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About This Offering

Participants will leave not just more knowledgeable, but more prepared, more confident, and ready to step into PM leadership on the commercial, industrial, energy, and civic projects that are defining the next era of construction in the United States.

Registration

Photograph of Ahmed Shiha

Ahmed Shiha

Current Role:  Incoming Assistant Professor of Construction Management, Cal State Northridge (CSUN)

Education:  Missouri S&T — Ph.D., American University in Cairo M.S. & B.S., Construction Engineering

Expertise:  Data Science, Labor Market Forecasting, Material Price Dynamics, Supply Chain Risk, AI & Deep Learning, Project Cost Control

About:

Ahmed Shiha is an incoming Assistant Professor of Construction Management at California State University, Northridge (CSUN), who holds a Ph.D. in Civil Engineering from Missouri S&T alongside an M.S. and B.S. in Construction Engineering from the American University in Cairo, Egypt.

Shiha has successfully taught university-level courses in risk management and project scheduling and was recognized with the 2024 ASCE Outstanding Reviewer Award by the Journal of Management in Engineering.

Industry Background:

His industry background includes serving as a Project Manager, Associate Project Manager, and Project Engineer for TIBA for Trading and Contracting, a major construction contractor in Egypt, where he led delivery, budgeting, and scheduling for massive infrastructure and residential developments within Egypt's New Administrative Capital program.

Research:

Funded by the Missouri Consortium for Construction Innovation (MO-CCI) — a coalition of U.S. contractors, design-builders, and developers — Shiha’s research applies econometric and deep learning models to the cost and labor challenges contractors face in real time. His research appears in top-tier construction engineering and management journals. 

His work forecasts construction labor earnings and shortages at the state and regional level, models the impact of trade policy, supply chain volatility, and macroeconomic cycles on material prices, and evaluates how price adjustment clauses can be structured to better protect contractors. He has also built live decision-support dashboards that give contractor firms real-time labor market intelligence — directly informing how bids get built.

Mariam Elazhary Ph.D. Civil Engineering

Current Role:  Strategy Office Manager at Rowad Modern Engineering

Education:  Missouri S&T Ph.D., Civil Engineering, American University in Cairo M.S. & B.S., Construction Engineering

Expertise:  Contract Strategy, Risk Management, Claims & Delay Analysis, Project Controls & Management, Transportation Infrastructure, DOT-Funded Research

Other Credentials:  ISO 9001:2015, Certified Lead Auditor

About:  

Mariam Elazhary is a Strategy Office Manager at Rowad Modern Engineering, one of Africa’s largest general contractors, bringing together a career spanning contract administration, executive-level project oversight, and U.S. Department of Transportation-funded research in construction risk, claims, and project delivery. She holds a Ph.D. in Civil Engineering from Missouri S&T, undergraduate and graduate degrees in Construction Engineering from the American University in Cairo, and is a Certified Lead Auditor under ISO 9001:2015.

Industry Background:

Prior to her doctoral studies, Mariam built her career at Rowad Modern Engineering. She worked first as a Contracts Engineer, drafting and negotiating complex agreements, preparing and defending extension of time and cost claims, and performing delay analyses.

She later moved into a Technical Follow-Up role reporting directly to the CEO — conducting critical site visits, managing action plans for flagged projects, and coordinating across engineering, commercial, and operational teams to drive accountability from the top down.

Research:

Her research at Missouri S&T — conducted under U.S. Department of Transportation funding — spans the issues contractors in the transportation sector face daily: workforce safety and fatality risk, contract risk allocation, price volatility and escalation clauses, post-disaster infrastructure funding, competition dynamics in transportation bidding, and the integration of smart contracts and digital tools. It is research built to produce findings practitioners can act on.

  • Registration: Open until November 5, 2026
  • Course Dates: November 12 & 13, 2026
  • PDH: 16
  • Price: $1,499
  • Location: 2127 Innerbelt Business Center Drive, St. Louis, MO 63114
    • Directions 
    • Also delivered live online via Zoom

Who Should Attend

This bootcamp is designed for junior-level engineers working under general contractors, subcontractors, specialty contractors, or construction management firms delivering commercial, industrial, energy, healthcare, or civic construction projects within the United States.

