Функциональная безопасность from Coursera

К системам связанным с безопасностью, относятся системы автоматизации во многих отраслях промышленности, все виды транспортных машин (от автомобилей до самолетов), мед. оборудование, некоторые виды бытовых приборов. Большинство этих продуктов содержат в себе электронные системы управления. К сожалению, при их разработке чаще всего не ведется систематического управления рисками, а требования безопасности базируются на истории эксплуатации. Данный курс даст возможность компаниям, чьи продукты связаны с безопасностью, научиться систематически управлять рисками и знаниями о продукте. Это значит, что вероятность опасных событий (и связанных с ними расходов) значительно снизится, а уровень знания потенциально опасных событий, связанных с эксплуатацией системы - наоборот, повысится. Кроме того, в результате проведения анализа безопасности появится новая информация о структуре системы и ее элементах. Эта информация будет полезна для онбординга новых сотрудников, позволит компании меньше зависеть от знаний и умений единичных "мастеров", оптимизировать процессы разработки, проверки и приемки. Курс разработан кафедрой технологического предпринимательства МФТИ-РОСНАНО совместно с АНО "еНано".

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Explores safety systems across various industries, offering a comprehensive understanding of their design and management

Taught by instructors from Moscow Institute of Physics and Technology and ANO eNano, esteemed institutions in their field

Focuses on developing systematic risk and knowledge management strategies for products related to safety systems

Helps reduce the probability of safety events and enhances understanding of potential hazards

Provides valuable insights into system structure and elements, facilitating onboarding and optimizing development processes

Requires prior knowledge in safety engineering or related fields

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Функциональная безопасность with these activities:

Compile a library of safety engineering resources

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Having a comprehensive collection of resources will provide easy access to valuable information and support continuous learning beyond the course.

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Gather and organize relevant articles, books, websites, and other resources on safety engineering.
Create a system for categorizing and storing the resources for easy retrieval.

Review probability and statistics concepts

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Strong foundation in probability and statistics is essential for understanding risk analysis, a crucial aspect of safety engineering.

Browse courses on Probability

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Review notes or textbooks on probability and statistics.
Complete practice problems and exercises.
Take an online quiz or assessment to test your understanding.

Review key safety engineering concepts

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Refreshing key concepts in safety engineering will help set the stage for success and reinforce concepts throughout the entire course.

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Review notes from previous courses or textbooks on safety engineering.
Read journal articles or industry reports on recent advancements in safety engineering.
Attend a webinar or online lecture on safety engineering fundamentals.

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Attend a safety-related workshop or conference

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Attend a safety-related workshop or conference to learn about best practices and emerging trends in safety management.

Browse courses on Safety Management

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Identify and register for a relevant safety-related workshop or conference.
Attend the workshop or conference and actively participate in presentations and discussions.
Take notes and gather materials to document your learning.
Follow up with speakers and attendees to connect and exchange ideas.

Participate in online discussion forums or study groups

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Engaging in discussions with peers will foster deeper understanding of the course material and provide different perspectives.

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Join online discussion forums or study groups related to safety engineering.
Actively participate in discussions by asking questions, sharing insights, and providing feedback to others.

Analyze case studies of safety incidents

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Analyzing case studies will help develop critical thinking skills and the ability to apply safety engineering principles to real-world situations.

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Read and understand the case study.
Identify the root causes of the safety incident.
Develop recommendations to prevent similar incidents from occurring in the future.

Analyze safety-related incidents

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Practice analyzing safety-related incidents to improve your ability to identify potential hazards and develop mitigation strategies.

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Collect data on safety-related incidents, such as accident reports, investigation reports, and maintenance records.
Analyze the data to identify common causes and patterns of safety-related incidents.
Develop recommendations for corrective and preventive actions to reduce the risk of future incidents.

Develop safety-related training materials

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Create safety-related training materials to enhance your knowledge of safety principles and best practices.

