Building and Moving

Due to increased infrastructure spending, aging American cities, a national housing crisis and more, we’ve entered the era of building and moving.

FFE
Robotics team, Lee’s Summit High School

We’ve entered the age of building. Across all sectors, there is a growing need for rapid development, deployment, and meeting increasing demands and standards of comfort and livability. The Building and Moving category of career clusters boasts great possibilities for young people looking for career jobs and dependable wages right out of high school and consists of Construction, Advanced Manufacturing, Supply Chain, and Transportation.

Driven by advancements in sustainability, smart technologies, and urban development, these fields offer exciting and diverse career opportunities that have a history of being supported by Industry Recognized Credentials and CTE programming. Additionally, three major pieces of legislation from the last few years bode well for continued growth in this sector. The Infrastructure Investment and Jobs Act (IIJA), the Inflation Reduction Act (IRA), and the Creating Helpful Incentives to Produce Semiconductors (CHIPS) Act all supply ample funding to drive innovation and rapid development, that is, assuming there’s a labor force that can meet the demand.  

For example, the investments in semiconductor and clean technology manufacturing are nearly double the commitments made for these sectors throughout 2021, and nearly 20 times the amount allocated in 2019. Since the passage of the IRA, close to 200 new clean technology manufacturing facilities have been announced—representing US$88B in investment—which are expected to create over 75,000 new jobs. (From Deloitte)

As of 2022, in manufacturing alone, employment has dipped by nearly 400,000 from pre-pandemic levels and about 77% of construction firms believe that diversifying their workforce is crucial for their future business.

The BlueGreen Alliance estimates over nine million jobs over the next decade alone from the Inflation Reduction Act (IRA) and other likely legislation with even higher estimates from some organizations – 23 million from the Advanced Energy Economy – that will stem from the passage of this bill. Industries include clean energy (5 million jobs), clean manufacturing (900,000), efficient buildings (900,000), natural infrastructure (600,000), clean transportation (400,000), and environmental justice (150,000). Indirectly we know this green transition will impact other careers like education, healthcare, law, business, and finance – everyone needs to be ready. Similarly, the Associated Builders and Contractors conducted a survey that, coupled with prospective construction data, indicates an employment gap of 546,000 construction workers in 2023 alone. A gap that must be readily filled and exceeded to adapt and grow American infrastructure. 

Construction and advanced manufacturing will most notably be shaped by technological innovations such as Building Information Modeling (BIM), prefabrication, and green building techniques. These advancements will make construction more efficient, cost-effective, and environmentally friendly. As cities continue to grow and infrastructure ages, the need for new construction and the renovation of existing structures will drive demand for a skilled workforce.

The manufacturing sector is experiencing a renaissance driven by advancements in technology, automation, and a growing demand for skilled workers. As the industry evolves, it presents an array of career opportunities that blend traditional craftsmanship with cutting-edge technology. The demand for these jobs is surging, and the sector is poised to undergo significant transformations over the next decade. From robotics and advanced materials to sustainable manufacturing practices, the future of manufacturing is bright and full of possibilities. 

While historically focused on production and assembly, manufacturing is becoming increasingly sophisticated and integrated with technology. This shift is creating a need for a workforce skilled in areas such as mechatronics, industrial design, and data analytics. The demand for skilled workers in manufacturing is projected to grow, driven by the need for innovation and efficiency in production processes. By understanding the evolving landscape and preparing students for these roles, we can ensure a steady supply of talent to meet the industry’s needs.

The supply chain and transportation sectors are critical to the global economy, ensuring the smooth movement of goods and services from producers to consumers. These fields are rapidly evolving due to technological advancements, globalization, and increasing demand for efficiency and sustainability. With the rise of e-commerce, automated logistics, and smart transportation systems, there is a growing need for skilled professionals who can navigate these complex systems and keep the global supply chain running smoothly. According to a recent piece from Logistics ViewPoints, 76% of respondents indicated they are facing notable shortages. These workforce shortages have caused over 50% of respondents to make significant changes to their hiring strategies for laborers and knowledge workers. Working time flexibility (35%) was the tactic most cited as used significantly to attract workers, closely followed by adopting the latest technology (34%). 

Effective Learning Models for Developing Pathways in Building and Moving Sectors: 

  • P-TECH Schools: Integrate high school, college, and career training in construction and architecture, offering students the opportunity to earn industry-recognized credentials.
  • Dual Enrollment Programs: Allow students to take college-level courses in construction and architecture while still in high school.
  • Apprenticeships: Provide hands-on training and work experience in construction trades and architectural firms. Additionally, IRA tax credits are available for companies who hire registered apprentices.

