CE 1030: Civil Engineering and Computer Fundamentals

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Transcript CE 1030: Civil Engineering and Computer Fundamentals

CE 1030: Civil Engineering and Computer Fundamentals Course Overview By: Prof. G.F. Salazar Carlos Cela

Objectives 1. Civil Engineering Projects 2. Civil Engineering Activity 3. WPI Civil Engineering Courses 4. CE 1030 Topics and Participants 5. CE 1030 Description and Organization

Civil Engineering Projects Heavy & Highway  Water Use & Control  Bridges, Highways & Tunnels  Electric, Gas Communication  Military / Space  Other: – Off Shore Platforms – Site Clean-ups

Non-Residential Buildings  Manufacturing  Commercial  Government  Educational  Medical

Multi-Unit / Residential  Apartments  Hotels  Dormitories  Single Unit Housing

ASCE Technical Divisions

Civil Engineering Activity

Group B

 Aerospace  Materials Engineering  Engineering Mechanics  Structural

Group C

 Air Transport  Highway  Urban Planning  Urban Transportation Http://www.asce.org

ASCE Technical Divisions

Civil Engineering Activity

Group D

 Environmental Engineering  Water Resources  Water Management  Waterway Port – – Coastal Ocean

Group E

 Architectural  Construction  Geotechnical Engineering  Pipelines  Surveying

Civil Engineering at WPI  Environmental Engineering  Structural Engineering  Geotechnical Engineering  Construction Project Management  Urban Planning  Transportation Http://www.wpi.edu/Academics/Depts / Civil

CE 1030 Civil Engineering Topics & Participants  Spreadsheets  Environmental Engineering  Writing  Design-Construction Integration  Pavements  Ethics

Presentations & Spreadsheets Prof. Wittels

Environmental Engineering (& Writing) Prof. Plummer Prof. Lebduska

Writing (& Environmental Eng.) Prof. Lebduska Prof. Plummer

Design-Construction Integration Management Prof. Salazar Prof. Albano

Design-Construction Integration Structural Engineering Prof. Albano Prof. Salazar

Pavements Prof. R. Mallick

Ethics Prof. Hart

What WE Expect From YOU 1. Collaborative learning

Working in groups

2. Class participation Showing up and doing the work 3. Time Remember.... 17 hours/ wk. is

plenty

when working

together:

4 x 17 =68 hours per week?

4. Effort

Working in Groups  Complementary Skills and Roles  Competency  Commitment

 Communication

Monday: Tuesday: Wednesday: Thursday: Friday: Schedule 1:00-1:50 Lecture I 1:00-1:50 Lecture II 1:00-2:50 Lab I 1:00-1:50 Lab II 1:00-1:50 Presentations Quiz & Evaluations

Grading Distribution  Deliverables (50 %) – Reports – Oral Presentation  Weekly Examination (25 %)  Final Exam (25%)

The Written Report  Work together  Length is not important – Fulfill the requirements (B.S takes time to write !)  How should it sound?

– Read a technical report (How does it sound?)  How should it look?

– PROFESSIONAL

The Oral Presentation  Graded on basic elements and effectiveness of style  Tomorrow’s Session (Prof. Wittels)

Presenting styles cannot be taught... They must be observed and developed.

Weekly Quiz  Individual Effort  15-20 minutes  Stresses concepts of the week  Do the reading!

How to do well in this class  Be patient in learning new concepts – The hardest part  Work efficiently together  Ask questions  How do I do this problem?

(not answered)

 I did

this,

what do you think?

 Get it done.

How to do well in this class  Check the course web-age daily http://cee.wpi.edu/ce1030_d00/ http://courses.wpi.edu/

And now …...

 Form Teams for tomorrow’s session (4 students per group) and also for next week’s lab “What makes a presentation an effective presentation?”