Engineering Project Management Masterclass

Name: Engineering Project Management Masterclass
Rating: 2.9 (11 reviews)

Gain Competence in Engineering Project Management with Industry-Standard Tools, Techniques and Templates

Created byOlanab Consults

Last updated 9/2025

English

English [Auto],

What you'll learn

Define and apply the stages of an engineering project from initiation to closure, using methodologies such as Waterfall, Agile, or Hybrid approaches.
Gain the skills to create detailed project plans, including work breakdown structures (WBS), Gantt charts, timelines, and resource allocation strategies.
Learn how to identify, assess, and mitigate risks throughout the project lifecycle using qualitative and quantitative risk analysis tools.
Acquire knowledge of project scheduling techniques to optimize resource allocation and project timelines in engineering projects.
Learn strategies for managing project stakeholders, including clients, team members, suppliers, and regulatory bodies.
Understand the importance of quality management in engineering projects and how to ensure adherence to quality standards throughout the project lifecycle.
Explore methods for identifying, assessing, and mitigating risks inherent in engineering projects, including technical, environmental, and financial risks.
Gain insight into leadership and communication skills necessary for effective collaboration within multidisciplinary engineering teams.
Develop an understanding of project procurement and contract management principles relevant to engineering projects.

Course content

7 sections • 23 lectures • 2h 0m total length

Course Introduction2:39
Develop essential engineering project management skills through planning, scheduling, budgeting, risk management, and stakeholder communication, applying methodologies and tools to deliver projects on scope, schedule, and budget.
Introduction5:24
Master how engineering project management plans, organizes, and controls resources across the project life cycle to meet budgets, schedules, and quality standards through risk, change, and stakeholder management.
Key Challenges in Engineering Projects4:36
Identify budget constraints, schedule delays, scope creep, and resource management challenges that commonly affect engineering projects. Apply proactive risk management, regulatory compliance, stakeholder management, and quality control to improve outcomes.
Overview of the Project Lifecycle4:51
Learn the project life cycle from initiation to closing, outlining how defining purpose, stakeholders, and scope informs planning, execution, monitoring and controlling, and final delivery, with adaptive approaches for change.

Identifying Projects Needs & Stakeholder Analysis8:38
Identify project needs by defining objectives, gathering functional and non-functional requirements, and assessing gaps and risks. Map stakeholders, analyze influence, and develop engagement and communication plans for successful project delivery.
Defining Project Scope4:09
Define project scope to establish boundaries, deliverables, objectives, and constraints, and align stakeholders on inclusions, exclusions, assumptions, dependencies, success criteria, and a scope management plan.
Project Selection Methods5:51
Explore project selection methods to evaluate and prioritize projects using financial metrics, scoring models, resources, and risk analysis, including roi, npv, cba, and linear programming.

Work Breakdown Structure & Scheduling Techniques8:28
Learn to structure a project with a work breakdown structure (WBS) that defines phases, tasks, subtasks, deliverables, dependencies, resources, milestones, and apply gunshots, CPM, and PERT scheduling techniques.
Risk Management & Quality Standards9:56
Identify and assess risks across technical, resource, and regulatory factors using qualitative and quantitative methods and a risk matrix, then set quality standards with KPIs.
Communication Planning5:03
Develop and implement a comprehensive communication plan for engineering projects by identifying stakeholders, defining objectives, choosing channels, assigning responsibilities, and monitoring risks to ensure collaboration and transparency.
Schedule Compression I3:51
Master schedule compression in engineering project management with fast tracking and crashing to shorten timelines without reducing scope, focusing on overlapping tasks, critical path, and cost-benefit trade-offs.
Schedule Compression II3:44
Explore schedule compression techniques, including fast tracking and crashing, and weigh duration reduction against cost, risk, quality, and morale impacts.

