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Career Technical Career Technical Education: Education: Surviving and Surviving and Thriving through Thriving through Turbulent Times Turbulent Times
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Page 1: Career Technical Education: Surviving and Thriving through Turbulent Times.

Career Technical Education:Career Technical Education:Surviving and Thriving Surviving and Thriving

through Turbulent Timesthrough Turbulent Times

Page 2: Career Technical Education: Surviving and Thriving through Turbulent Times.

CTE Threats

& Opportunities

Page 3: Career Technical Education: Surviving and Thriving through Turbulent Times.

Opportunities• Economic crisis and

openness to new thinking about college, skills and workforce

• Stubborn dropout rates for high school and college programs

• Awareness of Middle Skill jobs and Multiple Pathways

Threats

• Debt, deficit and budget cuts at all levels

• CTE seen an elective, non-essential

• “College-for-all” mythology

• Relevance gap to key innovation sectors

• Relevance to Common Core/academic preparation

Page 4: Career Technical Education: Surviving and Thriving through Turbulent Times.

Today’s conversation

• Build a deeper understanding of the “innovation eco-system”

• Review key workforce skills• Understand and apply Common

Core standards• Review Action Steps for Surviving

and Thriving

Page 5: Career Technical Education: Surviving and Thriving through Turbulent Times.

What doesn’t kill you only makes you stronger.

Page 6: Career Technical Education: Surviving and Thriving through Turbulent Times.

Connecting to the Innovation Eco-System

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The Innovation Eco-SystemThe Innovation Eco-System•Regulations•Taxes/Incentives•Laws (e.g. Bankruptcy)

•Economy•Big companies•Other companies

•Universities•Corporate R&D•Open innovation

•Debt•Equity•Full range of options

•Physical•Services

•Labor pool•Education•Network

•Individualistic•Celebrate•Failure

© William K. Aulet, 2008, MIT Center for Entrepreneurship

Page 8: Career Technical Education: Surviving and Thriving through Turbulent Times.

The impact of Start-up Job CreationThe impact of Start-up Job Creation

• Start-up companies account for 3 percent of U.S. jobs, but almost 20 percent of overall job creation.

• All net new job growth in the U.S. since 1977, in fact, is due to start-ups.

• Start-up rate relatively flat at 500,000 per year in U.S..

Sources: Kauffman Foundation survey on job creation, 2009. John Haltiwanger, University of Maryland.

Page 9: Career Technical Education: Surviving and Thriving through Turbulent Times.

Start-ups and Job Creation

• Job growth at Venture Capital (VC)-backed firms is 2.6 percent vs. 0.2 percent at non-VC-based firms.

• VC-backed firms are about 8 times more productive in creating jobs.– Source: The National Venture Capital

Association (NVCA) • Another estimate says that “VC-

backed firms are 150 times more likely than average start-ups to create jobs.”

• 92 percent of a company’s job creation occurs AFTER its IPO (Initial Public Offering).

Page 10: Career Technical Education: Surviving and Thriving through Turbulent Times.

The impact of manufacturing• Manufacturing has direct links to—and effects

on—other sectors of the economy. • “Backwards” impact like mining or construction,• “Forwards” like warehousing, transportation,

and the wholesale and retail trade.• National Association of Manufacturing (NAM)

indicate that each dollar’s worth of manufactured goods creates another $1.43 of activity in other sectors, twice the $.71 multiplier for services.

• 1 manufacturing job connects to 15 other jobs in the backwards, forwards, and supply chain.

Source: Manufacturing Institute

Page 11: Career Technical Education: Surviving and Thriving through Turbulent Times.

Losing our “Industrial Commons”Losing our “Industrial Commons”

Lost capabilities in –• desktop, notebook and netbook PCS, low-

end servers, • hard disk drives, • consumer-networking gear such as routers,

access points, and home set-top boxes.

At-risk of losing –• blade servers, • midrange servers, • mobile handsets, • optical-communication components, and• core network equipment.

