This document provides an overview of STEM and STEAM education. It defines STEM as focusing on science, technology, engineering and mathematics, while STEAM denotes the inclusion of arts. STEM education integrates these subjects through rigorous, hands-on learning involving real-world tasks and projects. It provides students with critical thinking skills needed for college and careers. The document outlines Georgia's STEM certification process and criteria, which requires teacher training, partnerships, and showing improved student performance in math and science.
CIESE develops and supports effective innovative curricula and professional development and conducts research in order to inspire, catalyze and strengthen scientific, technological, engineering and mathematics literacy for K-12 and higher education.
CIESE develops and supports effective innovative curricula and professional development and conducts research in order to inspire, catalyze and strengthen scientific, technological, engineering and mathematics literacy for K-12 and higher education.
On October 8, 2014, Dr. Ann Cavallo from the University of Texas at Arlington and Gregg Fleisher from the National Math + Science Initiative joined us at the North Texas Commission offices to discuss STEM Education & North Texas. The North Texas Commission Webinar Series, Topic: North Texas, is presented by Verizon.
Proposal by TAF (Technology Access Foundation) to scale our award winning TAF Academy 6th-12th grade STEM school by partnering with existing public schools in transforming them into schools where students can reach a high level of personal achievement
The pitch-deck is about is about proposing a new educational and teaching solution. All the rights go to FOEVR company, managed by its CEO, Miroslav Konstantinovic.
STEM education consists of a curriculum based on the idea of educating students in four specific disciplines — science, technology, engineering and mathematics — in an integrated, interdisciplinary approach to learning that provides hands-on and relevant learning experiences for students. STEM education is vital to Mitchell County because the majority of industry and business in our area need and require employees with STEM skills.
On October 8, 2014, Dr. Ann Cavallo from the University of Texas at Arlington and Gregg Fleisher from the National Math + Science Initiative joined us at the North Texas Commission offices to discuss STEM Education & North Texas. The North Texas Commission Webinar Series, Topic: North Texas, is presented by Verizon.
Proposal by TAF (Technology Access Foundation) to scale our award winning TAF Academy 6th-12th grade STEM school by partnering with existing public schools in transforming them into schools where students can reach a high level of personal achievement
The pitch-deck is about is about proposing a new educational and teaching solution. All the rights go to FOEVR company, managed by its CEO, Miroslav Konstantinovic.
STEM education consists of a curriculum based on the idea of educating students in four specific disciplines — science, technology, engineering and mathematics — in an integrated, interdisciplinary approach to learning that provides hands-on and relevant learning experiences for students. STEM education is vital to Mitchell County because the majority of industry and business in our area need and require employees with STEM skills.
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The Roman Empire A Historical Colossus.pdfkaushalkr1407
The Roman Empire, a vast and enduring power, stands as one of history's most remarkable civilizations, leaving an indelible imprint on the world. It emerged from the Roman Republic, transitioning into an imperial powerhouse under the leadership of Augustus Caesar in 27 BCE. This transformation marked the beginning of an era defined by unprecedented territorial expansion, architectural marvels, and profound cultural influence.
The empire's roots lie in the city of Rome, founded, according to legend, by Romulus in 753 BCE. Over centuries, Rome evolved from a small settlement to a formidable republic, characterized by a complex political system with elected officials and checks on power. However, internal strife, class conflicts, and military ambitions paved the way for the end of the Republic. Julius Caesar’s dictatorship and subsequent assassination in 44 BCE created a power vacuum, leading to a civil war. Octavian, later Augustus, emerged victorious, heralding the Roman Empire’s birth.
Under Augustus, the empire experienced the Pax Romana, a 200-year period of relative peace and stability. Augustus reformed the military, established efficient administrative systems, and initiated grand construction projects. The empire's borders expanded, encompassing territories from Britain to Egypt and from Spain to the Euphrates. Roman legions, renowned for their discipline and engineering prowess, secured and maintained these vast territories, building roads, fortifications, and cities that facilitated control and integration.
