budget periods. The field also enables analysis of requester behavior patterns, identifying individuals who consistently submit last-minute requests versus those who plan ahead, enabling targeted training interventions.
Date Items Are Required On-site drives the entire procurement scheduling process, converting academic deadlines into operational requirements. This mandatory field enables suppliers to confirm delivery feasibility and institutions to verify storage availability, preventing costly rush charges or delivery rejections. The field creates a clear performance metric for evaluating procurement efficiency against actual need dates.
The field's design acknowledges the reality of scientific research where experimental schedules may be immovable due to grant deadlines, conference presentations, or course syllabi. By capturing this information upfront, the form enables procurement staff to prioritize requests based on genuine urgency rather than subjective perceptions. The data supports sophisticated lead time analysis, identifying optimal ordering windows for different item categories and seasonal patterns.
Integration with institutional calendar systems enables automatic flagging of requests requiring delivery during holiday periods or facility closures, preventing delivery failures. The field also enables cost optimization by identifying opportunities for consolidated deliveries and negotiating better freight rates for non-urgent items.
Priority Level provides critical triage information that enables procurement staff to allocate limited resources effectively. The mandatory single-choice format with clearly defined timeframes eliminates ambiguity while providing actionable guidance for processing workflows. The three-tier system appropriately balances complexity with usability, avoiding the analysis paralysis that can occur with more granular priority systems.
The field's design reflects deep understanding of academic procurement cycles, where genuine emergencies (critical equipment failure) must be distinguished from poor planning (last-minute semester needs). The explicit timeframes enable objective priority assignment rather than subjective urgency claims. Data from this field drives resource allocation decisions including staffing levels, supplier selection criteria, and approval authority delegation.
Analytics derived from priority selections enable identification of systemic issues such as departments consistently submitting urgent requests, suggesting need for process improvement or training. The field also supports supplier performance evaluation, as different priority levels may utilize different vendors with varying service level agreements.
Select All Categories That Apply serves as the primary routing mechanism for specialized review processes. This mandatory multiple-choice field ensures that requisitions involving hazardous chemicals trigger safety officer review, while biological specimens activate biosafety protocols. The comprehensive category list accommodates the full spectrum of scientific procurement while enabling automated workflow assignment.
The field's design enables sophisticated business rules including automatic addition of specialized approval steps for radioactive materials, routing of analytical instruments to technical specification reviewers, and flagging of software requests for IT security review. The data captured here drives procurement strategy by identifying category-specific supplier performance patterns and enabling volume discount negotiations by category.
From a safety perspective, this field provides the first-line screening for hazardous materials, ensuring that appropriate safety reviews occur before orders are placed. The category selections also enable inventory optimization by identifying opportunities to consolidate similar items across departments and predict seasonal demand patterns for different material types.
Does This Requisition Include ANY Hazardous Materials? represents the critical safety checkpoint that prevents potentially dangerous shipments to unprepared facilities. This mandatory yes/no question with conditional follow-ups ensures that every requisition undergoes basic hazard screening, regardless of requester expertise. The field's prominence reflects the life-threatening consequences of incorrect hazardous material classification.
The yes follow-up with multiple hazard class options enables granular risk assessment while maintaining user-friendly design. This approach accommodates both expert chemists who understand GHS classifications and teaching assistants who may only recognize that something is "dangerous." The data captured here drives institutional safety reporting, regulatory compliance tracking, and emergency response planning.
The field enables automatic verification against institutional policies including maximum quantity limits for specific hazard classes, storage compatibility requirements, and special permit needs for controlled substances. Integration with supplier systems can prevent orders for items requiring special shipping arrangements or import permits, avoiding costly delivery failures.
Name of Immediate Supervisor/Line Manager establishes the first level of financial and safety accountability for the requisition. This mandatory field ensures that someone with institutional authority has reviewed the request for budget availability and safety compliance before procurement resources are expended. The field creates a clear chain of responsibility essential for audit compliance and incident investigation.
The field's open-ended format accommodates varying institutional hierarchies while enabling verification against institutional directory systems. This flexibility proves essential in matrix organizations where researchers may report to grant PIs rather than department chairs, or in medical schools where clinical and research reporting lines differ. The data enables analysis of approval patterns and identification of supervisors who may need additional training in procurement policies.
From a risk management perspective, this field ensures that individuals with appropriate safety training review requests for hazardous materials. The supervisor information also enables escalation procedures for requests exceeding departmental delegations or requiring additional safety reviews, preventing procurement delays while maintaining proper oversight.
