di liu
Guest Speaker Introduction
Purpose of the Discussion
Introduction of several guest speakers and opportunities for students.
Opportunity in Paris
Professor Carrie Vial presents a study abroad program in Paris.
Open to all students, not just SDC (School of Design and Construction) majors.
Dates: Departing August 3, arriving August 4, touring until August 15.
Study Abroad Program Details
Program Overview
Duration: Two weeks in Paris, earning academic credits that will appear on transcripts as study abroad credits.
Travel companions: Professor Carrie Vial and colleague Bob Krikak.
Previous experience: Conducted over 40 tours, ensuring student safety and comfort.
Participant Eligibility
Must be a WSU (Washington State University) student.
Significant others or family members can join as summer session students for a fee of approximately $35.
Preparations Needed
Passport is a necessity; assistance available for acquiring one through the travel.state.gov website.
Registration Deadline
Critical deadline is February 2 at 11:59 PM. Late applications will not be accepted.
Credits Earned
Total of three credits from the program: one from spring course and two for the summer study abroad.
Language Requirement
No requirement to speak French; most Parisians, especially the younger generation, speak English.
Activities and Highlights of the Program
Focus Areas
Architecture, interior design, landscape architecture, fine art, furniture design, culinary arts, and people-watching.
Key Sites
Eiffel Tower, Arc De Triomphe, Louvre Museum, Notre Dame Cathedral, Orsay Museum (largest collection of Impressionist paintings).
Chateau De Versailles and Villa Savoie (designed by Le Corbusier).
Special Activities
Attending a Vivaldi concert at Saint Chappelle.
Visits to the Paris flea market and potentially Moulin Rouge.
Evening cruise on the Seine River.
Free days for independent exploration or organized activities.
Financial Overview of the Program
Program Costs
Total cost billed from WSU: $4,656.
Additional estimated costs: Airfare, personal expenses, supplies, and passport fees.
Cost Breakdown
Estimated personal expenses: $800 (not necessarily required).
Supplies and sketchbook: $50.
Estimated total cost of the program ranges from $5,200 to $7,200 (variable based on preparations and travel arrangements).
Funding Opportunities
Scholarships may be available through education abroad and other organizations.
Student Organization Presentation: NAMA
Introduction of NAMA Members
Chapter President: Jada and members Vianet, Christina, Alejandro, and Maria.
Goals of NAMA
Promote minority representation in landscape architecture and create a welcoming space for minority students to engage in activities.
Regular Meetings
Biweekly meetings held on Thursdays at 5 PM. Special meeting today at 4 PM.
Current Projects
Ongoing community garden project at Kapple Farms.
Skills Development
Interaction with professionals through activities like field trips and job shadowing in the architecture and landscape architecture fields.
Hands-on Learning
Opportunities to enhance skills in sketching, design software (Photoshop, AutoCAD, Revit), and other activities.
Guest Lecture by Dr. Di Lu
Introduction to Dr. Di Lu
Assistant Professor at WSU SDC, expert in construction management research.
Focus on human-technology collaboration in construction using advanced technologies.
Main Lecture Theme
Exploring the concept of human-technology partnership in construction management.
Mentioned terms: Cointegration and Co-adaptation in the context of construction.
Building Life Cycle
Concept Overview
Stages of the building life cycle: Design, Construction, Commissioning, Operation & Maintenance, Renovation/Demolition.
Design: involves conceptualizing the purpose and character of the building.
Construction: making the design a physical reality by managing resources and labor.
Commissioning: testing the building to ensure functionality before public use.
Operation & Maintenance: the longest phase, ensuring the building's sustained usability.
Artificial Intelligence (AI) in Construction
Definition of AI
Software systems performing tasks traditionally completed by humans, improving project efficiency and cost-effectiveness.
Key Benefits of AI in Construction
Enhancements in productivity, safety standards, and quality control.
AI applications include risk prediction, health monitoring for workers, and optimization of project schedules.
Robotics in Construction
Definition of Robotics
Robots designed for construction tasks, freeing human workers from labor-intensive operations.
Types of Robots
Spot (four-legged robots), drone vehicles, automated brick-laying robots, etc.
Capable of performing complex construction tasks with precision.
Challenges in the Construction Industry
Low Productivity Rates
Construction productivity lagging behind other industries and economies.
Safety Concerns
High accident rates on job sites necessitate strict safety measures.
Workforce Shortages
Aging worker population and difficulty attracting young labor to construction jobs.
Future Trends in Construction**
Technological Innovations
Incorporation of AI and robotics could address traditional industry challenges and improve safety, cost-effectiveness, and productivity.
Guest Speaker Introduction
Introduction of guest speakers and opportunities for students.
Professor Carrie Vial presents a study abroad program in Paris (Aug 3-15).
Open to all WSU students, not just SDC majors.
Study Abroad Program Details
Program Overview: Two weeks in Paris, earning 3 academic credits (1 spring, 2 summer study abroad).
Eligibility: WSU students. Family/significant others can join as summer session students ( fee).
Preparations: Passport required.
Deadline: February 2, 11:59 PM.
Language: No French proficiency required; English widely spoken.
Activities and Highlights of the Program
Focus Areas: Architecture, interior design, landscape architecture, fine art, furniture design, culinary arts.
Key Sites: Eiffel Tower, Arc De Triomphe, Louvre, Notre Dame, Orsay Museum, Chateau De Versailles, Villa Savoie (Le Corbusier).
Special Activities: Vivaldi concert, Paris flea market, Moulin Rouge (potential), Seine River cruise, free days.
Financial Overview of the Program
Program Costs: Total billed from WSU: .
Additional Estimated Costs: Airfare, personal expenses (), supplies (), passport.
Total Estimated Range: to .
Funding: Scholarships available through education abroad.
Student Organization Presentation: NAMA
Goals: Promote minority representation in landscape architecture, create a welcoming space.
Meetings: Biweekly on Thursdays at 5 PM.
Projects: Community garden project at Kapple Farms.
Skills Development: Professional interaction, field trips, job shadowing, hands-on learning (sketching, design software).
Guest Lecture by Dr. Di Lu
Assistant Professor at WSU SDC, specializing in construction management research.
Focus: Human-technology collaboration, partnership (Cointegration and Co-adaptation) in construction.
Building Life Cycle
Stages: Design, Construction, Commissioning, Operation & Maintenance, Renovation/Demolition.
Design: Conceptualizing purpose.
Construction: Realizing design physically.
Commissioning: Testing functionality.
Operation & Maintenance: Longest phase, sustained usability.
Artificial Intelligence (AI) in Construction
Definition: Software systems performing human tasks, improving efficiency and cost-effectiveness.
Benefits: Enhanced productivity, safety, quality control. Applications include risk prediction, worker health monitoring, schedule optimization.
Robotics in Construction
Definition: Robots for construction tasks, reducing human labor.
Types: Spot, drones, automated brick-laying robots. Perform complex tasks with precision.
Challenges in the Construction Industry
Low productivity rates.
Safety concerns (high accident rates).
Workforce shortages (aging population, difficulty attracting young labor).
Future Trends in Construction
Technological Innovations: AI and robotics to improve safety, cost-effectiveness, and productivity, addressing industry challenges.