Trade School Education Pays: Accelerated Path To Employment

Trade schools and technical colleges offer an accelerated path to employment with shorter program durations, hands-on training, and direct job placement.

• Shorter Program Duration: Trade schools typically offer programs that take a few months to two years to complete. This rapid training enables you to enter the workforce more quickly.
• Hands-On Training: Career trade schools emphasize practical, hands-on learning, preparing you for real-world job demands from day one.
• Direct Job Placement: Many trade schools maintain strong connections with local industries and employers, facilitating job placement opportunities after graduation.
• Reduced Risk of Dropping Out: The shorter duration and focus on practical skills may make trade schools a more appealing option, potentially leading to lower dropout rates. Students taking this type of curriculum generally don’t get burned out because they take fewer general education courses and typically stay with the program to its end.

High Demand And Competitive Salaries

Many skilled trades are experiencing shortages, making trade school graduates highly sought after by employers. Skilled trades often offer competitive salaries, with some graduates earning wages comparable to or exceeding those of college graduates. Today’s skilled trades are essential to various industries, providing greater job security and stability for employees.

Because many high school graduates seek jobs in tech careers, many trade schools have upgraded their programs. Employers need qualified workers to effectively keep businesses, factories, and processing facilities up and running. Many baby boomers retire each year, leading to thousands of unfilled positions. Other people change jobs and careers, which further creates opportunities.

Trade School Education Pays: Financial Advantages

Trade schools offer students financial advantages both during and after their training experience. This applies to associate degree and certificate program students.

• Lower Tuition Costs: Trade schools generally have lower tuition fees than traditional colleges, reducing the burden of student debt. Students tend to have less anxiety due to borrowing less money while in school and paying loans back after graduation. They can focus on their training and education with less worry.
• Faster Return On Investment: By entering the workforce sooner and with less debt, trade school graduates can start earning and building wealth quicker. Other students in long-term educational programs will still be borrowing more money and not yet earning an income from their education. A higher return on investment in education is quite appealing.

• : Financial aid options, such as Federal Pell Grants, scholarships, internships, externships, and other grants, are available to those who qualify. These financial aid opportunities further mitigate the cost of education.

Career Advancement Opportunities

Trade school and technical college graduates possess knowledge and skills that apply directly to their jobs. They have more to offer their employers than just a degree with general education coursework. Graduates can pursue further certifications and specialized training to advance their careers and increase their earning potential.

While technology is constantly evolving, the practical skills and adaptability gained in school make it easier to transition to new roles or industries. Examples of in-demand trades include business administration, construction management, drafting and design technology, healthcare, information technology, and process technology.

Trade school graduates may elect to take on supervisory roles or start their own businesses after gaining more expertise and experience. Many trade skills are also transferable to related fields, allowing for career shifts and expanded opportunities.

Where Do You Go From Here?

����ԭ�� in Baton Rouge offers exceptional training and education to prepare students for entry-level jobs. We offer both Associate of Occupational Studies (AOS) Degrees and Certificate Programs. Our program choices include these areas:

In conclusion, a trade school education offers a fast track to a well-paying career by providing focused, hands-on training, leading to quicker job placement and stability in high-demand fields. Request more information about our programs and college, and be on your way to boosting your income.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

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Electrical Technology And The EV Boom

The electric vehicle industry’s growth is creating a significant demand for electrical technology careers, such as EV engineering, battery technology, and charging infrastructure. The rise of EVs is driving the need for more efficient batteries, advanced charging systems, and a growing network of charging stations, all requiring skilled electrical professionals.

As of March 2025, BYD in China has become the largest manufacturer of EVs in the world. Tesla comes in second, followed by Volkswagen, General Motors, Ford, NIO, and Li Auto. These and other automakers need qualified electrical technicians and engineers to improve and grow their companies. More people will adopt them as they become more efficient and affordable.

Why Electrical Technology Careers Are Booming In The EV Industry

There are many reasons why electrical technology careers are booming. The global increased EV adoption is driving demand for professionals who can design, build, and maintain EV technology. EVs are constantly evolving with new technologies, requiring engineers and technicians to stay updated and develop innovative solutions.

The expansion of EV charging infrastructure creates opportunities for electrical technicians and engineers to design, install, and maintain charging stations. The move toward EVs is also driven by environmental concerns, creating a demand for professionals who can contribute to a more sustainable transportation system. This industry offers excellent career growth potential for advanced technician roles and management positions in established automakers and EV startup companies.

Career Opportunities In Electrical Technology And The EV Boom

If you are interested in an electrical technology career in the EV boom, surveys reveal the types of jobs that are currently available. Here are those most in demand in the U.S. market:

• Battery Technologists: These technicians focus on research, development, and improvements of battery systems, including lithium-ion batteries.
• Charging Infrastructure Technicians: Professionals are needed to design, install, and maintain EV charging stations nationwide.
• Electrical Technicians: Employees for assist in the installation, maintenance, and repair of EV components are in demand.
• EV Engineers and Assistants: These professionals design and develop EV electrical systems, including motors, batteries, and control systems.
• Sales and Marketing Managers: Technicians may elect to work in sales and marketing positions to promote EVs to consumers and businesses.
• Software Developers: Electrical technicians with information technology skills are needed to create software for EV electrical systems, autonomous driving capabilities, and other connected features.
• : QA technicians ensure the quality and reliability of EV components and systems.