By leveraging partnerships with industry, higher education institutions, and government agencies, schools can provide students with the tools and experiences needed to succeed in these dynamic fields. This guide underscores the importance of early exposure, hands-on learning, and real-world applications in preparing the next generation of construction and architecture professionals.

Why There is a Demand for These Jobs

  • Technological Advancements: Innovations such as automated warehouses, drones, and autonomous vehicles are transforming logistics and transportation, creating new job opportunities that require advanced technical skills.
  • Skilled Workforce Shortage: A current shortage of skilled workers in the construction industry.
  • Sustainability: Companies are increasingly focused on sustainable logistics practices, driving demand for professionals who can develop and implement green transportation solutions.
  • Globalization & Population Growth: As businesses expand globally, there is a greater need for sophisticated supply chain management to handle international logistics, customs, and trade regulations.
  • Urbanization and Aging Infrastructure: Increasing urban populations require new housing, commercial buildings, and infrastructure.
  • Consumer Behavior: The rapid growth of online shopping has increased the demand for efficient logistics and transportation services to meet consumer expectations for fast delivery.
  • Automation, AI, and Robotics: With the rise of automation and AI, many repetitive and hazardous tasks will be handled by machines, while human roles will focus on oversight, programming, and maintenance of these systems.
  • Advanced Materials and Nanotechnology: The development and use of advanced materials and nanotechnology will create new opportunities in manufacturing sectors such as aerospace, electronics, and biotechnology.
  • Customization and Additive Manufacturing: Additive manufacturing (3D printing) and customization will allow for more personalized and on-demand production, requiring skills in design and digital fabrication.
  • Modular Construction: Growth in prefabrication and modular construction techniques.
  • Smart Buildings: Integration of IoT devices and smart systems in building designs.
  • Last-Mile Delivery Solutions: The rise of urbanization and the need for efficient last-mile delivery will drive innovations in transportation, including the use of drones and electric vehicles.
  • Data-Driven Decision Making: Big data and advanced analytics will be crucial in making informed decisions to improve supply chain efficiency and reduce costs.

Construction

This career cluster, as defined by Advance CTE, uses the following sub-clusters and definition.

The Construction Career Cluster focuses on professions involved in designing, planning, managing, and executing projects in the built environment. It emphasizes sustainable building practices to ensure structures are both environmentally responsible and resilient. Professionals in this field are pivotal in creating durable infrastructure that meets present needs without compromising future generations’ ability to meet their own, covering a range of roles from architects and engineers to construction managers and skilled tradespeople.

Architecture & Civil Engineering

  • Combine architectural drafting, design, and planning of buildings, structures, and landscapes with scientific and technical expertise.
  • Focus on sustainable, safe, and aesthetically pleasing spaces.
  • Ensures structures are durable and compliant with regulations.
  • Requires creativity, technical precision, and problem-solving to meet societal and environmental challenges.
  • Sample Programs of Study: Architectural Design & Drafting, Computer-Aided Design (CAD), Landscape Architecture.

Construction Planning & Development

  • Emphasize the initial stages of construction and development projects.
  • Includes pre-construction activities, property development, and land use planning.
  • Involves feasibility studies, site analysis, surveying, cost estimation, and securing permits.
  • Ensures meticulous planning and preparation to optimize project success.
  • Integrates sustainable practices, reducing risks and delays.
  • Sample Programs of Study: Construction Management.

Operators & Maintenance

  • Manage and service heavy equipment and machinery essential for building and infrastructure projects.
  • Ensure efficient and safe operation, combining technical knowledge with mechanical skills.
  • Vital for smooth execution of construction tasks, maintenance of machinery reliability, and adherence to safety standards.
  • Sample Programs of Study: CDL A & B, Diesel Mechanics.

Skilled Trades:

  • Focus on essential construction and maintenance skills (carpentry, welding, masonry, electrical, HVAC-R, plumbing).
  • Critical in building, maintaining, and repairing infrastructure.
  • Tradespeople combine hands-on skills with technical knowledge to ensure functionality and safety in structures.
  • Skilled trades are in high demand in advanced manufacturing and utilities.
  • Sample Programs of Study: Carpentry, Electrical Systems, Green Construction, HVAC-R, Welding Technology.