“Restoring American Competitiveness,” Gary Pisano and Willy Shih, Harvard Business Review, July-August 2009

Page 12: Career Technical Education: Surviving and Thriving through Turbulent Times.

“buzz” vs. real jobs

• Sony (electronics, entertainment)– Market value: $35 billion– Number of employees: 170,000

• Boeing (aerospace)– Market value: $50 billion– Number of employees: 157,000

• Facebook (social media)– 500 million users– Market value: $50 billion est.– Number of employees: 1,700

Page 13: Career Technical Education: Surviving and Thriving through Turbulent Times.

2000’s, Failed Promise of Innovation

There’s growing evidence that the There’s growing evidence that the innovation shortfall of the past innovation shortfall of the past decade is not only real but may decade is not only real but may also have contributed to today’s also have contributed to today’s financial crisis.”financial crisis.”

-- -- Michael MandelMichael Mandel

Technologies that failed to performTechnologies that failed to perform• MEMS (microelectromechanical MEMS (microelectromechanical

systems) systems) • Gene TherapiesGene Therapies

Page 14: Career Technical Education: Surviving and Thriving through Turbulent Times.

U.S. Slipping in Innovation Capacity and Growth

Rank Country Overall Score 2009

1 Singapore 73.4

2 Sweden 71.0

3 Luxembourg 66.2

4 Denmark 64.5

5 S. Korea 64.2

6 U.S. 63.9

… …. …

38 Brazil 30.1

39 Mexico 26.0

40 India 21.6

Rank Country Overall Score 2009

1 China 19.5

2 Singapore 19.0

3 Lithuania 14.8

4 Estonia 18.1

5 Denmark 17.4

6 Luxembourg 16.9

… …. …

38 Greece 5.1

39 Brazil 3.7

40 U.S. 2.7

Overall Score Change Score 1999-2009

Source: Information Technology & Innovation Foundation, February 2009

Page 15: Career Technical Education: Surviving and Thriving through Turbulent Times.

Great Again: Revitalizing America's

Entrepreneurial Leadership

by Henry Nothhaft and David Kline

Page 16: Career Technical Education: Surviving and Thriving through Turbulent Times.

Great Again: Key policy recommendations

• Provide $1 billion infusion to handle patent backlog

• Reduce corporate tax rate• Create tax incentives for U.S.-based

manufacturing• Offer permanent 20% R&D tax credit• Regulate small start-ups differently than

large established public corporations• Adequately fund basic research• Encourage immigration of proven

entrepreneurial engineers and scientists

Page 17: Career Technical Education: Surviving and Thriving through Turbulent Times.

The Need for Leadership

“The American people always do the right thing—after they’ve tried every other alternative.”

Winston Churchill

Page 18: Career Technical Education: Surviving and Thriving through Turbulent Times.

Changing International Dynamics“Onshoring/Reshoring” of some jobs back to the

U.S. because of:– Wage differential is tightening

• Cost of Chinese Labor is rising: 12% average annual increase in mfg wages 2000 to 2009.

• By 2015, China’s average wage will be 69% of the average U.S. wage

– Shipping costs are increasing with fuel prices– Intellectual property not enforced– Quality control abroad is inconsistent– Re-connecting engineering with production improves

product quality and troubleshooting– Managing production across multiple time-zones take

a toll on U.S. management

Source: Paul Davidson, “Some manufacturing heads back to USA,” USA Today, August 6, 2010,Bill Powel, “The End of Cheap Labor in China,” Time Magazine, June 27, 2011

Page 19: Career Technical Education: Surviving and Thriving through Turbulent Times.

Onshoring-Reshoring• General Electric moving energy-efficient

water heater production from China to the U.S. (400 jobs).

• Ford Motor Co brought 2000 jobs back to U.S. from suppliers in Japan, Mexico and India.

• NCR created 260 jobs in Columbus, Georgia to manufacturer ATMs, consolidating jobs from China, India and Hungary.

Source: Paul Davidson, “Some manufacturing heads back to USA,” USA Today, August 6, 2010

Page 20: Career Technical Education: Surviving and Thriving through Turbulent Times.

