Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of...

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Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering

Transcript of Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of...

Page 1: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Anderson School District FiveProject Lead The Way

Academy of Engineering

Wanda T. Staggers, Dean of Manufacturing &

Engineering

Page 2: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Anderson School District Five Schools

Spring 2000 T. L. Hanna High School

Westside High School Fall 2002

Hanna-Westside Extension Campus

Fall 2006 Southwood Middle School

Fall 2007 McCants Middle School

Fall 2008 Lakeside Middle School

Page 3: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Gateway to TechnologyMiddle School Program

Design and Modeling The Magic of

Electrons The Science of

Technology Automation and

Robotics Flight and Space

Page 4: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

High SchoolPathway To Engineering

Foundation Courses: Introduction to Engineering Design Principles of Engineering Digital Electronics

Specialization Courses: Aerospace Engineering Biotechnical Engineering Civil Engineering and Architecture Computer Integrated Manufacturing

Capstone Course: Engineering Design and Development

Page 5: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

High SchoolBiomedical Sciences Program

Principles of Biomedical Sciences™ Human Body Systems™ Medical Intervention™Science Research™

Page 6: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

High School Certification All high schools must be certified by the second year in the

program and re-certified every five years The certification process requires schools to demonstrate

they meet PLTW’s quality standards in professional development of teachers and counselors;

the implementation of curriculum using required equipment and software;

the formation of a Partnership Team

Page 7: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Honors and College Credit Anderson County School District Five offers an honors

level and college prep level of each high school PLTW course.

Numerous colleges and universities across the nation offer college credit for successful completion of high school PLTW courses. The credit agreement varies among the institutions. University of South Carolina transfer agreement:

USC requires the 1100 SAT or 3.0 to qualify for admission for USC credit

PLTW requires 85% for course and 70% on qualifying exam Clemson University transfer agreement:

At least a course grade of “B” and at least a college exam grade of “70” in PLTW Principles of Engineering and any other PLTW course.

Page 8: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

PLTW Instructor Training University of South Carolina Summer

Training Institute Local ongoing training PLTW Online Virtual Academy PLTW ListServ

Page 9: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Women in Science and Engineering (WISE)Clemson University

Serita Acker,Program Director

Page 10: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

PEER/WISE CLEMSON UNIVERSITY

College of Engineering & Science

Grants more than 2/3 of the engineering degrees in South Carolina

Clemson has 9 undergraduate engineering majors

Our educational mission is to prepare engineering & science graduates to succeed in careers and continue life-long learning

Page 11: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

PEER/WISE CLEMSON UNIVERSITY

COES Commitment to Diversity

Women In Science & Engineering (WISE) established in 1995 to increase female retention in the College outgrowth of the PEER program.

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PEER/WISE CLEMSON UNIVERSITY

How are Clemson women doing? Look at the GPA’s

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PEER/WISE CLEMSON UNIVERSITY

Facts on Women in Science and Engineering

Statistics show that women are 46 percent of the U.S. workforce

They are 48.6 percent of the total college-degreed workforce.

Only, 24.7 percent of the Science and Engineering workforce. 

 

Page 14: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

PEER/WISE CLEMSON UNIVERSITY

Clemson University Recruitment Between 18 -20% of the females at COES

670 Females undergrad Grad 256 Females

Total COES population 3580

Retention 6 year retention 44.8% 4 year retention 45.8 %

Page 15: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

It’s A Girl Thing®

IGT is unique in that it is a year long program established within the school system and is part of the girls’ normal school day. The meetings provide a secure learning environment designed for girls only.

Funded by theAmerican Association of University Women Educational Foundation

Page 16: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Purpose

Target middle school girls to introduce the fields of science, mathematics, engineering, and technology (STEM) in a safe and encouraging learning environment

Expose girls to nontraditional educational and professional career fields while also increasing self-confidence

Provide training in career supporting skills such as team-work, oral presentation, social skills, and an exposure to cultural and current events

There will be no cost to the participants

Page 17: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Research Women are less likely to complete their science and

engineering degree programs than men. Women constitute 52 percent of all people leaving a science or engineering discipline at an undergraduate level (Seymour, 1997, p. 399).