Entrepreneurial Opportunities and Future Roles

  • Construction Technologist
  • Sustainability Consultant 
  • Smart Building Technician

Credentials

High Schools Excelling in Construction

Connecticut Technical Education and Career Systems (CTECS)

Connecticut Technical Education and Career Systems (CTECS) in Connecticut offers a comprehensive technical education program with courses in areas like advanced manufacturing, automotive technology, and architectural construction. The program emphasizes hands-on training and real-world projects, such as community construction work through its Student Workforce initiative. This model provides students with practical experience while contributing to community projects, making it an excellent example of how construction pathways can be integrated into K-12 education. Learn more in our feature.

Chicago High School for Agricultural Sciences

Chicago High School for Agricultural Sciences  features a unique curriculum that includes urban planning and sustainable design.

Brooklyn STEAM Center

Brooklyn STEAM Center is located within the Brooklyn Navy Yard and  offers high school students opportunities to engage in construction pathways and design through collaborations with local businesses. Students work on real-world projects in areas such as product design, robotics, and digital fabrication.

Industry Leaders

These companies and organizations are actively contributing to the development of future professionals in the architecture and construction industries by creating educational programs, offering hands-on experiences, and fostering partnerships with schools.

AECOM

AECOM, a global infrastructure firm, actively invests in educational initiatives to develop future talent in architecture and construction. They collaborate with various K-12 schools to introduce students to engineering and architecture through hands-on projects and mentorship programs.

Jacobs Engineering Group

Jacobs Engineering Group is involved in creating educational pathways by partnering with schools and providing resources and mentorship to students interested in construction and engineering careers. Their programs often include internships and real-world project experiences.

American Institute of Architects (AIA)

American Institute of Architects (AIA) runs several initiatives to introduce K-12 students to architecture. Programs such as Design Like a Girl, Next Great Architects, and various regional workshops and design competitions aim to inspire and educate young students about careers in architecture.

Design Philadelphia

Design Philadelphia offers workshops for K-12 students, introducing them to architecture and design principles through interactive, hands-on experiences. These workshops help spark interest in architecture from a young age.

Advance Manufacturing

This career cluster, as defined by Advance CTE, uses the following sub-clusters and definition.

The Advanced Manufacturing Career Cluster blends innovative technologies and practices to enhance design and production. It covers areas such as engineering, research and development, automation, equipment maintenance, safety protocols, and quality control. Advanced Manufacturing aims to increase efficiency and reduce waste, ensure safety, and produce high-quality goods, driving the industry’s growth and adapting to modern demands.

Engineering

  • Use engineering principles to improve manufacturing processes and systems, and design products.
  • Engineers tackle production challenges, boost efficiency, and leverage advanced technologies.
  • The manufacturing sector employs mechanical, chemical, electrical, materials, and industrial engineers.
  • Involves research and development and prototyping for emerging products and systems.
  • Sample Programs of Study: Engineering & Technology, Pre-Engineering, Semiconductor Manufacturing, Engineering Technology.

Health, Safety & Quality Assurance

  • Ensure workplace safety, environmental compliance, and product quality.
  • Develop and implement standards and practices to maintain safe and sustainable operations.
  • Conduct rigorous testing and inspections to uphold product integrity.
  • Sample Programs of Study: Health, Safety & Environmental Assurance.

Industrial Machinery

  • Careers with manual and computer-numerical-controlled machine operators, process control, instrumentation, technologists, and machinists.
  • Work with advanced equipment, installing, maintaining, and repairing machinery.
  • Sample Programs of Study: Industrial Machine Mechanics, Precision Machining.

Production & Automation

  • Hands-on management and execution of manufacturing processes by technologists.
  • Involves automation, operating advanced machinery, overseeing production lines, quality control, and ensuring efficient workflow.
  • Includes specialized sectors like processed food and beverage production and textile manufacturing.
  • Emphasizes efficiency and adherence to industry standards across diverse production types.
  • Sample Programs of Study: Apparel & Textile Production, Manufacturing Production Process Development.

Robotics

  • Develop, implement, and maintain technologies that deploy robotics.
  • Focus on programming robots, and overseeing production lines enhanced by robotics, mechatronics, and smart manufacturing concepts.
  • Ensuring these technologies operate efficiently and safely.
  • Sample Programs of Study: Industry 4.0 Programs, Robotics Technology.

Entrepreneurial Opportunities and Future Roles

  • Robotics Engineer
  • Quality Control Analyst
  • 3D Printing Specialist
  • Clean and Sustainable Manufacturing
  • Microelectronics and Semiconductors
  • Biomanufacturing
  • Materials Scientist

Credentials

There are numerous organizations that support the development and adoption of credentialing and career exploration. 