Emerging Epicenters of U.S. Innovation

WIRED Magazine, June 2011

Page 21: Career Technical Education: Surviving and Thriving through Turbulent Times.

WIRED Magazine, June 2011

Provo-Orem, UT, Software Development

Fort Collins, CO. Green Technology

Waco, TX. Maintenance, Avionics, and Dispatch

Bloomington, IN. Medical Devices

Spartanburg, SC. Polymers

Reading, PA. Batteries.

U.S. Innovation in Plastics, Chemicals, Automotive, Aerospace, Information Technology, Biopharma, Metal Mfg, Communication tech,

Medical technology, Analytical Instruments, Electrical Equipment

Page 22: Career Technical Education: Surviving and Thriving through Turbulent Times.

AMD/Global Foundries “Fab 2” in Malta, New York

• 1,250 jobs• $650 million in tax credits,

both on property taxes and on employee credits

• $500 million for tooling and building infrastructure,

• $150 million for research and development at Luther Forest, Albany’s Nanotech Institute, and at IBM’s facility in East Fishkill.

Page 23: Career Technical Education: Surviving and Thriving through Turbulent Times.

R

Service Sector Careers Depend on Core Economic Drivers

Core Economic

DriversInformation Technology

Engineering and Design

Bio-technology

Advanced Manufacturin

g

Culinary

Construction

Automotive-Transportation Health Care

Sales and Marketing

Business and Finance

Early Childhood and

Education

CosmetologyRegional Growth/Prosperity

Page 24: Career Technical Education: Surviving and Thriving through Turbulent Times.

The Innovation Eco-System creates jobs, when managed and supported

Young businesses with innovation technologies and processes are the drivers of job growth.

CTE Programs should address a mix of core economic drivers and support sectors.

Innovation EconomyInnovation EconomyRe-CapRe-Cap

Page 25: Career Technical Education: Surviving and Thriving through Turbulent Times.

Trends in the U.S. Workforce

Page 26: Career Technical Education: Surviving and Thriving through Turbulent Times.
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By 2018, 63 percent of job openings will require workers with at least some college education

Source: “Help Wanted” Projections of Jobs and Education Requirements Through 2018,Georgetown University Center on Education and the Workforce

New and replacement demand(46.8 million by 2018)

36%

30%33%

Page 28: Career Technical Education: Surviving and Thriving through Turbulent Times.

In 2018 the economy will need:In 2018 the economy will need:

• 22 million more Associate’s, Bachelor’s and Graduate Degrees

• 4.7 million postsecondary certificates

• Continued undersupply will lead to a 3 million degree shortfall.

Page 29: Career Technical Education: Surviving and Thriving through Turbulent Times.

In general, learning impacts earning…In general, learning impacts earning…

Source: “Help Wanted” Projections of Jobs and Education Requirements Through 2018,Georgetown University Center on Education and the Workforce

Page 30: Career Technical Education: Surviving and Thriving through Turbulent Times.

But, occupation matters...But, occupation matters...

• 27% of young workers with Licenses and Certificates earn more than those with a Bachelor’s degree.

• 31% of young workers with Associate’s degrees earn more than those with a Bachelor’s degree.

Page 31: Career Technical Education: Surviving and Thriving through Turbulent Times.

The changing relationship of The changing relationship of workers and companiesworkers and companies

• There has been a major shift toward very small, solo, and micro-businesses. – 16.5 million soloists, – 3.5 million temps, and – 13 million micro-businesses.

• Estimated total of 33 million “free agents”

Source: Daniel Pink, “Free Agent Nation”

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Postsecondary education needed for most workers.

A wide variety of postsecondary options exist for education, training and apprenticeship.

A large percentages of the workforce already works in small teams and self-directed settings.

CTE educators can help communicate these perspective to students, parents, business partners, and other educators.

Innovation EconomyInnovation EconomyRe-CapRe-Cap

Page 33: Career Technical Education: Surviving and Thriving through Turbulent Times.

Skills and Knowledge for Skills and Knowledge for the Innovation Economy the Innovation Economy

Page 34: Career Technical Education: Surviving and Thriving through Turbulent Times.

