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Introduction
This comprehensive GLOMACS training program merges advanced knowledge in blast-resistant building design with construction management supervision skills essential for oil, gas, and petrochemical projects. Participants will explore the principles of blast loads, dynamic structural response, material behavior, and CFRP strengthening, while also developing supervision and managerial skills to ensure project success from design to execution.
The training course is designed in line with ASCE guidelines for blast-resistant structures and integrates practical site management tools for risk-free, efficient, and economical project delivery.
This training course will highlight:
- Principles of steel and concrete structure design against blast loads.
- Dynamic analysis techniques and material response under blast effects.
- CFRP strengthening concepts and other advanced materials for protection.
- Integrity management systems to ensure long-term safety and cost-effectiveness.
- Competence in construction supervision, including planning, scheduling, progress control, claims, and dispute resolution.
- Techniques for safety compliance, cost control, and performance monitoring during construction.
Objectives
At the end of this training course, you will learn to:
- Understand failure mechanisms of concrete and steel structures in petrochemical facilities.
- Apply international codes and standards (ASCE, ACI, BS) for blast-resistant design.
- Perform blast load calculation and dynamic response evaluation.
- Select and design structural systems (shear walls, frames, non-structural elements).
- Assess the role of CFRP and advanced materials in strengthening against blasts.
- Supervise site works efficiently which focuses on safety conditions as well as triple constrains of PM, safety, quality and cost.
- Manage changes, claims, disputes, and stakeholder coordination on construction projects.
Training Methodology
- Interactive virtual sessions using an advanced learning platform.
- Workshops, case studies, and practical exercises on real-world projects.
- Videos, simulations, and design calculations to reinforce technical knowledge.
- Group discussions to develop managerial and supervision skills.
- Case Studies and Real-World Examples: Analysis of real-world projects from the oil and gas sector, highlighting challenges, solutions, and lessons learned.
- Hands-On Workshops and Practical Exercises: Method: Participants will work on design problems, simulations, and calculations related to pile foundations.
Organisational Impact
- Minimize design and supervision errors, reducing overall project costs.
- Protect company investments with safer and more reliable structures.
- Enhance supervision capabilities to ensure smooth site coordination.
- Improve risk management in high-hazard environments.
- Reduce failure and rework costs by adopting up-to-date blast-resistance technologies.
Personal Impact
Participants will develop:
- Advanced technical skills in blast-resistant structural design.
- Strong supervision competencies for managing teams, safety, and site challenges.
- Confidence in handling changes, claims, and disputes.
- Ability to review, evaluate, and optimize engineering design and site execution.
- Enhanced career prospects in oil, gas, and petrochemical facility projects.
Who should Attend?
The training course on pile foundations, with a focus on the oil and gas sector, is designed for professionals who are involved in the design, analysis, construction, and management of foundation systems. The following individuals and roles would benefit significantly from attending this training course:
This GLOMACS training course is suitable for a wide range of professionals but will greatly benefit:
- Civil and Structural Engineers
- Geotechnical Engineers
- Project Managers
- Construction Managers and Supervisors
- Consultant Engineer
Course Outline
Day 1
Industrial Facility Design Principles & Project Framework
- Introduction to petrochemical facility requirements.
- Industrial design management process.
- Overview of international codes: ASCE, ACI, BS.
- Project lifecycle: from feasibility to supervision.
- Roles & responsibilities of stakeholders (owner, contractor, consultants).
Day 2
Fundamentals of Blast Loads
- Nature, causes, and classification of blast loads.
- Pressure–time characteristics and impulse.
- Positive & negative phases of blast waves.
- Load combinations and ductility concepts.
- Safety considerations at design stage.
Day 3
Structural Behavior under Blast Loads
- Response of structural systems (frames, shear walls, slabs).
- Damages forecast & progressive collapse mechanisms.
- Detailing requirements for blast resistance.
- Fragment impact and structural resilience.
- Case references from petrochemical incidents.
Day 4
Material Behavior & Dynamic Response
- Dynamic properties of steel, concrete, masonry, and composites.
- Elastic, elasto-plastic, and plastic deformation.
- Dynamic increase factors (strength, stiffness).
- Deformation limits and acceptable damage criteria.
- Inspection & maintenance planning for blast-exposed facilities.
Day 5
Advanced Materials & CFRP Strengthening
- CFRP principles and design applications.
- Strengthening concrete and steel members with composites.
- Doors, walls, and windows specifications for blast resistance.
- Control room protection design.
- Advanced materials for upgrading existing facilities.
Day 6
Site Organization, Health & Safety
- Site layout planning: temporary work, services, access.
- Health, safety, and environmental (HSE) management.
- Safety compliance: equipment, confined spaces, hazardous zones.
- Contractual exposures and risk management in construction.
- Case discussions on site accidents & preventive measures.
Day 7
Coordination, Scheduling & Resource Planning
- Coordination among employer, consultants, contractors, and subcontractors.
- Kick-off meetings and stakeholder alignment.
- Scheduling techniques: Bar charts, CPM, Network logic, Line-of-Balance.
- Resource allocation & optimization.
- Identifying and managing site risks & uncertainties.
Day 8
Progress Control & Quality Assurance
- Progress monitoring techniques (time, cost, quality).
- Project cash flow and progress payments.
- Supervision of soil investigations and foundation works.
- Concrete supervision: mixing, placement, curing, and quality control.
- Reviewing construction drawings and inspection checklists.
Day 9
Claims, Disputes & Contract Administration
- Causes of change and contractual implications.
- Claims, counterclaims, and dispute scenarios in petrochemical projects.
- Negotiation strategies for managing disputes.
- Alternative Dispute Resolution (ADR): mediation, arbitration.
- Case studies on claims & dispute outcomes.
Day 10
Integrated Workshops & Simulation
- Dynamic analysis hands-on session (blast load calculation).
- Case study: blast-resistant concrete structure design.
- Case study: supervision of petrochemical construction site.
- Simulation exercise: managing progress delays and disputes.
- Final project: integrating design & supervision into one framework.
Certificates
- Upon successful completion of the classroom-based training course, GLOMACS Certificate will be awarded to the delegates. Continuing Professional Education credits (CPE): In accordance with the standards of the National Registry of CPE Sponsors, one CPE credit is granted per 50 minutes of attendance
- Upon successful completion of the online training course, a GLOMACS Certificate will be awarded to all delegates. Guided Learning Hours – In accordance with ISO 9001:2015–certified quality management standards, one Guided Learning Hour is awarded for every 60 minutes of attendance.
Providers
Endorsed Education Provider
