
Join this advanced course on project management and risk management to learn risk identification, planning, quantification, personalized risk response systems, and in-depth risk case studies.
Explore advanced project management and risk management fundamentals, including initiation, planning, execution, monitoring, and contract administration. Learn how risk planning, cost control, procurement, and resource planning drive project success.
Explore risk identification, risk quantification, and risk monitoring and control in project planning, estimate potential losses, and balance outcomes using a food process plant case study.
Identify risks early using a structured framework that classifies internal, external, technical, and unforeseeable risks during project initiation through planning, with scope, budgets, and procurement as key factors.
Identify and classify risks using diverse frameworks tailored to business, IT, and project types; assess flags, quantify impact, and plan mitigations for grassroots teams.
Quantify risk by measuring likelihood, hazards, and potential loss using models like EMV, assess impact and probability, set tolerance levels, and plan mitigation and monitoring to prevent hazards and disruptions.
Learn how to implement risk monitoring and response plans—evasion, mitigation, acceptance, and deflection—plus continuous monitoring, maintenance strategies, and risk logging for effective project risk management.
A four-stage case study on risk management for a new production line, covering design and procurement risks, risk identification, quantification, control, and evading flawed design through precise data.
Assess outsourcing risks in procurement by selecting experienced vendors, ensuring coordination, and mitigating rework and delays; evasion, deflection, and mitigation protect 4% of project cost and timelines.
Identify risks in plant installation and commissioning, coordinate vendors and clients, and apply mitigation and acceptance strategies to minimize delays and costs.
Introduction to Project and Advance Project Management Studies.
Defining Modification of Advance Project Studies as per Project Requirments.
Explanation of Initiation, Planning, Execution, Monitoring, and Completion and its Classification.
Introduction to Risk, Definition, and Introduction.
Classification of Risk Management with Examples.
Risk Identification and Its Structure.
Risk Quantification and Analysis of Risk Impact with Examples.
Risk Response Calculation and Analysis of Risk Response Methods.
Definition and Introduction to Risk Response Methods with Examples.
Operational Risk Management and Project Analysis.
Understanding how to Identify Risk Stage wise and Risk Planning.
Detailed Case study of Process Plant and Risk Identification.
Case study to Risk Impact Calculation and Risk Response.
Covering all Project Stages Initiation, Planning, Monitoring, Execution, and Completion, commissioning in Case Study.
Explanation of Risk Response Responsibilities of Project Manager or Project Executing Company.
Defining Risk Identification Framework with Complete Integration with Project Planning.
Discussing Risk Identification Aspects in all the stages as per Practical Example Design, procurement Installation, and Commissioning in Case Study.
Understanding Risk Response System and Methodology.
Understanding Risk Assessment Failure Ratio.
Quiz for Recalling the Course Outlines and Lectures Understanding.
Practicing all Aspects of Risk Assessment in Available Quizzes.
Discussing Risk Probabilities in IT, Medical, Mechanical, and Construction in detail.