The Skills Mismatch

“During the recession, domestic manufacturers appear to have accelerated the long-term move toward greater automation, laying off more of their lowest-skilled workers and replacing them with cheaper labor abroad. Now they are looking to hire people who can operate sophisticated computerized machinery, follow complex blueprints and demonstrate higher math proficiency than was previous required of the typical assembly line worker.”

--- New York Times, July 1, 2010

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Skills MismatchSkills MismatchSome jobs still difficult to fillSome jobs still difficult to fill

1. Skilled Trades2. Sales Representatives3. Nurses4. Technicians5. Drivers6. Restaurant & hotel Staff7. Management/Executives8. Engineers9. Doctors & other Non-Nursing

Professionals10. customer Service

Representatives & customer Support Staff

52% of employers indicate difficulty filling positions in

2011, compared with 14% in 2010.

Source; Manpower, Inc., 2011 Talent Shortage Survey Results

Page 36: Career Technical Education: Surviving and Thriving through Turbulent Times.

Source: Levy F. and R.J. Murnane (2004) The New Division of Labor: How Computers are Creating the Next Labor Market. Princeton, N.J.: Princeton University Press

U.S. Jobs becoming more complex

Page 37: Career Technical Education: Surviving and Thriving through Turbulent Times.

The requirements of the workforce

are changing

Why are 21Why are 21stst century skills so important century skills so important??

Page 38: Career Technical Education: Surviving and Thriving through Turbulent Times.

What employers really want…Top skills for workers

with high school diploma

• Professionalism/Work Ethic (80.3%)

• Teamwork/ Collaboration (74.7%)

• Oral Communications (70.3%)

• Ethics/Social Responsibility (63.4%)

• Reading Comprehension (62.5%)

Top skills for workers with 2-year degrees

• Professionalism/ Work Ethic (83.4%)

• Teamwork/ Collaboration (82.7%)

• Oral Communications (82.0%)

• Critical Thinking/ Problem Solving (72.7%)

• Reading Comprehension (71.6%)

• Oral Communications (95.4%)

• Teamwork/ Collaboration (94.4%)

• Professionalism/ Work Ethic (93.8%)

• Written Communications (93.1%)

• Critical Thinking/ Problem Solving (92.1%)

Top skills for workers with four year degrees

“Are They Really Ready to Work?”

Page 39: Career Technical Education: Surviving and Thriving through Turbulent Times.

What is ‘Adaptive Expertise’?

“Adaptive experts on the other hand are assumed to possess both the core efficiencies of routine experts and the willingness and ability to develop effective responses and solutions to novel situations.”

Source: Creating Environments for Continuous Learning: Adaptive Organizations & Adaptive Expertise, Kieran O’Mahony, Timothy (et al), 2008

Page 40: Career Technical Education: Surviving and Thriving through Turbulent Times.

Source: Creating Environments for Continuous Learning: Adaptive Organizations & Adaptive Expertise, Kieran O’Mahony, Timothy (et al), 2008

Adaptive Expertise Starts with Teaching and Learning

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Source: Creating Environments for Continuous Learning: Adaptive Organizations & Adaptive Expertise, Kieran O’Mahony, Timothy (et al), 2008

Results from Challenge-Based Instruction

• Deeper understanding of complex content (demonstrated on standardized tests against comparison group learning with traditional lecture-based approach)

• Building a Community of Practice – building relationships with experts that can be called upon inside the organization

• Effective Problem Solving – developing the habits of finding knowledge and applying it to specific challenges

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Students need more than literacy, numeracy skills, and career-specific technical skills for true college and career success.

They need 21st century employability skills, with an understanding of the entrepreneurial, start-up environment.

They need to learn “adaptive” thinking.

Education programs need to seriously address development of ALL these skill sets.

Skills and Skills and KnowledgeKnowledge

Re-CapRe-Cap

Page 43: Career Technical Education: Surviving and Thriving through Turbulent Times.

