15 Project Engineer courses in Coventry delivered Live Online

Acquire in-depth knowledge of heat exchanger design and cost-saving management with EnergyEdge's TEM & HTRI course. Join our virtual instructor-led training to stay ahead in the industry.

Enhance your expertise in HV/MV power system design and protection coordination with EnergyEdge's virtual instructor-led training. Join now!

Elevate your understanding of relay protection in power systems with EnergyEdge's specialized classroom training course and gain valuable insights.

The purpose of this course is to describe the principles and procedures of Hazard and Operability (HAZOP) Studies. HAZOP is a structured and systematic technique for examining a defined system, with the objective of: Identifying potential hazards in the system. The hazards involved may include both those essentially relevant only to the immediate area of the system and those with a much wider sphere of influence, e.g. some environmental hazards; Identifying potential operability problems with the system and in particular identifying causes of operational disturbances and production deviations likely to lead to nonconforming products. An important benefit of HAZOP studies is that the resulting knowledge, obtained by identifying potential hazards and operability problems in a structured and systematic manner, is of great assistance in determining appropriate remedial measures. The course is designed using the tools and techniques identified by IEC 61882:2016. LEARNING OUTCOMES By the end of this course you will understand how to: prepare for a HAZOP study meeting and programme – including defining the scope of the study and choosing the team choose nodes (parts of the drawings or operation for HAZOP study) estimate the programme requirements for the successful completion of a study use facilitation techniques to motivate the team and keep them on task avoid common problems encountered during study meetings, including challenging behaviours formulate the HAZOP study report fulfil the team leader’s role in implementing recommendations and managing the process FOR WHOM Anyone with experience of the HAZOP technique who is required to lead HAZOP studies Process safety engineers, loss prevention specialists, production engineers, process design engineers, project engineers, process programmers and instrument control engineers Risk Managers COURSE CONTENT Introduction to HAZOPWhat is a HAZOP?What are Hazards and Risk?Limitations of HAZOPsEssential Features of HAZOP Principles of examination Design representation Design requirements and design intent Applications of HAZOP Relation to other analysis toolsFailure Mode Effect AnalysisAs Low As Reasonably Practicable (ALARP)Fail Tree AnalysisEvent Tree Analysis HAZOP study limitations Risk identification studies during different system life cycle stagesConcept stageDevelopment stageRealization stageUtilization stageEnhancement stageRetirement stage The HAZOP study procedure Initiate the study Define scope and objectives Define roles and responsibilities Preparation Plan the study Collect data and documentation Establish guide words and deviations Examination Structure the examination Guidewords and Deviations Causes, Consequences and Safeguards Perform the examination Risk Ranking Documentation and follow up Establish method of recording Output of the study Record information Sign off the documentation Follow-up and responsibilities Case Study and practical application TRAINING METHODOLOGIES Presentation Case Study Individual Exercises Group Exercises DURATION: 4 Days (Examination on day 4)

The aim of this course is to provide project managers, project engineers and project support staff with a toolkit they can use on their projects. The tools range from the simple that can be used on all projects to the advanced that can be used where appropriate. This programme will help the participants to: Identify and engage with stakeholders Use tools for requirements gathering and scope management Produce better estimates using a range of techniques Develop more reliable schedules Effectively manage delivery DAY ONE 1 Introduction Overview of the programme Review of participants' needs and objectives 2 Stakeholder management Using PESTLE to aid stakeholder identification Stakeholder mapping The Salience model Stakeholder engagement grid 3 Requirements management Using prototypes and models to elucidate requirements Prioritising techniques Roadmaps Requirements traceability 4 Scope management Work breakdown structures Responsibility assignment matrix 5 Delivery approaches Sequential Agile 6 Estimating Comparative estimating Parametric Bottom-up Three-point estimating Delphi and Planning Poker Creating realistic budgets DAY TWO 7 Scheduling Critical path analysis Smoothing and levelling Timeboxing Team boards Monte Carlo simulations Probability of completion 8 People management Situational Leadership The Tuckman model Negotiation Conflict management Belbin 9 Monitoring and control Earned value management 10 Course review and action planning Identify actions to be implemented individually Conclusion PMI, CAPM, PMP and PMBOK are registered marks of the Project Management Institute, Inc.