The Roman Empire’s society was hierarchical, with a rigid class system. At the top were the patricians, wealthy elites who held significant political power. Below them were the plebeians, free citizens with limited political influence, and the vast numbers of slaves who formed the backbone of the economy. The family unit was central, governed by the paterfamilias, the male head who held absolute authority.
Culturally, the Romans were eclectic, absorbing and adapting elements from the civilizations they encountered, particularly the Greeks. Roman art, literature, and philosophy reflected this synthesis, creating a rich cultural tapestry. Latin, the Roman language, became the lingua franca of the Western world, influencing numerous modern languages.
Roman architecture and engineering achievements were monumental. They perfected the arch, vault, and dome, constructing enduring structures like the Colosseum, Pantheon, and aqueducts. These engineering marvels not only showcased Roman ingenuity but also served practical purposes, from public entertainment to water supply.
1. STEM and STEAM Education
Overview
1
Presented by
Dr. Brene` Bradley
Coordinator, STEM Support Team
2. What are STEM and STEAM?
• STEM is the acronym for Science, Technology, Engineering and
Mathematics (STEM). STEAM denotes the inclusion of the Arts
• Arts programs must demonstrate the infusion of math and/or
science concepts and principles
• In Georgia, a STEM education program may include curriculum
from career clusters other than engineering and computer science
(i.e. healthcare science, agricultural science, biotechnology, and
food and nutrition science)
2
3. What is STEM Education?
3
• STEM education is based on rigorous curriculum that integrates subjects
as opposed to teaching them separately
• STEM education in elementary grades creates in students an interest in
mathematics and science that provides a foundation for middle school,
high school and beyond…
• STEM education’s integration of hands-on, real-world learning tasks,
coupled with academic theory, helps students master rigorous math and
science concepts
• STEM education builds greater capacity in teachers through content
specific, rigorous and ongoing professional development and training
4. What is STEM Education?
4
• STEM education incorporates several researched-based
best practices proven to improve student achievement:
Inter-disciplinary instruction
Problem and project-based learning
Inquiry-based learning
Collaborative learning
Laboratory investigations
Research projects
Real-world experiences via work-based learning opportunities
Advanced Placement (AP), International Baccalaureate (IB), college Dual
Enrollment Programs, and Career, Technical and Agricultural Education
(CTAE)
Source: International Center for Leadership in Education
5. Why STEM Education?
5
“Everyone has a stake in in improving STEM education. Inspiring all our
students to be capable in math and science will help them contribute in an
increasingly technology-based economy, and will also help America prepare
the next generation of STEM professionals – scientists, engineering,
architects, and technology professionals – to ensure our competitiveness.”
U.S. Secretary of Education,Arne Duncan
Source: Connections Learning
6. Why STEM Education?
• In addition to fostering in-depth knowledge of math and science,
a STEM education increases achievement by equipping students
with:
Critical and analytical thinking skills
Proficiency at solving non-routine problems
High-level communication abilities
Project management experience
Teamwork and leadership skills
These skills are required to be successful in college and the world of work!
6
7. Why STEM Education?
7
• STEM education enables students to earn high wages in high demand
occupations and encourages self-sufficiency and financial independence
• By 2018,America will be short 1,000,000 nurses, 200,000 doctors, and 400,000
engineers
• Over the past 10 years, growth in STEM jobs was 3 times as fast as growth in
non-STEM jobs
• STEM occupations are projected to grow by 17% from 2008 – 2018, compared to
9.8% growth for non-STEM occupations
• STEM workers command higher wages, earning 26% more than non-STEM
counterparts
Source: US Bureau of Labor Statistics
8. Why STEM Education?
8
Source: US Bureau of Labor Statistics
Education Level STEM Jobs
(hourly)
Non-STEM Jobs
(hourly)