Understanding the Common Core State Standards

June 2010

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The Common Core State Standards Initiative

44

Beginning in the spring of 2009, Governors and state commissioners of education from 48 states, 2

territories and the District of Columbia committed to developing a common core of state K-12 English-language arts (ELA) and mathematics standards.

The Common Core State Standards Initiative (CCSSI) is a state-led effort coordinated by the National Governors Association (NGA) and the

Council of Chief State School Officers (CCSSO). www.corestandards.org

Page 45: Career Technical Education: Surviving and Thriving through Turbulent Times.

Why Common Core State Standards?

45

Preparation: The standards are college- and career-ready. They will help prepare students with the knowledge and skills they need to succeed in education and training after high school.

Competition: The standards are internationally benchmarked. Common standards will help ensure our students are globally competitive.

Equity: Expectations are consistent for all – and not dependent on a student’s zip code.

Clarity: The standards are focused, coherent, and clear. Clearer standards help students (and parents and teachers) understand what is expected of them.

Collaboration: The standards create a foundation to work collaboratively across states and districts, pooling resources and expertise, to create curricular tools, professional development, common assessments and other materials.

Page 46: Career Technical Education: Surviving and Thriving through Turbulent Times.

Common Core State Standards Evidence Base

46

•For example: Standards from individual high-performing countries and provinces were used to inform content, structure, and language. Writing teams looked for examples of rigor, coherence, and progression.

Mathematics

1.Belgium (Flemish)2.Canada (Alberta)3.China4.Chinese Taipei5.England6.Finland7.Hong Kong8.India9.Ireland10.Japan11.Korea12.Singapore

English language arts

1.Australia• New South Wales• Victoria

2.Canada• Alberta• British Columbia• Ontario

3.England4.Finland5.Hong Kong6.Ireland7.Singapore

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Common Core State Standards for Mathematics

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Overview of Overview of High SchoolHigh School Mathematics StandardsMathematics Standards

The high school mathematics standards:

–Call on students to practice applying mathematical ways of thinking to real world issues and challenges

–Require students to develop a depth of understanding and ability to apply mathematics to novel situations, as college students and employees regularly are called to do

–Emphasize mathematical modeling, the use of mathematics and statistics to analyze empirical situations, understand them better, and improve decisions

–Identify the mathematics that all students should study in order to be college and career ready.

Page 49: Career Technical Education: Surviving and Thriving through Turbulent Times.

Common Core State Standards for English

Language Arts and Literacy in History/ Social Studies,

Science, and Technical Subjects

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Overview of Reading Strand

Reading

Progressive development of reading comprehension; students gain more from what they read

Emphasize the importance of grade-level texts that are of appropriate difficulty and are increasingly sophisticated Standards for Reading Foundational Skills (K-5)

Reading Standards for Literature (K-12)

Reading Standards for Informational Text (K-12)

Reading Standards for Literacy in History/Social Studies (6-12)

Reading Standards for Literacy in Science and Technical Subjects (6-12)

Page 51: Career Technical Education: Surviving and Thriving through Turbulent Times.

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Overview of Writing Strand

Writing– Expect students to compose arguments and opinions,

informative/explanatory pieces, and narrative texts– Focus on the use of reason and evidence to substantiate an

argument or claim– Emphasize ability to conduct research – short projects and

sustained inquiry– Require students to incorporate technology as they create,

refine, and collaborate on writing– Include student writing samples that illustrate the criteria

required to meet the standards (See standards’ appendices for writing samples)

Page 52: Career Technical Education: Surviving and Thriving through Turbulent Times.

58

Overview of Standards for History/Social Studies, Science, and

Technical Subjects

Reading Standards for History/Social Studies, Science, and Technical Reading Standards for History/Social Studies, Science, and Technical SubjectsSubjects– Knowledge of domain-specific vocabulary – Analyze, evaluate, and differentiate primary and secondary sources – Synthesize quantitative and technical information, including facts

presented in maps, timelines, flowcharts, or diagrams

Writing Standards for History/Social Studies, Science, and Technical Writing Standards for History/Social Studies, Science, and Technical SubjectsSubjects– Write arguments on discipline-specific content and

informative/explanatory texts– Use of data, evidence, and reason to support arguments and claims – Use of domain-specific vocabulary

Page 53: Career Technical Education: Surviving and Thriving through Turbulent Times.