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Identify the target audience for the training materials.
Research and gather information on relevant safety topics.
Develop training materials, such as presentations, videos, or written documents.
Pilot test the training materials with a small group of participants.
Revise and finalize the training materials based on feedback.

Conduct a risk assessment for a real-world system

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Performing a risk assessment will provide practical experience in applying safety engineering principles to real-world scenarios.

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Identify the system to be assessed.
Gather information about the system, including its design, operation, and maintenance procedures.
Identify potential hazards associated with the system.
Analyze the likelihood and consequences of each hazard.
Develop recommendations to mitigate or eliminate the identified hazards.

Develop a safety checklist for a specific system

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Creating a safety checklist will help apply the concepts learned in the course to a practical scenario, solidifying understanding.

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Identify a system that you are familiar with.
Research and identify potential hazards associated with the system.
Develop a checklist that includes steps to mitigate or eliminate the identified hazards.
Review the checklist with experts in the field to ensure its completeness and accuracy.

Design and implement a safety system for a small-scale project

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Designing and implementing a safety system will provide hands-on experience and a deeper understanding of the principles covered in the course.

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Define the scope and objectives of the project.
Research and identify potential hazards associated with the project.
Design and implement a safety system to mitigate or eliminate the identified hazards.
Test and evaluate the effectiveness of the safety system.

Career center

Learners who complete Функциональная безопасность will develop knowledge and skills that may be useful to these careers:

Safety Engineer

Safety Engineers design, implement, and manage safety programs and procedures. The Functional Safety course can provide graduates with the knowledge and skills needed to succeed in this field.

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Product Safety Manager

Product Safety Managers ensure that products meet safety regulations and standards. The Functional Safety course can help prepare graduates for this role by providing them with a comprehensive understanding of risk management and safety analysis.

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Safety Consultant

Safety Consultants provide advice and guidance on safety-related matters. Graduates of the Functional Safety course will gain a deep understanding of safety analysis and risk management.

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Industrial Engineer

Industrial Engineers design and improve processes and systems. Graduates of the Functional Safety course may be able to apply their skills in risk and hazard analysis to improve safety and productivity.

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Forensic Engineer

Forensic Engineers analyze accidents and failures to determine causes and prevent future incidents. Graduates of the Functional Safety course may be able to apply their skills in risk and hazard analysis to improve safety and prevent accidents.

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Reliability Engineer

Reliability Engineers focus on improving the reliability and safety of products and systems. Graduates of the Functional Safety course will gain a solid understanding of risk management, which is essential for this role.

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Quality Assurance Manager

Quality Assurance Managers oversee the quality of products and services. The Functional Safety course can provide graduates with an understanding of risk management and quality control.

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Technical Writer

Technical Writers create documentation for products and services. The Functional Safety course can provide graduates with the knowledge and skills needed to write clear and concise safety-related documentation.

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Operations Manager

Operations Managers oversee the day-to-day operations of an organization. Knowledge of risk management can be crucial in this role, and the Functional Safety course can provide it.

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Risk Manager

Risk Managers identify, assess, and manage risks within an organization. Knowledge of risk management is crucial for this role, and the Functional Safety course can help provide it.

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Systems Engineer

Systems Engineers design, develop, and integrate complex systems. Understanding risk management is crucial for this role, and the Functional Safety course can provide it.

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Project Manager

Project Managers plan, execute, and close projects. The Functional Safety course can be helpful for those aspiring to become Project Managers, as it teaches risk management and safety analysis.

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Data Analyst

Data Analysts collect, analyze, and interpret data. Graduates of the Functional Safety course may be able to apply their analytical skills to data related to safety and risk.

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Business Analyst

Business Analysts analyze business needs and develop solutions. The Functional Safety course can help graduates develop risk management and analytical skills.

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Statistician

Statisticians use statistical methods to collect and analyze data. Graduates of the Functional Safety course may be able to apply their statistical knowledge to safety-related data.

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Функциональная безопасность

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