This project will expand hands-on learning opportunities for Crosby High School welding students by providing access to industry-standard equipment and advanced welding processes. The addition of a Millermatic 255 and XR-Aluma-Pro Lite will allow students to gain valuable experience welding aluminum, expanding their skills beyond traditional steel applications and better preparing them for the diverse needs of today’s welding industry. Through hands-on training with equipment and processes used in the workforce, students will build the technical skills, confidence, and experience needed to pursue successful careers in welding and related skilled trades. This investment will strengthen our welding program while helping prepare skilled, career-ready graduates who can contribute to the workforce and our local community.

The Crosby High School welding program serves approximately 250 students each year and continues to experience increased student enrollment. As interest in welding and skilled-trade careers grows among our students, the need for additional equipment and expanded instructional opportunities has grown with it. Our current resources must be shared among an increasing number of students, making it important that our program continues to invest in equipment that not only increases student access to hands-on learning but also expands the range of skills and welding processes we are able to teach.
One of the current needs within our program is the ability to provide students with meaningful, hands-on experience welding aluminum. While students develop foundational welding skills through the equipment and materials currently available, aluminum introduces different techniques, challenges, and applications that allow students to advance beyond traditional steel welding. Without the appropriate equipment, our ability to provide students with repeated, hands-on practice in this area is limited. As enrollment continues to increase, this limitation becomes more significant because more students are competing for access to the same instructional resources.
Funding for a Millermatic 255 and XR-Aluma-Pro Lite would help address both the growth of the program and the need to broaden the welding experiences available to our students. This equipment would allow students to develop aluminum welding skills using industry-standard technology while providing additional opportunities for hands-on instruction. Rather than only learning about these processes through demonstration or classroom instruction, students would have the opportunity to practice, troubleshoot, and build proficiency themselves. In welding education, that hands-on experience is essential. Students develop skill through time under the hood, repeated practice, problem-solving, and learning how different materials and equipment respond in real-world applications.
The target population for this project is approximately 250 students enrolled in the Crosby High School welding program each year. Because this equipment will become a permanent part of the welding program, its impact will extend far beyond the students currently enrolled. Each new group of students entering the program will have access to the equipment, allowing this grant to benefit hundreds of additional Crosby students throughout the life of the machines.
This need is particularly important at a time when student enrollment in our welding courses is increasing. Growing enrollment demonstrates that students are interested in learning skilled trades and exploring welding as a potential career pathway. Our instructional resources must grow alongside that interest. We want students who choose welding to have access to a program that can continue challenging them as their abilities develop, rather than having their learning opportunities limited by the equipment available to them.
Adding the Millermatic 255 and XR-Aluma-Pro Lite would help move our program from its present limitations toward a program capable of providing a broader range of relevant welding experiences. Students would gain exposure to additional materials, equipment, and techniques while developing the adaptability expected of skilled welders. These experiences can help students make informed decisions about careers, enter postsecondary welding programs with greater confidence, and pursue employment with a stronger foundation of technical skills.
Ultimately, this project addresses more than an equipment need. It addresses the need to keep pace with the growth and enthusiasm of our students. Approximately 250 students each year are choosing to develop skills that can lead directly to careers in welding and related skilled trades. Providing them with appropriate, industry-relevant equipment ensures that increased enrollment translates into increased opportunity. With the foundation's support, Crosby High School can continue strengthening its welding program and provide current and future students with the hands-on experiences they need to become skilled, confident, and career-ready members of our local workforce.

