Introduction to the Program

Matricúlate en una Postgraduate diploma que elevará tus competencias para la Quality and Safety Management in Industrial Chemical Processes ”

Una de las grandes preocupaciones de las plantas químicas es la seguridad de los procesos e instalaciones. A ello se une el mayor interés por parte de las empresas por la sostenibilidad, tanto en sus productos como en las emisiones provocadas por su producción. En este sentido, en los últimos años existe una mayor implicación de la industria, que se ha adaptado a las diferentes normativas internacionales existente en materia de calidad y prevención de riesgos.

Una realidad, que lleva a los ingenieros a estar al tanto de las metodologías de análisis de peligros, los sistemas de actuación en emergencias, así como los diferentes sistemas de gestión ambiental. En esta línea se adentra esta Postgraduate diploma de 6 meses de duración, elaborado por un excelente equipo experto en Ingeniería Química y en Derecho.

El alumnado está, así, ante un programa que le permitirá estar al día sobre la seguridad industrial, la prevención de riesgos en las plantas de procesos, la organización y dirección de empresas en el sector químico o las garantías de calidad de los procesos. Para ello, el egresado dispone de numerosas herramientas pedagógicas (vídeo resúmenes, vídeos en detalle, lecturas y casos de estudio), accesible en cualquier momento del día y desde un dispositivo digital.

Asimismo, gracias al método Relearning, el estudiante conseguirá un aprendizaje mucho más efectivo, en menor tiempo al reducir las largas horas de estudio y memorización. El ingeniero está así ante una propuesta académica flexible y pensada para aportarle el conocimiento que necesita para progresar en el sector.

TECH ha diseñado un programa flexible que se adapta a tu agenda y a tus motivaciones profesionales”

Esta Postgraduate diploma en Quality and Safety Management in Industrial Chemical Processes  contiene el programa educativo más completo y actualizado del mercado. Sus características más destacadas son:

  • El desarrollo de casos prácticos presentados por expertos en Ingeniería Química
  • Los contenidos gráficos, esquemáticos y eminentemente prácticos con los que está concebido recogen una información científica y práctica sobre aquellas disciplinas indispensables para el ejercicio profesional
  • Los ejercicios prácticos donde realizar el proceso de autoevaluación para mejorar el aprendizaje
  • Su especial hincapié en metodologías innovadoras 
  • Las lecciones teóricas, preguntas al experto, foros de discusión de temas controvertidos y trabajos de reflexión individual
  • La disponibilidad de acceso a los contenidos desde cualquier dispositivo fijo o portátil con conexión a internet

En este programa analizarás con el mejor material las huellas de carbono y ambiental corporativas, así como las herramientas para su aplicación"

El programa incluye en su cuadro docente a profesionales del sector que vierten en esta capacitación la experiencia de su trabajo, además de reconocidos especialistas de sociedades de referencia y universidades de prestigio.

Su contenido multimedia, elaborado con la última tecnología educativa, permitirá al profesional un aprendizaje situado y contextual, es decir, un entorno simulado que proporcionará una capacitación inmersiva programada para entrenarse ante situaciones reales.

El diseño de este programa se centra en el Aprendizaje Basado en Problemas, mediante el cual el profesional deberá tratar de resolver las distintas situaciones de práctica profesional que se le planteen a lo largo del curso académico. Para ello, contará con la ayuda de un novedoso sistema de vídeo interactivo realizado por reconocidos expertos.

Lidera la gestión de recursos humanos y la organización empresarial de una compañía química gracias a este aprendizaje intensivo"

Serás capaz de diseñar y gestionar proyectos de seguridad a lo largo del ciclo de vida de una planta química"

Syllabus

TECH has developed this Postgraduate diploma based on the most rigorous and current information on Quality and Safety Management in Industrial Chemical Processes . This is an intensive program that will lead the graduate to obtain advanced learning about sustainability, the regulations governing quality management, as well as the organization of companies in this sector. In this way, the high school students will get a comprehensive education, which will allow them to grow professionally in the industry.

