Completed prior projects of products and systems successfully evaluated for safety and compliance. Proven record of seamless compliance and market deployment
Achievements
Standards & Markets: IEC 62368-1, IEC 60529, IEC 61000 - CE Marking
Product Details:
Industrial-grade, non-rechargeable battery-powered IBC Monitoring & Asset-Tracking Sensor.
Falls under the Low Voltage Directive (LVD) because of internal battery power exceeding ELV thresholds in certain operating modes, and under IEC 62368-1 as an audiovisual / IT communication device integrating sensing, data processing, and wireless data transfer hardware.
IP66/IP68 rated housing under IEC 60529-1 providing resistance to dust, water, and high humidity.
Responsibilities Within the Accredited Evaluation:
Determined correct product category and confirmed applicability under IEC 62368-1.
Performed a full safety evaluation using the accredited lab’s 62368-1 TRF.
Conducted clause-by-clause assessment of electrical, mechanical, thermal, fire, and enclosure-related hazards.
Reviewed technical documentation including schematics, BOMs, PCB layouts, mechanical drawings, and component datasheets.
Verified compliance of safety-critical components.
Performed all 62368-1 safety testing for electrical, thermal, mechanical stress, and construction evaluations. These tests included:
- Electrical Strength (dielectric withstand)
- Insulation and spacing verification (clearances/creepages)
- Touch-current and protective bonding verification
- Abnormal operation testing (battery and internal circuit behavior)
- Battery safety considerations (construction, protective circuits)
- Single-fault condition evaluation
- Temperature rise measurements on critical components
- Mechanical stress tests (impact, stability, drop where applicable)
- Ingress Protection Tests (IEC 60529): (IP66/IP68) - Water & dust ingress resistance
Documented findings and completed the formal compliance report for certification.
IEC 60204-1 (Electrical Safety), ISO 12100 (Risk Assessment), ISO 16110-1 (Hydrogen Processing Systems – Safety Framework). Along with reviews and translation of relevant NFPA and ASME standards.
Product Details:
Integrated hydrogen-based energy-processing subsystem consisting of electrically powered controls, instrumentation, thermal components, and associated safety mechanisms intended for use in controlled industrial environments.
Assessed under standards applicable to industrial machinery, hydrogen processing systems, and national safety codes governing pilot demonstrations in restricted-access environments.
Evaluation Scope Executed:
Regulatory Pathway & Standards Alignment:
Identified applicable global and regional standards for hydrogen-processing industrial equipment.
Mapped conformity requirements for IEC, ISO, and related frameworks.
Determined the applicable scope of targeted country market entry and defined conditions for pilot deployment.
Collaborated with NRTLs to support formal certification, testing services, and specialized consulting, ensuring alignment with both product scope and regulatory jurisdiction.
Safety & Electrical Evaluation:
Conducted full IEC 60204-1 assessment for electrical safety, wiring practices, protection devices, grounding, and operator-interface safety.
Performed machinery risk assessments per ISO 12100 including identification of hazards, risk estimation, risk reduction strategy, and documentation of protective measures.
Verified subsystem-level safety functions, shutdown mechanisms, and interlock logic.
Documentation & Compliance Preparation:
Reviewed technical files including schematics, component documentation, technical specifications, and system-level functional descriptions.
Developed structured compliance matrices mapping system design to IEC/ISO/KGS/SASO/CE requirements.
Pilot Deployment Regulatory Support:
Collaborated extensively with internal mechanical engineering, electrical engineering, safety engineering, management, and operations teams to consolidate technical data needed for compliance evaluation.
Coordinated internal reviews of component selections, subsystem interfaces, risk-reduction measures, and protective system behavior.
Standards & Markets:
IEC 61010-1, UL 61010-1, CSA C22.2 No. 61010-1 - NRTL Listing for USA & Canada
Product Type:
Hardwired control and monitoring system for medical-gas pipeline manifolds rated for 110-240 VAC, 50/60 Hz, designed to regulate supply-bank switching, monitor line pressures, and provide alarm/notification functions for healthcare gas systems.