Experience Level

Attendees should have between 1 and 4 years of field or office experience in the construction industry across any project type or sector. Those with less than one year may attend if actively embedded on a project site and have a direct supervisor’s endorsement.

Educational Background

A degree or associate’s degree in civil, structural, mechanical, electrical, or construction management engineering is recommended, though not strictly required. Equivalent trade school credentials or demonstrated on-site experience across any construction sector will be considered.

Ideal Attendees Are Those Who...

  • Are working across any construction sector — commercial, industrial, energy, healthcare, civic, or mixed-use — and want to understand the full PM picture
  • Want to understand the business and contractual side of construction delivery — budgets, scope management, change orders, and owner relationships in a fast-paced, high-stakes environment
  • Feel the complexity of modern construction delivery — overlapping trades, tight schedules, and competing owner priorities — and want a structured roadmap to navigate it confidently
  • Are curious about how critical path decisions, owner dependencies, and project-level strategies get made above them, and want to start contributing at that level
  • Are interested in sharpening their communication and coordination skills across complex, multi-trade environments under real schedule and delivery pressure
  • Want practical tools, templates, and frameworks they can take back to their project site on Monday morning

Primary Goal

To equip junior engineers across the construction industry with the foundational mindset, cross-sector project knowledge, and practical PM tools needed to step confidently into project management leadership — compressing on-the-job learning into an intensive, immersive two-day experience. 

Upon completing the bootcamp, attendees will have developed measurable knowledge and practical skills across six core domains — each brought to life through real-world case studies drawn from commercial, industrial, energy, healthcare, and civic construction sectors:

Financial Literacy & Construction Project Economics

Understand how construction projects across sectors are budgeted, tracked, and financially managed — including how to read a GMP or lump-sum budget, interpret job cost reports, manage cost codes across complex scopes, and identify early warning signs of financial risk such as long-lead equipment cost shifts, owner-furnished equipment (OFE) impacts, and scope creep from owner-driven design changes.

Contractual Awareness Across Project Types

Gain working knowledge of common contract types (GMP, lump-sum, design-build, design-assist), understand how scope is defined and protected across different project environments, navigate change order processes tied to owner-directed scope and OFE, and recognize notice requirements and risk allocation clauses that protect your firm on any project.

Schedule Management & Milestone Sequencing

Learn how to read, build, and challenge a CPM schedule across construction project types — including understanding critical path, managing float across interdependent trade scopes, coordinating construction milestones with commissioning and owner occupancy activities, and communicating schedule risk around long-lead procurement and equipment dependencies.

Site Coordination & Multi-Trade Management

Develop strategies for coordinating the fast-paced, sequencing-critical environment of complex construction sites — managing trades across civil, structural, mechanical, electrical, fire suppression, and specialty scopes. Learn how to run effective owner/architect/contractor (OAC) and trade coordination meetings, manage BIM clash resolution, and hold multiple subcontractors accountable to shared milestone dates without formal authority over them.

Quality Control, Compliance & Safety Leadership

Be introduced to quality management practices applicable across construction sectors — including inspection and test plans (ITPs), structured punchlist and turnover discipline for commissioning and owner occupancy readiness, and the engineer’s role in enforcing standards without creating adversarial relationships on site. Safety is treated as a leadership function: attendees will learn how to lead effective toolbox talks, recognize site-specific hazards, and build a speak-up safety culture on any project.

Communication, Stakeholder Management & Personal Leadership Identity

Practice clear, professional communication for the complex stakeholder environments found across commercial, industrial, and institutional construction — including owner representatives, design teams, commissioning agents, and end-user groups. Learn how to translate construction progress into language that resonates with each stakeholder, communicate bad news proactively, and manage high expectations across diverse client types. Attendees will leave with a clearer sense of their own leadership style and a personal 90-day development plan tailored to growing into a PM role.

What attendees take home:

Certificate of Completion  ·  Personal 90-Day PM Development Plan  ·  Redline Contract Workshop Output  ·  6-Week Look-Ahead Schedule Template  ·  ITP Field Template (adaptable by sector)  ·  PM Decision Log from the Capstone Simulation  ·  Cohort Peer Accountability Partner

The construction industry is growing in complexity across every sector — and it needs project managers who can match that challenge.

Participants will leave not just more knowledgeable, but more prepared, more confident, and ready to step into PM leadership on the commercial, industrial, energy, and civic projects that are defining the next era of construction in the United States.