It further extends the information in this program thanks to the scientific literature provided by the expert faculty team in Chemical Engineering"

Module 1. Sustainability and Quality Management in the Chemical Industry

1.1. Environmental Management Systems

1.1.1. Environmental Management
1.1.2. Environmental Impact Assessment
1.1.3. ISO 14001 Standard and Continuous Improvement
1.1.4. Environmental Auditing

1.2. Carbon and Environmental Footprint

1.2.1. Corporate Sustainability
1.2.2. Corporate Carbon and Environmental Footprint
1.2.3. Carbon Footprint Calculation of an Organization
1.2.4. Application of the Corporate Environmental Footprint

1.3. Sustainable Water Management in Industry

1.3.1. Planning the Sustainable Use of Water Resources through Hydrological Modeling
1.3.2. Responsible Use of Water in Industrial Chemical Processes
1.3.3. Use of Nature-Based Solutions in Industry

1.4. Life Cycle Analysis

1.4.1. Sustainable Industrial Production
1.4.2. Product Life Cycle Components
1.4.3. Phases of the Life Cycle Analysis Methodology
1.4.4. ISO 14040 Standard for Product Life Cycle Assessment

1.5. Quality Management Systems

1.5.1. Quality Principles and Evolution
1.5.2. Quality Control and Assurance
1.5.3. ISO 9001

1.6. Process Quality Assurance

1.6.1. Quality Management Systems and Its Processes
1.6.2. Steps in the Quality Assurance Process
1.6.3. Standardized Processes

1.7. Quality Assurance of the Final Product

1.7.1. Standardization
1.7.2. Equipment Calibration and Maintenance
1.7.3. Product Approvals and Certifications

1.8. Implantation of  Integrated Management System

1.8.1. Integrated Management System
1.8.2. Implantation of  Integrated Management System
1.8.3. GAP Analysis

1.9. Change Management in the Chemical Industry

1.9.1. Change Management in the Industry
1.9.2. Industry of Chemical Processes
1.9.3. Change Planning

1.10. Sustainability and Minimization: Integrated Waste Management

1.10.1. Minimization of Industrial Waste
1.10.2. Stages in the Minimization of Industrial Waste
1.10.3. Recycling and Treatment of Industrial Waste

Module 2. Industrial Safety in the Chemical Sector

2.1. Safety in the Chemical Industry

2.1.1. Safety in the Chemical Industry
2.1.2. Accidents in the Chemical Industry
2.1.3. International Safety Regulations in the Chemical Industry
2.1.4. Safety Culture in the Industry

2.2. Risk Prevention in Process Plants

2.2.1. Inherent Safety Design to Minimize Risk
2.2.2. Use of Safety Barriers and Control Systems
2.2.3. Maintenance of Safety Systems in the Life Cycle of the Chemical Plant

2.3. Structured Hazard Identification Methods

2.3.1. HAZOP Hazard and Operability Analysis
2.3.2. LOPA Risk and Operability Analysis with Layers of Protection
2.3.3. Comparison and Combination of Structured Methods

2.4. Quantitative Methods of Hazard Analysis

2.4.1. Diagrams of Events
2.4.2. Diagrams of Failures
2.4.3. Consequence Analysis and Risk Estimation

2.5. Workers Safety in the Chemical Industry

2.5.1. Safety in the Workplace
2.5.2. Protective Measures in the Handling of Chemical Products
2.5.3. Worker Safety Training and Coaching

2.6. Use of Chemical Products

2.6.1. Incompatibilities in Chemical Products Storage
2.6.2. Handling of Chemical Substances
2.6.3. Safety in the Use of Hazardous Chemicals

2.7. Emergency Strategies

2.7.1. Integral Emergency Planning in the Chemical Industry
2.7.2. Development of Emergency Scenarios
2.7.3. Development of Emergency Plan Simulations
2.7.4. Crisis Management and Continuity

2.8. Environmental Risks in Chemical Industry

2.8.1. Air Pollution Sources and Air Pollutant Dispersion Mechanisms
2.8.2. Sources of Soil Contamination and Their Impact on Biodiversity
2.8.3. Sources of Water Resources Contamination and Their Impact on Water Availability