Responsibilities Within the Accredited Evaluation:
Performed a full clause-by-clause safety evaluation using the NRTL’s 61010-1 Test Report Form (TRF).
Reviewed all technical documentation including schematics, BOMs, PCB layouts, wiring diagrams, enclosure drawings, and component datasheets.
Verified compliance of safety-critical components (power supplies, relays/solenoids, connectors, polymers, insulation systems).
Conducted all required 61010-1 safety tests, including, but not limited to:
- Electrical Strength (dielectric withstand)
- Insulation and spacing verification (clearances/creepages)
- Touch-current and protective bonding verification
- Abnormal operation testing (relevant to protection circuitry)
- Temperature rise
- Mechanical strength testing (impact, stability, and handling)
- Pressure integrity test of fluid-handling components
- Leakage test at rated working pressure
Documented findings and completed the formal compliance report for certification.
Standards & Markets: IEC 62368-1, IEC 60529, IEC 61000 - IEC CB Scheme and NRTL Listing for USA & Canada
Product Details:
Low-voltage, powered through an externally approved AC adapter rated 120 VAC, 50/60 Hz, 0.2 A, providing SELV output. A sleep-tracking system designed to monitor physiological and environmental sleep metrics.
Evaluated under the Low Voltage Directive (LVD) and assessed for safety compliance per IEC 62368-1 as an information technology / measurement device integrating sensing electronics, data processing, and communication functions.
Responsibilities Within the Accredited Evaluation:
Confirmed applicability of IEC 62368-1 based on device category and method of use.
Performed complete clause-by-clause safety evaluation using the accredited lab’s 62368-1 Test Report Form (TRF).
Assessed electrical, thermal, fire, and mechanical safety requirements relevant to low-voltage consumer devices.
Reviewed technical documentation including schematics, BOMs, PCB layouts, enclosure drawings, and component specifications.
Verified conformity of safety-critical components (power supply, polymers, connectors, insulation systems).
Performed all 62368-1 safety testing for electrical, thermal, mechanical stress, and construction evaluations. These tests included:
- Electrical Strength (dielectric withstand)
- Insulation/spacing verification for SELV circuits
- Touch-current measurements
- Temperature rise evaluation under normal and abnormal operation
- Single-fault condition analysis (sensor circuits, power input, internal regulation)
- Power supply safety verification (external adapter documentation review)
Documented results and prepared the full compliance evaluation report.
Standards & Markets: UL 61010-1 / CSA C22.2 No. 61010-1 – NRTL Listing for USA & Canada
Product Details:
Hardwired surge protection and power-monitoring device for RV applications. The unit sits between the park pedestal and the RV electrical system, continuously analyzing incoming power before and during connection.
Evaluated under UL/CSA 61010-1 as a measurement, monitoring, and control instrument designed for fixed installation in low-voltage electrical systems. Two (2) different models, single-phase and three-phase rated for 125V / 30A and 250V / 50A.
Responsibilities Within the Accredited Evaluation:
Determined device classification and confirmed applicability under UL/CSA 61010-1.
Performed full clause-by-clause evaluation using the accredited lab’s 61010-1 TRF.
Reviewed electrical schematics, BOMs, PCB layouts, wiring diagrams, and component datasheets.
Assessed protection circuits, spacing requirements, insulation coordination, thermal behavior, relay/contactor performance, and overload protection features.
Evaluated enclosure construction, accessibility, and wiring separation per 61010-1 safety principles.
Conducted all required 61010-1 safety tests, including, but not limited to:
- Electrical Strength (dielectric withstand)
- Insulation and spacing verification (clearances/creepages)
- Touch-current and protective bonding verification
- Abnormal operation testing (relevant to protection circuitry)
- Temperature rise
Documented results and prepared the full compliance report supporting listing and certification.