Difference
High school
diploma or less
$24.82 $15.55 +59.6%
Associates degree
or some college
$26.63 $19.02 +40.0%
Bachelor’s degree $35.81 $28.27 +26.7%
Graduate degree $40.69 $36.22 +12.3%
9. Why STEM Education?
9
Source: US Occupational Outlook
Occupation Projected Jobs
by 2022
Median Annual
Wage (May 2013)
Typical entry-level education
Environmental Science
Technicians
38,900 $41,700 Associate's degree
Computer Support Specialist 658,500 $46,420 Some college, no degree
Web Developer 169,900 $63,160 Associate's degree
Sales, technical and scientific
products
419,500 $74,520 Bachelor’s degree
Statistician 34,900 $79,290 Master’s degree
Civil Engineer 326,600 $80,770 Bachelor’s degree
Software Developer 752,900 $92,660 Bachelor’s degree
Information Systems Manager 383,600 $123,950 Bachelor’s degree
10. Local STEM Results
10
• DeKalb County Schools:
Started with 2 schools in 2010, now 89 schools (out of 143) are pursuing
STEM certification
Elementary science scores: non-STEM 66%...STEM 80%
Elementary math scores: non-STEM 71%...STEM 84%
Middle school science scores: non-STEM 64.5%...STEM 73%
Middle school math scores: non-STEM 71%...75%
Five (5) IB schools now pursuing STEM certification
Two (2) language immersion now schools pursuing STEM
11. What is the cost of STEM?
11
• Costs to implement STEM in a school vary dependent upon
existing resources
• There are no registration or membership fees associated with STEM
• GADOE provides some professional development at no charge to
schools
• Associated costs include:
STEM specific professional development for teachers
Technology (computer hardware and software)
Equipment (cost varies greatly depending on program focus)
Supplies (Annual costs vary based on types of projects)
Creating and maintaining a “wet” lab (if not already in place)
12. What is the cost of STEM?
12
Whole School Model - Elementary
Sample Start-up Budget
Number of Students 350
Additional STEM teachers (1 math/1 sci.) 2
Salaries/benefits $165,400
Software (inc. DefineSTEM) $3500
Equipment/Computers (inc. 24 laptops) $28,700
Furniture (inc. desks, worktables, cabinets) $10,000
Supplies (inc. Lego kits) $14,000
Textbooks/Instructional Materials $5000
Professional learning (e.g. Buck Institute) $10,000
STEM-related conferences $5420
Competitive Events and STEM fieldtrips $1260
TOTAL $243,280
Program Model – Middle or high School
Sample Start-up Budget
w/Engineering Focus
Number of Students 250
Additional STEM teachers (1 math/1 sci.) 2
Salaries/benefits $165,400
Software (Includes DefineSTEM, ADOBE) $5000
Equipment/Computers (Inc. 28 desktops) $79,595
Furniture (inc. modular desks, worktables) $43,000
Supplies (inc. VEX robotics) $36,600
Textbooks/Instructional Materials $13,900
Professional learning (e.g. Buck Institute) $18,780
STEM-related conferences $5420
Competitive Events and STEM fieldtrips $7680
TOTAL $375,375
13. Georgia’s STEM Certification Process
13
• STEM certification may be for the whole school (all students
participate in the STEM program), or for a program within the
school (cohorts of students are taught by STEM teachers)
• STEM certification is available for all grade levels: elementary,
middle and high school
• The State provides a framework for STEM, but does not mandate
curriculum or specific professional development for teachers
• Preparation for STEM certification usually takes 2 – 3 years
14. Georgia STEM Certification Steps
14
1. School leadership meets with math and science teachers (and
CTAE where applicable) to determine capacity
2. School community (e.g. staff, parents, business partners) meets to
determine commitment to STEM
3. School leadership meets with district STEM Support Team for
guidance on the STEM guidelines
4. School leadership submits a proposal toAssociate Superintendent
for approval to pursue STEM certification
15. Georgia STEM Certification Steps
15
5. School works with district STEM Support Team to request the
DOE pre-application visit where input and feedback is provided
by the STEM Coordinator
6. School submits STEM application to the state
7. School implements STEM or STEAM according to guidelines
8. Several visits are made by the district team and state STEM
Coordinator to monitor progress
9. Official certification visit is scheduled and on-site evaluation
conducted
16. STEM Certification Criteria
16
• Students must apply for the STEM program and be identified
as part of the STEM population (Program model only)