  • Project Lead The Way (PLTW): Offers comprehensive STEM curricula that include courses in engineering, computer science, and biomedical science. Their manufacturing pathways focus on hands-on, project-based learning.
  • Manufacturing Institute: Provides resources and tools to promote manufacturing careers, including educational materials, workforce development programs, and industry research.
  • SkillsUSA: A partnership of students, teachers, and industry working together to ensure America has a skilled workforce. SkillsUSA offers competitions, leadership training, and career and technical education resources.
  • National Institute for Metalworking Skills (NIMS): Offers industry-recognized credentials and standards for skills in metalworking, machining, and advanced manufacturing.

Here are some recommended manufacturing industry credentials for high school students from YouScience:

  • OSHA 10-Hour and 30-Hour Construction Certification: an introductory safety certification covering essential construction safety and health hazards and a comprehensive training program providing in-depth knowledge of construction safety practices.
  • NCCER Core Curriculum Certification: Foundational training covering basic safety, construction math, hand tools, power tools, and blueprints.
  • Certified Production Technician (CPT): This certification validates foundational skills and knowledge needed in advanced manufacturing, covering areas such as safety, quality practices, manufacturing processes, and maintenance awareness.
  • Certified Welding Technician (CWT): A certification from the American Welding Society (AWS) that validates skills and knowledge in various welding techniques and processes.
  • MSSC Safety Certification: A certification focusing on safety practices and protocols in manufacturing, offered by the Manufacturing Skill Standards Council (MSSC).
  • Forklift Operation Certification: This certification ensures that operators are trained in the safe operation of forklifts, a common requirement in many manufacturing facilities.
  • Lean Six Sigma Yellow Belt: This certification provides an introduction to the principles of Lean Six Sigma, focusing on process improvement and efficiency in manufacturing operations.
  • AutoCAD Certification: Certification in computer-aided design (CAD) software, providing skills in digital design and planning.

High Schools Excelling in Advanced Manufacturing

Aviation High School

Aviation High School in Seattle, Washington integrates STEM education with a focus on the aerospace industry. Students gain practical experience through partnerships with companies like Boeing, engaging in projects that range from aircraft maintenance to aerospace engineering.

Gene Haas Education Centers  

Gene Haas Education Centers  provide students with hands-on training in CNC machining and advanced manufacturing technologies. The programs emphasize real-world skills and are supported by industry leaders like Haas Automation.

The Robotics & Advanced Manufacturing Technology Education Collaborative (RAMTEC)

The Robotics & Advanced Manufacturing Technology Education Collaborative (RAMTEC) at Tri-Rivers Career Center in Marion, Ohio, offers students training in robotics, welding, and manufacturing. The program partners with industry leaders like Honda, Mitsubishi, and FANUC to provide students with up-to-date training on the latest equipment and technologies. This initiative prepares high school and community college students, as well as adult learners, for careers in advanced manufacturing. Learn more in our feature.

Wheeling High School

Wheeling High School  in the Chicago metro area, offers an Advanced Manufacturing career pathway. This program allows students to explore manufacturing and develop skills applicable to both college and immediate workforce entry. Students can earn certifications such as the National Career Readiness Certificate and gain hands-on experience through internships. Learn more in our feature.

Laguna Creek High School 

The Manufacturing Production Technology Academy (MPTA) at Laguna Creek High School in Sacramento provides a college preparatory curriculum with a manufacturing focus. Students participate in intensive internships, virtual apprenticeships, and school-based enterprises. This program is part of the ConnectEd Network, which is sponsored by the Irvine Foundation. Learn more in our feature.

Eleva-Strum Central High School 

Eleva-Strum Central High School in Western Wisconsin features a student-run manufacturing shop, Cardinal Manufacturing. This program provides students with hands-on experience in running a manufacturing business, supported by equipment donations from local companies like MRS Machining. The program helps students develop practical skills and business acumen. Learn more in our feature.

Purdue Polytechnic High School

Purdue Polytechnic High School in Indianapolis, Indiana prepares students for STEM-related postsecondary programs and high-tech careers through client-based projects. Students work on real-world challenges in manufacturing, energy, and other sectors, gaining hands-on experience and earning college credits.

