Planning
Chaitanya Purohit
Consultant
$ 20
Beginner course for learners
Foundational Learning
Access to Study Materials
Self-Paced Learning
Planning
Trainers feedback
4
(28 reviews)
Chaitanya Purohit
Consultant
Course type
Instructor led live training
Course duration
2 Hrs
Course start date & time
Coming in Next Month
Language
English
This course format is where trainer will explain you the subject via online live session. Date and time are not decided yet but it will be planned within next 2 weeks after you enroll & pay for this course()?. Get in touch with our team if any clarification is required.
Course details
This course provides a comprehensive guide to strategic planning, designed to help professionals and organizations develop, implement, and manage effective strategic plans. Covering the essential principles, techniques, and tools required for successful planning, the course equips participants with the skills to align organizational goals with actionable strategies, adapt to changing environments, and achieve long-term objectives.
Course suitable for
Aerospace Rail & Transport Mechanical Piping & Layout Production
Key topics covered
Introduction to Project Planning
Overview of the project planning process: why planning is critical for project success
Key phases of project planning: initiation, planning, execution, monitoring, and closure
The role of the project manager in the planning process
Differences between strategic planning, tactical planning, and operational planning
Stakeholder identification and the importance of clear communication in planning
Project Scope and Objectives
Defining project scope and objectives: ensuring alignment with stakeholder expectations
Developing a project charter: setting clear goals, deliverables, and project boundaries
Work Breakdown Structure (WBS): breaking down the project into manageable tasks and sub-tasks
Identifying key milestones and deliverables
Setting SMART objectives (Specific, Measurable, Achievable, Relevant, Time-bound)
Scheduling and Time Management
Understanding the importance of time management in project planning
Key scheduling techniques: Gantt charts, Critical Path Method (CPM), and Program Evaluation and Review Technique (PERT)
Creating a detailed project schedule: defining tasks, durations, dependencies, and resources
Resource leveling and balancing: ensuring efficient use of time and resources
Time constraints and adjustments: handling delays, holiday schedules, and other external factors
Using scheduling software (e.g., MS Project, Primavera) for task assignment, scheduling, and progress tracking
Resource Planning and Allocation
Identifying project resources: human resources, equipment, materials, and finances
Developing a resource plan: estimating resource requirements and availability
Resource allocation techniques: optimal distribution of resources across tasks
Managing resource conflicts: balancing workloads and avoiding resource bottlenecks
Resource forecasting and tracking: ensuring the project remains on track with available resources
Developing and using resource histograms and loading charts
Cost Estimation and Budgeting
Understanding the importance of budgeting in project planning
Estimating project costs: labor, materials, equipment, overheads, and contingencies
Cost estimating techniques: bottom-up estimation, analogous estimation, and parametric estimating
Developing a project budget: allocating funds across tasks, phases, and milestones
Cost tracking and monitoring: comparing actual vs. planned costs, identifying variances, and corrective actions
Managing cost overruns: implementing controls to keep the project within budget
Risk Management and Mitigation
Introduction to risk management in project planning
Risk identification: tools and techniques for identifying potential project risks (e.g., SWOT analysis, brainstorming, checklists)
Risk assessment and prioritization: evaluating the likelihood and impact of identified risks
Risk mitigation strategies: avoidance, transfer, reduction, and acceptance
Developing a risk management plan: contingency planning and allocating resources for risk mitigation
Monitoring and managing risks during the project lifecycle
Communication Planning and Stakeholder Management
Importance of communication in successful project planning
Developing a communication plan: ensuring clear and timely communication among stakeholders
Identifying stakeholders: understanding their needs, interests, and impact on the project
Creating stakeholder engagement strategies: managing expectations and obtaining buy-in
Reporting and presenting progress: preparing status reports, meetings, and updates
Tools for effective communication: digital collaboration platforms, email, meetings, and project dashboards
Quality Planning and Control
The role of quality in project planning: ensuring that the deliverables meet required standards
Developing a quality management plan: defining quality criteria, standards, and quality control measures
Techniques for quality assurance and quality control in the planning phase
Tools for monitoring quality: checklists, audits, inspections, and testing procedures
Handling changes in quality requirements: ensuring adaptability in planning for quality management
Project Monitoring and Performance Tracking
Techniques for monitoring project progress against the plan: key performance indicators (KPIs), earned value management (EVM)
Tools for tracking progress: dashboards, status reports, and project management software
Adjusting the plan: recognizing issues and implementing corrective actions to stay on course
The role of project reviews and regular updates: ensuring the project stays aligned with objectives and timelines
Managing scope creep: controlling changes in project scope and managing stakeholder expectations
Project Documentation and Reporting
The importance of documentation in project planning: ensuring transparency and accountability
Creating a project plan: integrating all elements of planning into a single comprehensive document
Maintaining and updating project records: tracking changes, risks, issues, and progress
Preparing project reports: progress reports, financial reports, and post-mortem analysis
Best practices for document management: version control, accessibility, and security
Training details
This is a live course that has a scheduled start date.
Live session
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Questions and Answers
A: Governing principle: Certification is to the regulations in effect at the time of approval unless the contract explicitly locks a revision. Applied here, a silent contract doesn't override regulatory enforcement, so the current standard governs compliance planning. Option B traps engineers who know contracts matter, but miss that certification isn't a commercial negotiation.
A: Governing principle: Field verification follows a safe energization sequence to prevent unintended movement. Here, planning demands cold checks before power reaches actuators, even under time pressure. Option B catches engineers used to functional testing who skip the isolation step.
A: Governing principle: Material selection is driven by fracture toughness at MDMT, not just corrosion or pressure. In this case, impact-tested carbon steel satisfies the temperature duty without unnecessary material changes. Option B tempts planners who generalize low temperature equals stainless.
A: Governing principle: Mechanical seal life depends on immediate lubrication and cooling. The absence of vibration and thermal alarms points to startup conditions rather than steady-state issues. Option C misleads engineers who associate cavitation with seal damage but ignore missing hydraulic symptoms.
A: Governing principle: Pressure testing demonstrates integrity to the governing code of record for approval. Planning must align the test with the enforceable edition, even if it affects schedule. Option B appeals to cost logic but ignores regulatory authority.
A: Governing principle: Positive isolation precedes atmosphere verification. Planning must remove energy sources before relying on measurements that can change. Option C traps engineers who over-trust administrative controls.
A: Governing principle: Thermal expansion creates axial stress independent of pressure. Planning must address flexibility, not strength alone. Option B catches engineers who equate thickness with stress relief.
A: Governing principle: Fail-safe behavior is mechanical, not dependent on control logic. A blackout exposes configuration errors masked during powered tests. Option C attracts engineers focused on controls rather than mechanics.
A: Governing principle: Harmonized standards support regulatory compliance within their jurisdiction. Planning for approval must follow the standard that grants presumption of conformity. Option B misleads engineers who treat procurement references as regulatory authority.
A: Governing principle: Witness testing relies on configuration control and resolved findings. Planning under pressure doesn't permit carrying open items into formal certification. Option B traps experienced engineers used to internal testing flexibility.
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