Email of Supervisor provides the critical communication link for the approval workflow, enabling automated routing of approval requests with embedded decision links. This mandatory field ensures that approval requests reach supervisors regardless of their physical location, essential for international collaborations or travel periods. The field supports sophisticated approval routing including delegation during absences and escalation for time-sensitive requests.
The field enables integration with institutional email systems for automatic approval workflow notifications, reducing approval delays that can impact research schedules. The email address also serves as a unique identifier for supervisor profiles, enabling quick population of approval hierarchies and automated routing based on institutional policies. Data quality here directly impacts approval turnaround times and user satisfaction with the procurement process.
Analytics derived from supervisor email data enable identification of approval bottlenecks, comparison of approval times across departments, and optimization of approval delegation rules. The field also supports audit compliance by providing documented evidence of supervisory review for all procurement decisions.
I Certify That All Information Provided Is Accurate and Complete creates legal accountability for the accuracy of all requisition information. This mandatory checkbox represents more than a formality—it establishes the foundation for disciplinary action if information proves deliberately false, particularly critical for hazardous material declarations where incorrect information could endanger lives. The field's placement near the end of the form ensures users have reviewed all previous entries before attesting to accuracy.
The certification language strikes an appropriate balance between legal sufficiency and user comprehension, avoiding overly complex legalese while maintaining enforceability. The field enables institutions to pursue recovery of costs for orders placed based on incorrect information and provides documentation for performance management when patterns of inaccurate requests emerge.
From a data quality perspective, this field significantly reduces errors by creating psychological commitment to accuracy. Users who must actively certify information accuracy demonstrate measurably lower error rates than those using simple submit buttons. The field also supports institutional compliance with external audit requirements and regulatory reporting obligations.
I Understand That Misuse or Unsafe Handling of Hazardous Materials May Lead to Disciplinary Action serves as the final safety reminder and legal acknowledgment of institutional safety policies. This mandatory checkbox ensures that every requester, regardless of experience level, explicitly acknowledges their safety responsibilities before the requisition proceeds. The field's placement as one of the final elements maximizes retention while providing legal protection for the institution.
The field's language specifically references "misuse or unsafe handling" rather than simply "use," emphasizing that proper training and procedures must be followed. This distinction proves crucial in academic environments where experienced researchers may assume familiarity with materials while institutions must ensure current training compliance. The acknowledgment creates documentation for enforcement actions while encouraging self-remediation of training gaps.
Data from this field enables analysis of safety culture across departments and identification of individuals who may benefit from additional safety training. The field also supports institutional defense in liability matters by demonstrating proactive safety education and acknowledgment of policies.
Mandatory Question Analysis for Science Laboratory & Equipment Requisition Form
Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.
Full Name of Requester
Justification: This field establishes legal accountability for the requisition and creates a clear audit trail for all procurement activities. In laboratory environments where incorrect orders can halt research or create safety hazards, having a named individual responsible for the request is essential for institutional governance and compliance with external audit requirements. The mandatory status prevents anonymous requests that could circumvent approval workflows or safety reviews.
Institution/Organization Name
Justification: This field ensures proper institutional affiliation for billing, compliance, and safety oversight purposes. In multi-institutional research environments or shared procurement systems, institutional identification prevents misdeliveries and ensures appropriate approval routing based on institutional policies. The mandatory status is crucial for volume discount eligibility, regulatory reporting, and maintaining institutional purchasing agreements with preferred suppliers.
Department/Faculty/Unit
Justification: This field enables proper budget allocation and ensures requests are routed to appropriate approval authorities within institutional hierarchies. The mandatory status prevents requisitions from becoming orphaned in approval workflows and enables department-level spending analysis for budget management. This information is essential for inventory management systems that track assets by department and for safety officers who need to verify storage compatibility within specific facilities.
Email Address
Justification: Email serves as the primary communication channel for automated workflow notifications, approval requests, and delivery coordination. The mandatory status ensures that procurement staff can reach requesters for clarification while enabling integration with institutional directory systems for automated approval routing. Without a valid email address, the entire digital procurement workflow breaks down, leading to processing delays and potential delivery failures.
Building/Room Where Items Will Be Used or Stored
Justification: This field provides critical logistics information for delivery coordination and safety compliance verification. The mandatory status prevents costly delivery failures and ensures that hazardous materials are not shipped to unauthorized locations lacking appropriate storage facilities. This information enables automatic verification against institutional databases of room hazard classifications and storage capacity limits.