Shawnee Mission School District’s Center for Academic Achievement

Shawnee Mission School District’s Center for Academic Achievement in Overland Park, Kansas and the Career and Technical Campus (CTC) leverages PLTW pathways resources to serve as innovative, Real World Learning campuses for students in the Shawnee Mission School District. 

Lee’s Summit School District Summit Technology Academy

Lee’s Summit School District Summit Technology Academy inLee’s Summit, Missouri is a PLTW school and is a shared campus of junior and senior students who come together for a half-day program as an extension of their home high school.  STA is a career-focused academy designed to prepare students for tomorrow’s professional workforce. Learn more in our feature.

Collegiate Edu-Nation 

Collegiate Edu-Nation a network of 17 rural Texas districts, offers something like a rural P-TECH program by combining dual enrollment and work-based learning.

Community College of Denver’s Advanced Manufacturing Center 

Community College of Denver’s Advanced Manufacturing Center  works with students as young as ninth grade and offers concurrent enrollment, career exploration and awareness opportunities and the opportunity to try numerous workshops,like a 12-hour welding workshop.

State Led Efforts

Minnesota

The Advanced Manufacturing Education Alliance in Minnesota is a state-wide program that collaborates with high schools to offer dual-enrollment courses. Students gain hands-on experience in manufacturing technologies, preparing them for immediate employment or further education in engineering and advanced manufacturing.

Wisconsin

The Youth Apprenticeship Program in Wisconsin connects high school students with apprenticeships in various trades, including automation and robotics. This program blends classroom learning with on-the-job training, providing students with a comprehensive understanding of technical skills and real-world applications. Also in Wisconsin, GPS Education Partners operates 15 education centers located at manufacturing facilities in eastern Wisconsin. This nonprofit organization provides a blended learning high school academic program combined with manufacturing apprenticeships, leading to certification and employment. Students can earn high school and college credits as well as industry certificates through hands-on learning and real-world experience in manufacturing. Learn more in our feature.

Alabama

In 2014, a partnership between the Chamber of Commerce of West Alabama and the Region 3 Workforce Development Council created West AlabamaWorks! to train and match job seekers with employers in nine primarily rural counties in West Alabama. A program of this partnership, Modern Manufacturing Center of Excellence, supports internships, apprenticeships, and direct hires, has served nearly 1,400 students since 2021. This program prepares them for entry-level careers with manufacturers such as Mercedes-Benz, Honda, Hyundai, and Toyota.

Arizona

Pipeline AZ is a comprehensive career development platform designed to connect Arizona job seekers, students, employers, and educators. The platform goes beyond a traditional job board by offering career exploration tools, skills assessments, and education pathway planning. It helps individuals align their skills with Arizona’s in-demand industries, making it easier to match with suitable job openings or internships. For employers, Pipeline AZ offers a valuable resource to post jobs for free and access high-quality candidates through partnerships with local education systems.

Supply Chain & Transportation

This career cluster, as defined by Advance CTE, uses the following sub-clusters and definition.

The Supply Chain & Transportation Career Cluster encompasses the movement, coordination and management of goods from production to consumption, ensuring efficient movement across various modes of transportation including air, ground, and water, as well as maintenance of the respective transport modes. This cluster integrates logistics and distribution networks to facilitate the seamless flow of materials and products, playing a crucial role in global commerce, economic development, and community health.

Air & Space Transportation

  • Careers related to the operation, management, and support of both air and space transportation.
  • Includes air cargo and passenger services, space exploration, and satellite operations.
  • Maintenance of electrical equipment (radios, navigation equipment, autopilot systems, cables, etc.).
  • Ensures the safety and efficiency of air transport.
  • Roles: aerospace engineers, mission specialists, astronauts.
  • Sample Programs of Study: Aviation Technology, Avionics, “Your Place in Space” Department of Education Program.

Ground & Rail Transportation

  • Careers related to the transportation of goods and passengers by road and rail.
  • Includes automotive, trucking, rail operations, and logistics services.
  • Focus on efficient and safe ground transport.
  • Professionals work in urban transit systems (subways, light rail), cross-country freight, and high-speed passenger trains.
  • Sample Programs of Study: CDL A & B, Railroad Operations.

Maintenance & Repair

  • Encompasses repair and maintenance of various transportation modalities (ground vehicles, rail systems, aircraft, nautical vessels).
  • Includes specialized areas like auto body repair and maintenance of electric vehicles (EVs) and systems for autonomous driving.
  • Ensures all forms of transportation equipment operate safely and efficiently.
  • Sample Programs of Study: Auto Body Technology, Automotive Maintenance, Diesel Mechanics, Electric Vehicle Maintenance.