• Students from all backgrounds must be allowed and
encouraged to participate (e.g. minorities, females,
economically disadvantaged, and special needs students)
• 100% of STEM teachers should be certified in a STEM
content area (i.e. mathematics, science, technology or a career
cluster)
17. STEM Certification Criteria
17
• STEM teachers must collaborate and integrate lessons in
science and mathematics, utilizing instructional technology
and real world projects
• Teacher professional learning must be on-going and in content
areas (i.e. mathematics, science, technology, or a career cluster)
• At the high school level, STEM education should incorporate
a state-approved career cluster (i.e. agricultural science,
biotechnology, computer science, engineering & technology,
healthcare science, or food & nutrition science)
18. STEM Certification Criteria
18
• Time for collaboration must be allocated regularly for
STEM teachers to develop lessons, create projects, and
evaluate student work
• High school students should complete a STEM related
pathway (i.e. math, science or CTAE), and an internship or
capstone project before graduation
• High school students should be enrolled in STEM related
advance-level courses (e.g. AP, IB, or college dual
enrollment math and science courses)
19. STEM Certification Criteria
19
• Business, industry, and post-secondary partners must be
integrally involved in the instructional program
• Students at all levels must routinely participate in math,
science, and CTAE competitions (e.g. science fair, robotics,
Math Challenge, Science Olympiad, Healthcare Occupations
StudentAssociation , Technology StudentAssociation)
• Performance assessments must go beyond paper/pencil tests to
include: portfolios, formal presentations, research projects,
demonstration of skills
20. STEM Certification Criteria
20
• All STEM programs must have a lab with running water and
up-to-date technology
• A wide-range of technology must be utilized for instruction
and learning by teachers and students (e.g. 3D printers,
computers, scientific/graphing calculators, smart boards, iPads,
ADOBE software, autoCAD software)
• Accountability must be documented with schools meeting
state identified performance standards; student achievement
data must show increases over time
21. Georgia DOEAnnual State-wide STEMActivities
• Georgia STEM Festival
• Georgia STEM Institutes
• GirlsAdventures in STEM
• Georgia STEM Day
21
23. Department of Instructional Technology
• Dedicated Instructional Technology Support at each STEM school
(Educational Technology Specialist)
• Collaborate with school to meet goals within the STEM rubric
• Job Embedded Professional Learning
• Direct support for students around 21st Century skills needed to support STEM
• Digital Learning Specialists in Mathematics and Science
• Customize digital resources for each STEM School
• Provide direct instructional support for STEM schools
23
24. STEM Resources
24
For Georgia STEM resources, materials, links to STEM schools,
grants, competitions, lesson plans,
visit: http://stemgeorgia.org
ForAPS STEM resources visit the STEM Initiatives SharePoint
site under Curriculum & Instruction
(internal stakeholders)
25. Atlanta Public Schools STEM Support Team
25
• Jessica Booth – FineArts ext. #2698
• Dr. Brene` Bradley – CTAE (STEM Support Team Coordinator) ext. #5892
• Neal Christian – Mathematics ext. #2717
• Dr. Mashawn Duncan-Young – Science ext. #2781
• Natasha Rachell – Instructional Technology for Science ext. #2741
• Stephanie Reddick – Mathematics ext. #2701
• Dr.Aleigha Henderson-Rosser – Instructional Technology ext. #2578
• Melissa Dandy Walker – Instructional Technology for Mathematics ext. #2772
26. Atlanta Public Schools STEM Education
26
For more information contact:
Dr. Michael Maze, Director of CTAE
404-802-5853
mmaze@Atlanta.k12.ga.us
Dr. Brene' Bradley, STEM Support Coordinator
404-802-5892
bebradley@Atlanta.k12.ga.us
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disability, medical status, military status, veteran status, marital status, sexual orientation, gender identity or expression, genetic
information, ancestry, or any legally protected status in any of its employment practices, educational programs, services or activities.
For additional information about nondiscrimination provisions, please contact the Office of Internal Resolution, 130 Trinity Avenue, S.W.
Avenue,Atlanta, Georgia 30303.