Steps
Step 1
Product Classification and Pathway Definition
This step is an important element in biomedical engineering projects, closely integrating engineering technology with medical needs to solve clinical problems. Biomedical engineering must strictly follow relevant medical device regulations and standards, ensuring safety and effectiveness. Work is carried out using interdisciplinary methods of biology, medicine and engineering.
• Work according to relevant medical device regulations (NMPA, FDA, CE) and standards (ISO, GB, YY)
• Use professional tools (MATLAB/COMSOL/SolidWorks/SPSS, etc.) for design, calculation and data analysis
• Perform biocompatibility and safety evaluation, ensuring compliance with clinical application requirements
Deliverable: Professional report (including method description, experimental data, analysis results, risk assessment, conclusions and suggestions) | Quality standard: Compliant methods, accurate data, safe and effective, compliant with medical ethics
Step 2
Regulatory Technical Documentation
This step is an important element in biomedical engineering projects, closely integrating engineering technology with medical needs to solve clinical problems. Biomedical engineering must strictly follow relevant medical device regulations and standards, ensuring safety and effectiveness. Work is carried out using interdisciplinary methods of biology, medicine and engineering.
• Work according to relevant medical device regulations (NMPA, FDA, CE) and standards (ISO, GB, YY)
• Use professional tools (MATLAB/COMSOL/SolidWorks/SPSS, etc.) for design, calculation and data analysis
• Perform biocompatibility and safety evaluation, ensuring compliance with clinical application requirements
Deliverable: Professional report (including method description, experimental data, analysis results, risk assessment, conclusions and suggestions) | Quality standard: Compliant methods, accurate data, safe and effective, compliant with medical ethics
Step 3
Risk Management and Quality System
This step is an important element in biomedical engineering projects, closely integrating engineering technology with medical needs to solve clinical problems. Biomedical engineering must strictly follow relevant medical device regulations and standards, ensuring safety and effectiveness. Work is carried out using interdisciplinary methods of biology, medicine and engineering.
• Work according to relevant medical device regulations (NMPA, FDA, CE) and standards (ISO, GB, YY)
• Use professional tools (MATLAB/COMSOL/SolidWorks/SPSS, etc.) for design, calculation and data analysis
• Perform biocompatibility and safety evaluation, ensuring compliance with clinical application requirements
Deliverable: Professional report (including method description, experimental data, analysis results, risk assessment, conclusions and suggestions) | Quality standard: Compliant methods, accurate data, safe and effective, compliant with medical ethics
Step 4
Clinical Evaluation and Ethics Protocol
This step performs comprehensive performance evaluation and risk assessment of biomedical products, providing basis for clinical application or registration submission. Biomedical evaluation must balance effectiveness, safety and economy, conducting full life cycle risk management according to medical device risk management standards. Form complete evidence chain through pre-clinical evaluation and clinical evaluation.
• Conduct risk management according to ISO 14971, identify hazards, estimate risks, evaluate risks and control risks
• Perform pre-clinical performance evaluation, including summary analysis of bench tests, in vitro tests and animal experiment results
• Compare with similar product performance parameters, analyze technical advantages and clinical value, form comprehensive evaluation conclusion
Deliverable: Evaluation report (including risk analysis, performance assessment, clinical value analysis, comprehensive evaluation, improvement suggestions) | Quality standard: Scientific evaluation method, controllable risks, qualified performance, clear clinical value
Step 5
Ethics Discussion and Report
This step is an important element in biomedical engineering projects, closely integrating engineering technology with medical needs to solve clinical problems. Biomedical engineering must strictly follow relevant medical device regulations and standards, ensuring safety and effectiveness. Work is carried out using interdisciplinary methods of biology, medicine and engineering.
• Work according to relevant medical device regulations (NMPA, FDA, CE) and standards (ISO, GB, YY)
• Use professional tools (MATLAB/COMSOL/SolidWorks/SPSS, etc.) for design, calculation and data analysis
• Perform biocompatibility and safety evaluation, ensuring compliance with clinical application requirements
Deliverable: Professional report (including method description, experimental data, analysis results, risk assessment, conclusions and suggestions) | Quality standard: Compliant methods, accurate data, safe and effective, compliant with medical ethics