This gap, though significant, is not the primary determining factor in the lack of women represented in science and engineering.  The largest drop in women’s participation in science and engineering comes during the transition between high school and college. It is at this time that women decide not to pursue science and engineering academically. In order to get a clear understanding of why there are so few women in science and engineering fields, it is necessary to look at what many people see as the most important stage in the academic ‘pipeline’, women’s middle school and high school experiences (Notices, 1991, pp. 721).

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Objectives

Girls involved in the IGT program will: Have an increased academic self-confidence Have a desire for exploration in the fields of STEM. gain a better understanding of how advancements in the STEM

fields directly affect females. be more likely to enroll in nontraditional courses at the high school be more likely to become involved in other STEM related activities

outside of school be more likely to enroll in nontraditional programs at the two- and

four-year college levels be more likely to seek employment in nontraditional career fields be more likely to serve as leaders for younger girls that will follow

Page 19: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Need for It’s A Girl Thing®

In the high school where the females continue their education, similar percentages are reflected in HASP mathematics scores.

No high school science data was available.

Taken from The 2006 State of South Carolina Annual School Report Cards

Females Below Basic in PACT Mathematics

Females Below Basic in PACT Science

Southwood Middle 21.1% 42.2%

Lakeside Middle 17.7% 28.0%

McCants Middle 16.8% 18.7%

Page 20: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Need for It’s A Girl Thing® Maintaining female enrollment in the district Project

Lead the Way program has been a challenge since its inception.

The Hanna-Westside Extension Campus (HWEC) annually receives a performance report on the Carl Perkins standards for career and technology education. HWEC provides career and technology education to T.L. Hanna and Westside high school students.

The performance report addresses six standards, two of which have been an ongoing challenge; Standard 5 Nontraditional Participation and Standard 6 Nontraditional Retention.

Page 21: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to It’s A Girl Thing:An overview of many of the careers fields available

Page 22: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Civil EngineeringDesign a structure to hold the weight of a textbook

Page 23: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Chemical Engineering

Experiment to determine the rate at which a mint will dissolve in gelatin to simulate medicine within the human body

Page 24: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Civil EngineeringDesign the tallest tower structure using toothpicks and mini

marshmallows

Page 25: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Chemical EngineeringChemical vs physical reactions: acids and bases

Vinegar and baking soda, glue, and borax

Page 26: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Chemical EngineeringChemical vs physical reactions: acids and bases

Mentos candy and bottled soda

Page 27: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Chemical EngineeringGirls made their own chapstick

Page 28: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Transportation EngineeringDesign an efficient Puff Mobile for distance

Page 29: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Industrial EngineeringDesign an efficient team assembly process using Tinker® Toys

Page 30: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Introduction to Electrical EngineeringDesign an electrical circuit using a four-lemon battery

Page 31: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

SC DNA Learning Centerand Clemson University

Page 32: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Sullivan’s Metropolitan Grill and The Alvin Ailey Dancers, Brooks Center at Clemson University

Page 33: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Publicity

Page 34: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

Southwood Middle School

Lakeside Middle SchoolMcCants Middle School

Page 35: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

The hands on activities have boosted participating females’ interest/grades in science and math. The students are eager to attend the class and have positive remarks about the meetings. One student attended the summer program and was eager to participate in the meetings this year.

Some of the females that attended the Science and Engineering Expo at Clemson have changed career interest to science and engineering.

Pat Wardlaw,Eighth Grade CounselorLakeside Middle School

Page 36: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

By having the different students come in and talk to the girls from the different areas of engineering it gave them a lot of information on what kinds of engineering was out there. They enjoyed doing the different projects related to their field of engineering because it allowed them to have a hands-on approach and the opportunity to experience it on a smaller scale.

Serena Coughenour, GuidanceMcCants Middle School

Page 37: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

The It’s A Girl Thing participants at Lakeside Middle School have benefited from being exposed to female role models who have achieved in math and science. They have also connected math and science to careers and fostered the belief that I am a girl and I can do it!

Robin Cathey, GCDFGuidance Counselor

Lakeside Middle School

Page 38: Anderson School District Five Project Lead The Way Academy of Engineering Wanda T. Staggers, Dean of Manufacturing & Engineering.

THANK YOU FOR YOUR SUPPORT