2.9. Environmental Protection Measures

2.9.1. Air Pollution Control
2.9.2. Soil Contamination Control
2.9.3. Water Resources Contamination Control

2.10. Investigating Accidents

2.10.1. Accident Investigation Methodologies
2.10.2. Stages in Accidents Investigation
2.10.3. Human and Organizational Error Analysis
2.10.4. Communication and Continuous Improvement 

Module 3. Organization and Management of Companies in the Chemical Sector

3.1. RRHH Management in the Chemical Sector

3.1.1. Human Resources

3.1.1.1. Formation and Motivation of the Human Team in the Chemical Sector

3.1.2. Job Analysis: Group Organization
3.1.3. Payroll and Incentives

3.2. Organization of Work in the Chemical Sector

3.2.1. Work Planning: Taylor's Organizational Theory
3.2.2. Personal Recruitment in the Chemical Sector
3.2.3. Organization of the Work Team
3.2.4. Teamwork Techniques

3.3. Organization of the Company

3.3.1. Elements in the Organization of the Company
3.3.2. Organizational Structure in the Chemical Industry
3.3.3. Division of Labor

3.4. Chemical Production Management and Organization

3.4.1. Strategic Decisions in Chemical Production
3.4.2. Production Planning
3.4.3. Theory of the Limitations
3.4.4. Short-Term Programming

3.5. Financial Business Management

3.5.1. Financial Planning
3.5.2. Company Valuation Methods
3.5.3. The Investment: Static and Dynamic Inversion Methods

3.6. Development of Manager Skills

3.6.1. Creative Problem Solving
3.6.2. Corporate Conflict Management
3.6.3. Empowerment and Delegation: Pyramidal Structure
3.6.4. Formation of Efficient Teams

3.7. Business Plan

3.7.1. Legal-Fiscal Plan
3.7.2. Operational Plan
3.7.3. Marketing Plan
3.7.4. Economic-Financial Plan

3.8. Business and Corporate Social Responsibility

3.8.1. Governance in RSE and RSC
3.8.2. Criteria for the Analysis of RSC in the Chemical Industry
3.8.3. RSE and CSR Implications

3.9. International Agreements in the Chemical Sector

3.9.1. Rotterdam Convention on the Export and Import of Hazardous Chemicals
3.9.2. Chemical Weapons Convention
3.9.3. Stockholm Convention on Persistent Organic Pollutants
3.9.4. Strategic International Chemicals Management Agreement

3.10. Ethical Controversies in the Chemical Industry

3.10.1. Environmental Challenges
3.10.2. Distribution and Use of Natural Resources
3.10.3. Implications of Negative Ethics 

Delve into the latest advances in integrated waste management from your computer with Internet connection at any time"

Postgraduate Diploma in Quality and Safety Management of Industrial Chemical Processes

TECH's Postgraduate Diploma in Quality and Safety Management of Industrial Chemical Processes is a highly relevant academic program in the field of industrial chemistry. In the industrial field, the quality and safety of chemical processes are fundamental aspects to guarantee the efficiency and effectiveness of production. The proper management of these processes allows minimizing risks, improving productivity and ensuring the quality of the chemical products manufactured. This academic program focuses on providing students with the necessary knowledge to understand and apply quality and safety management methodologies, standards and tools in industrial chemical processes. Through comprehensive training, students acquire skills and competencies to identify the different risks associated with chemical processes, implement prevention and control measures, and evaluate the quality of chemical products.

Certify at TECH and advance professionally

One of the main benefits of the Postgraduate Diploma in Quality and Safety Management of Industrial Chemical Processes is that it provides professionals in the field of chemistry with the necessary tools to understand and manage the regulatory and normative aspects related to the quality and safety of chemical processes. This allows them to ensure compliance with established regulations and standards, avoiding legal sanctions and risks to the health of workers and the environment. The demand for professionals specialized in quality and safety management of industrial chemical processes is increasing, as companies seek to ensure the efficiency and safety of their operations. Having a Postgraduate Diploma in this field provides graduates with excellent job opportunities in the chemical industry, both nationally and internationally. This specialized training enables them to acquire the knowledge and skills necessary to guarantee the quality, safety and efficiency of chemical processes, thus ensuring the success and competitiveness of companies in the sector.