Marine Transportation:

  • Operation and management of maritime vessels and infrastructure for transportation of goods and passengers.
  • Management of watercraft used in sports and leisure activities.
  • Roles: ship captains, marine engineers, port operations managers.
  • Oversight of recreational vessels (yachts, human-powered craft, water power sport vehicles).
  • Sample Programs of Study: Marine Transport, Vessel Operations.

Planning & Logistics

  • Focus on managing and optimizing the supply chain’s flow of goods and information.
  • Encompasses transportation planning, supply chain coordination, and efficient material sourcing.
  • Uses modern technologies to improve efficiency and competitiveness in global trade systems.
  • Includes urban and regional planning for transit.
  • Sample Programs of Study: Transportation, Distribution & Logistics Systems.

Purchasing & Warehousing

  • Careers centered around procurement, warehousing, and facility upkeep.
  • Professionals negotiate contracts, ensure cost-effective purchases, and manage supplier relationships.
  • Oversee efficient storage, dispatch, and inventory control of goods.
  • Maintain supply chain facilities, ensuring operational efficiency and compliance with safety regulations.
  • Sample Programs of Study: Business Administration, Supply Chain Management.

Credentials

  • Certified Logistics Associate (CLA): This certification provides foundational skills and knowledge needed in the logistics environment, covering areas such as supply chain logistics, safety, and warehouse operations.
  • Certified Logistics Technician (CLT): Building on the CLA, this certification validates mid-level skills in logistics and supply chain operations, including product receiving, storage, order processing, and quality control.
  • OSHA 10-Hour and 30-Hour Construction Certification: an introductory safety certification covering essential construction safety and health hazards and a comprehensive training program providing in-depth knowledge of construction safety practices.
  • NCCER Core Curriculum Certification: Foundational training covering basic safety, construction math, hand tools, power tools, and blueprints.
  • Forklift Operation Certification: This certification ensures that operators are trained in the safe operation of forklifts, a common requirement in many manufacturing facilities.
  • Lean Six Sigma Yellow Belt: This certification provides an introduction to the principles of Lean Six Sigma, focusing on process improvement and efficiency in manufacturing operations.
  • Certified Transportation Professional (CTP): This certification focuses on the skills and knowledge needed to manage and optimize transportation operations within the supply chain
  • APICS Certified Supply Chain Professional (CSCP): Although typically pursued at a more advanced level, understanding the CSCP path can help high school students plan their careers; it focuses on end-to-end supply chain management.
  • Certified in Production and Inventory Management (CPIM) Another advanced credential that highlights the importance of production and inventory management, essential for supply chain efficiency.
  • For more credential options, check out this list from YouScience.

High Schools Excelling in Supply Chain and Transportation

Ben Barber Innovation Academy

Ben Barber Innovation Academy in Mansfield, Texas offers a Logistics and Supply Chain Management program which provides students with hands-on experience in managing supply chains, inventory control, and transportation logistics. Students can earn industry certifications and participate in internships with local businesses.

Richard O. Jacobson Technical High School

Richard O. Jacobson Technical High School in Seminole, Florida offers a comprehensive Logistics and Supply Chain Management program where students learn about warehousing, distribution, and transportation through classroom instruction and real-world applications. Partnerships with local logistics companies provide students with valuable internship opportunities.

Nashville Big Picture High School

Nashville Big Picture High School integrates supply chain and logistics education into its curriculum through project-based learning and community partnerships. Students work on real-world projects related to logistics and transportation, gaining practical experience and industry insights.

Climate Action Pathways for Schools 

Like many other states in the United States, California has set aggressive goals for transitioning to electric vehicles. To meet this demand, school districts must incorporate new EV credentials and skills into their curriculum and create new opportunities for their learners. Climate Action Pathways for Schools  in partnership with ZeroNox and Porterville College, has created an electric vehicle supply equipment (EVSE) certification program that enables students to work with electric vehicle components and models. Starting in Fall of 2024 Porterville Unified School District students will have access to dual enrollment classes that boast experiential, career-based learning options.

Dallas Independent School District Career Institutes

Dallas Independent School District Career Institutes focus on creating pathways to economic mobility through education in logistics and transportation. These institutes offer dual enrollment options, allowing students to earn college credits while still in high school. The programs are designed to meet the needs of the local economy and provide students with valuable industry certifications and work-based learning experiences. Learn More.