TWO-DAY PROGRAM AGENDA

The bootcamp runs daily from 9:00 AM to 5:00 PM, with a one-hour lunch break and two 15-minute mid-session breaks each day. Sessions move between instruction, facilitated discussion, hands-on workshops, and real-world case studies — drawn from across commercial, industrial, energy, healthcare, and civic construction sectors.

DAY 1  — The Business of Building

Finance · Contracts · Schedule · Site Coordination

9:00 – 9:30 AM - Welcome, Cohort Introductions & Bootcamp Orientation

Facilitator welcome and program overview. Attendees introduce themselves, share their current project and the one PM challenge they encounter most. Set bootcamp norms and expectations. Preview the two-day journey ahead.

MODULE 01  Financial Literacy & Construction Project Economics

9:30 – 10:30 AM - Module 1 — Financial Literacy & Construction Project Economics

How construction projects across sectors are structured and funded. Reading a GMP and lump-sum budget. Tracking cost codes across complex multi-trade scopes. Long-lead equipment cost tracking and procurement risk. Owner-Furnished Equipment (OFE) and its financial implications. Recognizing early warning signs of budget drift on fast-moving projects. 

Case Study: 'The Silent Blowout' — a multi-sector scenario (rotating between industrial, commercial, and energy projects each cohort) where costs spiral from compounding OFE delays, scope assumptions, and missed cost code tracking. Teams identify where the warning signs were missed and what a PM should have caught first.

10:30 – 10:45 AM - Morning Break

15-minute refresh break

MODULE 02  Contractual Awareness Across Project Types

10:45 AM – 12:00 PM - Module 2 — Contractual Awareness Across Project Types

GMP, lump-sum, design-build, and design-assist contract structures across project types and sectors. Defining and protecting scope across complex multi-trade scopes. Change order management and the notice requirements that protect your firm. Risk allocation clauses — what you are agreeing to and what you are not. Owner-specific confidentiality and protocol obligations across varied client environments. 

Workshop: 'Redline Review' — Attendees receive a sample subcontract scope and change order provision from a real construction project type (rotating each cohort across sectors). In pairs, they identify the top three risk areas and present their findings to the group.

12:00 – 1:00 PM - Lunch Break

One-hour lunch break — networking encouraged

MODULE 03  Schedule Management & Milestone Sequencing

1:00 – 2:30 PM - Module 3 — Schedule Management & Milestone Sequencing

CPM scheduling fundamentals applied across construction project types and sectors. Reading and challenging a project master schedule. Understanding and owning the critical path from early site work through final commissioning and owner occupancy. Managing float across tightly interdependent trade scopes. Coordinating construction milestones with commissioning phases and owner move-in or operational startup windows. Communicating schedule risk around long-lead procurement and major equipment deliveries. 

Workshop: 'Build Your Look-Ahead' — Attendees are given a construction project scenario (rotating each cohort across sectors) and construct a 6-week look-ahead schedule, identifying the top three critical path risks and their proposed mitigations.

2:30 – 2:45 PM - Afternoon Break

15-minute refresh break

MODULE 04  Site Coordination & Multi-Trade Management

2:45 – 4:30 PM - Module 4 — Site Coordination & Multi-Trade Management

Coordinating the sequencing-critical environment of complex construction sites — applied to commercial, industrial, energy, and civic project contexts. Managing civil, structural, mechanical, electrical, fire suppression, and specialty trade scopes. Running effective OAC and trade coordination meetings. BIM clash detection and resolution workflows. Navigating congested coordination zones. Holding multiple subcontractors accountable to shared milestones without formal authority over them. 

Role-Play: 'The Coordination Meeting That's Going Off the Rails' — Attendees take turns facilitating a tense simulated OAC coordination meeting (scenario rotates each cohort across sectors) where trades are blaming each other for schedule slippage. Debrief covers facilitation technique, de-escalation, and documentation best practices.

4:30 – 4:50 PM - Day 1 Integration Workshop — 'The Week 12 Crisis'

A compressed simulation combining all four Day 1 domains. Attendee teams receive a construction project scenario in financial distress (rotating each cohort across sectors), with a disputed change order, a schedule delay, and an unresolved coordination conflict — all due to the owner simultaneously. Teams have 15 minutes to prepare a unified response and present it to the group.

4:50 – 5:00 PM - Day 1 Wrap-Up, Reflection & Preview of Day 2

Individual reflection: What is the one thing I learned today that I will use on my project next week? Facilitator preview of Day 2 themes.

DAY 2  — Lead the Site. Own the Outcome.

Quality · Safety · Communication · Leadership · Capstone

9:00 – 9:15 AM - Day 2 Kickoff, Day 1 Debrief & Energy Check

Facilitator-led recap of Day 1 key takeaways. Attendees share one insight carried overnight. Preview of the Day 2 arc from quality and safety through the capstone simulation and personal development planning.

MODULE 05  Quality Control, Compliance & Safety Leadership

9:15 – 10:30 AM - Module 5 — Quality Control, Compliance & Safety Leadership

Quality management practices applicable across construction sectors and project types. Building and using Inspection and Test Plans (ITPs) for complex system installations. Commissioning readiness and punchlist discipline — what ‘turnover ready’ actually means across different project environments. Regulatory and code compliance fundamentals. Hazard recognition across diverse site conditions. Leading effective toolbox talks and building a speak-up safety culture on any construction site. 

Workshop: 'Build the ITP' — Attendees draft a field-ready ITP for a complex system installation and peer-review each other’s documents for gaps before a mock commissioning handoff.

10:30 – 10:45 AM - Morning Break

15-minute refresh break

MODULE 06  Communication, Stakeholder Management & Leadership Identity

10:45 AM – 12:00 PM - Module 6 — Communication, Stakeholder Management & Personal Leadership Identity

The construction stakeholder environment across sectors: owner representatives, program managers, commissioning agents, AHJs, design teams, and end-user groups. Writing owner updates that translate construction progress into language each stakeholder actually cares about. How to communicate bad news — equipment delays, schedule slippage, RFI backlogs — proactively and without losing credibility. Managing up, across, and down under high-pressure project expectations. Understanding your leadership style and how to deploy it effectively on any construction site. 

Workshop: 'The Hard Email' — Attendees draft an owner update memo for a project that is three weeks behind schedule due to a critical equipment procurement delay. The project scenario rotates each cohort across sectors. Pairs exchange drafts and give structured feedback using a provided rubric.

12:00 – 1:00 PM - Lunch Break

One-hour lunch break

1:00 – 2:30 PM - Capstone Case Study — 'The Pressure Test: A Multi-Sector PM Simulation'

Teams are assigned a fictional but realistic construction project in the middle of a crisis — the sector rotates each cohort. The scenario includes: a budget overage, a disputed change order from a major subcontractor, a long-lead equipment delay threatening the commissioning milestone, an unresolved BIM clash in a congested mechanical zone, a quality nonconformance flagged by the commissioning agent, and an owner escalation email sitting unanswered in the inbox.  Each team must work through every domain covered over two days — making financial, contractual, schedule, coordination, quality, and communication decisions in real time — and produce a 'PM Decision Log' that documents their reasoning. 

Team Presentations: Each group presents their top three decisions and their rationale to the full cohort. Facilitator debrief highlights the trade-offs, the decisions that protected the project, and the ones that created new risk.

2:30 – 2:45 PM - Afternoon Break

15-minute refresh break

2:45 – 4:15 PM - Personal 90-Day PM Development Plan

Facilitated self-assessment: 'Where am I now as a PM, and where do I want to be in 90 days?' Attendees use a structured template to identify: (1) three PM competencies to develop immediately on their current project; (2) one relationship to build — a mentor, owner contact, or commissioning agent — to accelerate their growth; (3) one on-site practice opportunity they will create for themselves in the next 30 days; and (4) the specific resources, tools, or training they will pursue. Each attendee completes and retains their plan.

4:15 – 4:45 PM - Cohort Presentations & Peer Accountability Commitments

Each attendee shares the single most important goal from their 90-day plan with the full cohort. Peer accountability pairings are established — each attendee commits to one follow-up check-in with their partner at the 30-day mark. The group reflects on the two-day journey and what they are carrying back to their projects.

4:45 – 5:00 PM - Closing Ceremony, Certificates of Completion & Next Steps

Facilitator closing remarks. Anonymous evaluation survey on current bootcamp and future bootcamp programming ideas.