Title/Short Description of This Requisition
Justification: This field creates a unique identifier that enables efficient processing by approvers who may handle dozens of similar requests. The mandatory status ensures that every requisition has a searchable reference for future procurement planning and budget analysis. Without this field, approvers would need to open full requisitions to understand context, significantly slowing approval times and reducing overall procurement efficiency.
Date Requisition Is Submitted
Justification: This field establishes the official start of the procurement timeline and creates accountability for processing performance metrics. The mandatory status enables calculation of procurement cycle times and identification of bottlenecks in approval workflows. This date is essential for audit compliance, particularly for grant-funded purchases that must occur within specific budget periods, and enables automated escalation for requests approaching critical deadlines.
Date Items Are Required On-site
Justification: This field drives the entire procurement scheduling process and enables suppliers to confirm delivery feasibility. The mandatory status prevents unrealistic delivery expectations and enables procurement staff to prioritize requests based on genuine urgency rather than subjective claims. Without this information, the procurement team cannot effectively manage supplier selection or negotiate delivery terms, potentially causing costly delays to research schedules.
Priority Level
Justification: This field provides critical triage information that enables procurement staff to allocate limited resources effectively during high-demand periods. The mandatory status with defined timeframes eliminates ambiguity while enabling objective priority assignment based on institutional needs. This information drives staffing allocation decisions, supplier selection criteria, and approval authority delegation, particularly important during semester start periods when demand spikes.
Select All Categories That Apply
Justification: This field serves as the primary routing mechanism for specialized review processes and ensures appropriate safety oversight. The mandatory status guarantees that every requisition undergoes basic hazard screening while enabling automated business rules for category-specific approvals. Without this information, hazardous materials could bypass required safety reviews, creating significant liability for the institution and potential danger to personnel.
Does This Requisition Include ANY Hazardous Materials?
Justification: This field represents the critical safety checkpoint that prevents potentially dangerous shipments to unprepared facilities. The mandatory yes/no question ensures universal hazard screening regardless of requester expertise level. This information drives automatic verification against institutional policies for maximum quantity limits, storage compatibility requirements, and special permit needs for controlled substances, preventing regulatory violations that could result in fines or loss of research funding.
Name of Immediate Supervisor/Line Manager
Justification: This field establishes the first level of financial and safety accountability while creating a clear chain of responsibility essential for audit compliance. The mandatory status ensures that someone with institutional authority reviews requests for budget availability and safety compliance before procurement resources are expended. Without supervisory review, institutions lose critical oversight for ensuring alignment with research priorities and compliance with safety policies.
Email of Supervisor
Justification: This field provides the critical communication link for the approval workflow, enabling automated routing of approval requests with embedded decision links. The mandatory status ensures approval requests reach supervisors regardless of physical location, essential for international collaborations or travel periods. Without supervisor email information, the digital approval workflow cannot function, forcing manual intervention that significantly delays procurement and frustrates researchers.
I Certify That All Information Provided Is Accurate and Complete
Justification: This checkbox creates legal accountability for information accuracy and establishes the foundation for disciplinary action if information proves deliberately false. The mandatory status is particularly critical for hazardous material declarations where incorrect information could endanger lives and result in regulatory violations. This certification significantly improves data quality by creating psychological commitment to accuracy, reducing errors that could result in costly order corrections or safety incidents.
I Understand That Misuse or Unsafe Handling of Hazardous Materials May Lead to Disciplinary Action
Justification: This field serves as the final safety reminder and legal acknowledgment of institutional safety policies. The mandatory status ensures that every requester, regardless of experience level, explicitly acknowledges their safety responsibilities before the requisition proceeds. This acknowledgment creates documentation for enforcement actions while encouraging self-remediation of training gaps, supporting institutional defense in liability matters by demonstrating proactive safety education.
The current form demonstrates excellent strategic thinking in balancing comprehensive data collection with user experience. By limiting mandatory fields to truly essential information, the form maintains high completion rates while capturing critical safety and compliance data. The progressive disclosure approach—where additional fields become mandatory based on earlier responses (like hazard classifications)—prevents overwhelming users while ensuring appropriate oversight.
Consider implementing conditional mandatoriness for certain fields based on institutional policies. For example, international shipping details could become mandatory only when selected, while still maintaining the core safety and identification fields as universally required. The current approach of making supervisor information mandatory while keeping telephone numbers optional strikes an appropriate balance between accountability and user convenience. Future enhancements might include making risk assessment matrices mandatory for high-hazard materials while keeping them optional for general lab supplies, further optimizing the balance between safety oversight and user efficiency.
To configure an element, select it on the form.