Team Building & Leadership4:34
Discover practical team building and leadership strategies for project management by fostering clear communication, defined goals, trust, delegation, conflict resolution, adaptability, and ongoing feedback to improve performance.
Procurement and Vendor Management4:53
Plan and manage procurement and vendor activities to ensure timely, quality, and cost-effective resource acquisition in engineering projects. Identify vendors, negotiate contracts, manage risk, and sustain supplier relationships.
Quality, Performance Monitoring & Reporting7:18
Leverage quality assurance and quality control to meet standards in engineering project management. Use key performance indicators, baselines, audits, and reporting to guide corrective actions and stakeholder communication.
Managing Changes in Scope3:55
Define clear project scope, apply formal change control, document requirements, assess impact, and communicate with stakeholders to prioritize, approve, and implement changes while updating plans and monitoring progress.

Cost Control & Monitoring4:12
Establish a baseline budget and implement a cost management plan to monitor expenses, track variances with earned value management, and manage changes and risks for engineering projects.
Schedule Monitoring3:59
Apply earned value management to monitor schedule by integrating baseline, WBS, planned value, actual cost, and earned value, then use schedule variance and SPI to forecast completion.
Tools and Software in Engineering Project Management5:57
Explore tools and software for engineering, including project management platforms, document management, CAD and finite element analysis, cost and risk tools, and scheduling software like Primavera and Gantt Pro.

Finalizing Project Deliverable & Lessons Learned7:56
Finalize project deliverables by reviewing scope, validating quality and requirements, securing approvals, and preparing handover and transition plans, then perform post-implementation review and capture lessons learned.
Celebrating Successes and Recognizing Teams2:54
Recognize and celebrate team successes to boost morale and motivation in engineering projects. Use public acknowledgement, awards, team events, personalized appreciation, peer recognition, continuous feedback, and opportunities for continuous development.
Post-Project Maintenance and Support3:43
Master post-project maintenance and support through comprehensive documentation, targeted training, robust support channels, scheduled maintenance, and proactive monitoring to optimize reliability and life cycle value.
Lean Project Management3:47
Learn lean project management principles to maximize value and reduce waste through value stream mapping, just-in-time, continuous improvement (kaizen), pull systems, carbon boards, and respect for people.

Requirements

Experience in project management will be an advantage but not required.

Description

This online course is designed to equip students with the essential skills and knowledge required to effectively manage engineering projects in various industries. This course offers a comprehensive overview of project management principles tailored specifically to engineering projects, addressing key concepts such as project planning, scheduling, budgeting, risk management, and stakeholder communication. Through a combination of theoretical lessons and practical case studies, students will learn how to apply project management methodologies and tools to navigate the complexities of engineering projects, ensuring successful outcomes within scope, schedule, and budget constraints.

Throughout the course, students will delve into real-world examples and case studies drawn from diverse engineering disciplines, providing valuable insights into the unique challenges and opportunities inherent in managing engineering projects. Emphasis is placed on developing critical thinking and problem-solving skills, as well as effective communication and leadership abilities essential for guiding interdisciplinary teams toward project success. By the end of the course, students will emerge with a solid understanding of the project management processes specific to engineering projects, enabling them to confidently lead and contribute to projects in their respective fields.

This online course is ideal for engineering professionals seeking to enhance their project management skills or transition into project management roles within the engineering industry. It is also suitable for students and recent graduates looking to gain a competitive edge in the job market by acquiring practical project management expertise tailored to the field of engineering. Whether aspiring to lead large-scale infrastructure projects or innovate within technology-driven sectors, this course provides a solid foundation for managing engineering projects effectively and efficiently in today's dynamic and competitive global marketplace.

Included in this course are FREE downloadable materials for project management to enhance your learning experience.

Who this course is for:

Engineering professionals seeking to enhance their project management skills
Construction managers
Engineering consultants
Engineering project managers
Recent engineering graduates
Engineering students
Entrepreneurs in the engineering sector
Government employees in engineering departments
Professionals transitioning to engineering project management
Individuals interested in career advancement in engineering

Engineering Project Management Masterclass

What you'll learn

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Course content

Introduction4 lectures • 18min

Project Initiation3 lectures • 19min

Project Planning5 lectures • 31min

Project Execution4 lectures • 21min

Project Monitoring & Control3 lectures • 14min

Project Closure4 lectures • 18min

Course Assessment0

Requirements

Description

Who this course is for: