construction wngineerjng

Introduction to Construction Engineering

Construction engineering involves applying engineering knowledge to build safely, efficiently, quickly, and economically.
The field is divided into two primary areas: vertical construction and heavy civil construction.

Construction engineering works closely with the department of construction management within the College of Built Environments.
Professionals often work side by side with those holding different degrees (e.g., civil engineering vs. construction management).

Definition: Construction of buildings, including houses, gymnasiums, hospitals, etc.
Focus: Primarily residential and commercial structures.

Definition: Encompasses all construction that is not vertical.
Examples: Roads, bridges, water treatment plants, and other infrastructure projects.
Distinction: Companies may specialize in one type or both types of construction.

Overview: A 3.8-mile track built by Skanska Civil and Skanska Building. Collaboration highlighted by the Linwood Station and parking garage constructed by Skanska Building.
Cost: Approximately $900,000,000.
Involvement: Graduates from the program, such as Thor Conradson and Kyla Travis, contributed to various stages.

Duration: 2020 - 2023.
Description: Construction of a 2.7-mile tunnel nearly 19 feet in diameter, with a cost around $500,000,000.
Work Team: Lane Construction; Sophie Walker contributed to this project before transitioning to work at Skanska.

Example: Removal of the viaduct while ensuring safety and minimal disruption to adjacent buildings.
Importance of managing noise and structural integrity during construction periods.

Employment: Over 8,000,000 jobs linked to the construction industry and around 800,000 establishments.
Economic Value: Contributes over $1 trillion, approximately 4% of the U.S. GDP.
Comparison: Roughly equivalent to the GDP of Indonesia.

Use of raw materials contributes significantly to waste production in the country.
Ongoing need for innovation and improvement in sustainable construction practices.

Establishment Size vs. Number of Employees: Small construction companies dominate the total number of firms, while larger firms employ significant portions of the workforce.
Construction Put in Place: As of mid-last year, recorded at $2,130,000,000,000, highlighting the split between private and public sector construction.
Annual Breakdown of Construction Types: Residential constructions remain the most valuable category annually, followed by heavy civil works.

Examples of top firms such as Turner Construction and Bechtel, with revenues highlighting the significant financial scale of operations.
Numerous companies actively hire graduates, emphasizing industry connections for students.

Field Engineer: Initial position overseeing specific components within a construction job.
Project Engineer: Transitional role involving management functions related to project schedules and cost analysis.

Advancement opportunities towards project management and upper management roles exist, emphasizing experience with complex and larger projects.
Example career trajectories: Project Manager to Division Manager to Executive roles.

Guest speakers from the field will share real-world experiences, grounding student learning in practical insights from alumni.

Effective communication is critical for project success, especially during collaborative efforts.
Understanding construction contracts, regulations, and estimating costs will be a major focus in the course. Topics will include:
- Construction delivery methods and types of contracts.
- Managing labor laws, wage rates, and material costs.
- Critical path method scheduling and project control metrics.

Old Husky Stadium Collapse (1987): Structural failure of the upper deck due to improper construction techniques, emphasizing the importance of oversight in safety practices.
I-90 Floating Bridge Incident (1990): Midsection pontoons sank during construction due to design challenges and inadequate stormwater management, leading to costly consequences.

Strategies such as using lightweight materials like Styrofoam when engineering on old infrastructure to mitigate load issues demonstrate creativity in design.
Adoption of new technologies like hydrophrase for efficient excavation and wall construction in limited space further illustrates modern advancements in the field.

The construction industry is rapidly evolving, with growth and opportunities available for graduates in various roles, particularly in urban and civil projects.
The expertise gained from this course aims to prepare students for impactful careers within the field, emphasizing practical skill application and communication.

Further classes will delve deeper into contract management, estimating, and sustainability, with opportunities for hands-on learning and real-world engagement.