Understanding the Common Core State Standards

June 2010

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Integration of Integration of Technical and Technical and Learning SkillsLearning Skills

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The Pennsylvania CTE Best Practices Initiative is documenting the promising practices that Pennsylvania Career and Technical

Education administrators and teachers are utilizing as they work to improve program quality and student results.

Page 58: Career Technical Education: Surviving and Thriving through Turbulent Times.
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Collaborative CTE/academic integrationErie County CTC (all sites use similar strategies)

Goal: Embed literacy and numeracy strategies across the schoolOverview: Establish standing committees for literacy and numeracy in 2008-2009

and hired literacy CoachFormal Literacy Plan

• Create a literacy-rich culture in each CTE program• Increase writing skills• Increase reading skills and content literacy (equivalent of 12.5 books/year)• Practice speaking and listening skills• Train all staff members to use differentiated teaching strategies and

incorporate Higher Order Thinking (H.O.T.) skills into lessons• Incorporate assessment/progress monitoring

Literacy initiatives on a weekly basis• Sustained Silent Reading• Reader Response Days• SAT vocabulary development

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Valuing CTE/academic integrationReading Muhlenberg CTC

• “You can’t integrate academics if you just turn on the lights and go to work. You have to teach.” (School Director Gerald Witmer)

• “We have to integrate literacy and numeracy. It’s within our trades and it’s very important for them (students) to understand that.” (CTE teacher)

• One welding instructor observed that as he began to spend more lesson time on literacy and numeracy strategies, his students became more proficient and independent in learning their technical skills. As a result, when students participated in their applied work in the lab (or "shop"), they had fewer questions for the instructor.

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Pavement Time

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Creating the Connections

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Creating the Connections

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Creating the Connections

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Creating the Connections

Education-Innovation Economy

Alignment

Page 66: Career Technical Education: Surviving and Thriving through Turbulent Times.

R

Service Sector Careers Depend on Core Economic Drivers Creating Regional Prosperity

Core Economic

DriversInformation Technology

Engineering and Design

Bio-technology

Advanced Manufacturin

g

Culinary

Construction

Automotive-Transportation Health Care

Sales and Marketing

Business and Finance

Early Childhood and

Education

CosmetologyRegional Growth/Prosperity

Page 67: Career Technical Education: Surviving and Thriving through Turbulent Times.

Career Academy Fusion of the 3 R’sCareer Academy Fusion of the 3 R’s

Academic Academic Learning Learning

SkillsSkills

Technical Technical SkillsSkills

EmployabilityEmployability-Workplace -Workplace

SkillsSkills

True College and Career Readiness

Page 68: Career Technical Education: Surviving and Thriving through Turbulent Times.

Out of my controlOut of my control

Within my sphere Within my sphere of influenceof influence

Your sphere of influence/responsibilityYour sphere of influence/responsibility

WithinWithinmy controlmy control

• What do I What do I control?control?

• What can I What can I influence?influence?

• What concerns What concerns me but I can’t me but I can’t control?control?

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Individual courageand teamwork

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Align CTE programs to key economic sectors that drive regional job growth.

Ensure that all CTE programs address 21st employability skills.

Actively integrate reading comprehension, communication , mathematical reasoning into CTE.

Build excellent programs AND stand together as ONE Career and Technical Education Community.

Action Steps to Action Steps to Survive and Survive and

ThriveThrive

Page 71: Career Technical Education: Surviving and Thriving through Turbulent Times.

Question and Comments

Page 72: Career Technical Education: Surviving and Thriving through Turbulent Times.

Career Technical Education:Career Technical Education:Surviving and Thriving Surviving and Thriving

through Turbulent Timesthrough Turbulent Times

Page 73: Career Technical Education: Surviving and Thriving through Turbulent Times.

[email protected]@MeederConsulting.com

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