If funded, this project will expand the instructional capacity of the Crosby High School welding program by providing students with access to a Millermatic 255 and XR-Aluma-Pro Lite system. These additions will allow approximately 250 welding students each year to receive more frequent, meaningful hands-on experience with aluminum welding and advanced welding applications. As enrollment in the welding program continues to grow, this equipment will help ensure that students have access to the tools needed to develop technical skills through actual practice rather than relying solely on demonstrations or limited shared equipment.
The primary objective of this project is to increase student proficiency and exposure to industry-relevant welding processes. During the first academic year following the purchase and installation of the equipment, students enrolled in applicable welding courses will receive instruction in the safe setup, operation, and application of the new equipment. Students will progress from teacher-led demonstrations to guided practice and ultimately to independently completing aluminum welding tasks appropriate to their course level. By the end of the first year of implementation, students participating in the aluminum welding unit will be expected to demonstrate measurable improvement in their ability to safely prepare materials, properly set up equipment, select appropriate welding parameters, produce welds, and evaluate the quality of their completed work.
Student progress will be measured through instructor observation, skills-based performance assessments, welding projects, safety procedures, and comparison of student performance from the beginning to the end of the instructional unit. A goal of the project will be for at least 80 percent of participating students to demonstrate proficiency in the identified aluminum welding competencies after receiving instruction and hands-on practice. The welding instructor will also track student use of the equipment and completion of instructional activities to ensure that the new resources are being fully integrated into the curriculum and benefiting students throughout the school year.
Grant funds will be used specifically to purchase the Millermatic 255 and XR-Aluma-Pro Lite, 25-foot system needed to expand aluminum welding instruction. The Millermatic 255 provides the versatility needed for advanced MIG welding applications, while the XR-Aluma-Pro Lite push-pull system is designed to improve the feeding and control of aluminum wire. Together, this equipment will give students the opportunity to develop welding skills with a material that behaves differently from traditional steel and requires additional knowledge, preparation, equipment setup, and technique.
Instruction and project activities will take place in the Crosby High School welding shop as part of the students' regularly scheduled welding courses. Because the equipment will be housed within the existing program, students will be able to use it repeatedly throughout the instructional year rather than experiencing the technology through a one-time demonstration or special event. The equipment will be incorporated into classroom demonstrations, small-group instruction, individual skills practice, and project-based learning activities. Students will have opportunities to prepare aluminum materials, establish appropriate machine settings, practice proper welding techniques, troubleshoot common problems, evaluate weld quality, and apply their developing skills to increasingly complex projects.
This project will directly improve student learning by increasing both the depth and variety of welding experiences available within the program. Welding is a hands-on discipline in which students develop proficiency through repeated practice, immediate feedback, troubleshooting, and refinement of technique. Providing access to additional industry-standard equipment gives students more opportunities to move from simply understanding a welding process conceptually to being able to perform it successfully. Students will be able to see how changes in material, machine settings, wire feeding, travel speed, positioning, and technique affect the finished weld and then make adjustments based on their observations.
The project will also allow instruction to be more responsive to individual student readiness. Beginning students may use the equipment for introductory demonstrations and closely guided practice, while more advanced students can complete increasingly challenging applications that require greater independence and precision. This allows the welding instructor to meet students at different skill levels while continuing to provide meaningful opportunities for growth. Students who master foundational skills quickly can advance into more complex applications, while students who need additional practice can receive repeated opportunities to build confidence and proficiency.
This approach supports the district's commitment to personalized learning because students are not limited to a single instructional experience or pace. Hands-on technical education naturally allows students to learn through demonstration, practice, feedback, correction, and mastery. Expanding the equipment available within the welding program provides the instructor with greater flexibility to differentiate instruction and gives students additional pathways for demonstrating learning through practical application.
The project also supports the broader goals of Career and Technical Education by connecting classroom instruction with the technical knowledge and skills students may encounter in postsecondary training and the workforce. The Texas Education Agency describes CTE programs as providing coherent and rigorous content aligned with academic standards and relevant technical skills needed to prepare students for further education and careers. Welding is also specifically recognized by the state as an area connected to high-wage, high-growth employment opportunities. Expanding student access to welding technologies and materials therefore strengthens both immediate classroom learning and long-term career preparation.
Research and state guidance surrounding Career and Technical Education also support providing students with opportunities to apply technical knowledge in authentic settings. Effective CTE instruction goes beyond learning facts about an occupation; students must have opportunities to practice technical skills and connect classroom instruction to the expectations of the workplace. Texas Education Agency guidance for career preparation and practicum courses emphasizes supervised practical application of previously studied knowledge and skills. This same principle is central to the welding classroom, where students must be able to move from understanding a process to physically performing it safely and effectively.
The addition of the Millermatic 255 and XR-Aluma-Pro Lite will therefore serve as both an instructional resource and a career-readiness investment. Students will receive more opportunities to work with industry-relevant equipment, develop experience with aluminum welding, solve technical problems, and build the confidence that comes from successfully completing real welding tasks. These experiences can help students determine whether welding is a career they wish to pursue while also giving students who continue into postsecondary education, certification programs, apprenticeships, or employment a stronger technical foundation.
The project is designed to be achievable and sustainable because it builds upon an established welding program, existing welding curriculum, an equipped instructional shop, and a student population already interested in the pathway. Rather than creating an entirely new program, grant funding will strategically strengthen an area where student demand has already demonstrated a clear need for expansion. Once purchased, the equipment will become part of the program's permanent instructional resources and will be available to students year after year.
Within the first year of implementation, approximately 250 students will have the opportunity to benefit from the expanded equipment and instructional capacity. The welding instructor will integrate the equipment into appropriate course units, provide direct instruction and demonstrations, supervise student practice, and assess student skill development. By the conclusion of that year, the program will evaluate the project's success based on student participation, completion of hands-on welding activities, proficiency on skills-based assessments, and the instructor's evaluation of how effectively the additional equipment increased access to aluminum welding instruction.
Ultimately, the goal of this project is to ensure that the growth of the Crosby High School welding program is matched by growth in the learning opportunities available to students. Providing the Millermatic 255 and XR-Aluma-Pro Lite will allow the program to move beyond current equipment limitations and offer students a broader, more advanced, and more individualized welding experience. Through increased hands-on practice, measurable skill development, and exposure to industry-relevant technology, students will be better prepared to continue their education, enter the skilled workforce, and take advantage of the career opportunities available in welding and related industries.
Quote: 

With the Title: “Arc to Opportunity: Preparing Tomorrow’s Welders.”
“Every spark in our welding shop represents a student building a skill, gaining confidence, and preparing for a future career. This grant would allow us to give our students more opportunities to get under the hood, work with industry-relevant equipment, and turn their interest in welding into skills that can open doors long after graduation.”
Or 
“We aren't just teaching students how to weld; we're helping them build a future, one spark at a time. This equipment will give our students the opportunity to expand their skills, gain real-world experience, and leave our program better prepared for the workforce.”
Or 
With the Title: 

“Beyond Steel: Expanding Welding Opportunities,”

“Our students are ready to take their welding skills beyond steel and beyond the basics. With the right equipment in their hands, we can give them the opportunity to explore new materials, master new techniques, and build skills that will carry them from our welding shop into successful careers.”