Key Responsibilities Of Electrical Technicians In EV Manufacturing

Electrical technicians apply their knowledge and skills in many ways to sustain electric vehicle manufacturers. They range from understanding electrical systems to repairing systems:

• Diagnosing and Repairing EV Electrical Systems: Technicians use diagnostic tools to identify issues with battery health, charging systems, and other electrical components.
• Installing and Maintaining Charging Infrastructure: These professionals install, maintain, and repair charging stations, including Level w chargers and DC fast chargers.
• Working with High-Voltage Systems: EV technicians are trained to work safely with high-voltage components and systems, including battery packs, electric motors, and inverters.
• Quality Control and Testing: Technicians strive to ensure that electrical components, such as battery packs, meet quality standards and perform as expected.
• Specialized Training and Certification: Many EV specialists must undergo specialized training and certification in battery technology, charging infrastructure, or electric motor repair.

EV technicians need a solid understanding of fundamental electrical concepts like voltage, current, and resistance to diagnose and repair EV systems. Many choose to obtain their electrical technology training at a recognized technical college that provides hands-on training on real-world equipment and systems.

A First-Class School To Obtain Your Electrical Technology Training

If you want to enroll in a first-class program to earn an Associate in Occupational Studies (AOS) Degree in Automation & Electronic Systems Technology, ����ԭ�� is ideal. Our award-winning school has graduated thousands of technical program students who have found their place in the workforce. You can be one of them by exploring our programs, professional faculty and staff, and campus.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

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Many community college and university students were not equipped to gain their education online.�� A viable solution to the problem was seeking AOS and Certificate education programs at technical schools to prepare for entry-level jobs. Contact ����ԭ�� today for more information.

How The COVID-19 Pandemic Affected Technical Education

The pandemic created problems for technical education that saddened many students and administrators. Almost 60 percent of technical schools reported lower enrollment and only eight percent reported an increase. Funding was the second area that took a hard hit.

• 22% of schools reported a major decrease in private funding
• 16% of schools reported a decrease in state funding
• 15% of schools suffered a loss of local funding

to enhance technical education and training by personalizing learning, automating tasks, and simulating real-world scenarios.

Faculty, staff, and administrators discovered that AI also helps develop relevant qualifications and promote competency-based learning. AI-powered tools can generate custom training materials, offer tailored feedback, and adapt to individual learning styles and needs.

Benefits of AOS And Certificate Training In AI Technology

Today’s use of AI in technical college education and training is effective. More colleges use it each year to help overcome the deficiencies in traditional education and COVID problems.

• Adaptive Learning Platforms: AI algorithms can analyze student performance and learning patterns to create personalized learning paths and content delivery.
• Tailored Feedback: AI can provide immediate and specific feedback to students, helping them identify areas where they need more support or practice.
• Virtual Tutoring: AI-powered virtual tutors can provide individualized support and guidance, answering questions and offering explanations in real-time.

Faculty can use AI to automate grading and provide feedback on assignments, freeing up educators’ time for more engaging instruction. , generate quizzes, organize course materials, and develop curriculum. This technology can analyze student performance data to identify knowledge gaps and areas where students need additional training.

More AOS And Certificate AI Training

AI can be used to create realistic simulations of real-world scenarios, allowing students to practice skills in a safe and controlled environment. It can power interactive educational games and simulations that engage students and help them develop practical skills.�� AI is also used to train students in advanced fields like technology and engineering, allowing them to practice predictive maintenance and automated design.

Educators can use AI to analyze job postings, industry trends, and other data to identify the skills and knowledge needed in the workforce. AI can help educators create and update curricula to align with current and future industry needs. It can also support competency-based education, which focuses on students mastering specific skills rather than time spent in a program.

Enhancing Accessibility, Addressing Challenges And Limitations

AI can automatically generate captions and transcripts for video content, making it accessible to students with disabilities. AI-powered assistive technologies can support students with disabilities, such as speech recognition software and AI-powered educational games.

These tools can automatically generate video lectures and other materials to make them accessible to those with hearing impairments or those learning new languages. AI can also help people with visual or motor issues access written content and communicate effectively with speech-to-text and text-to-speech software. Robots can assist with tasks such as retrieving materials, navigating the environment, and providing support, making learning more accessible for students with various needs.

AI models can be biased if they are trained on biased data which can lead to unfair or inaccurate results. While this technology can automate many tasks, it is essential to have human oversight to ensure accuracy and address ethical concerns. Educators need training and ongoing support to effectively use AI tools in the classrooms, laboratories, and field trips.

Get Involved With Technical Education And Training

In conclusion, AI has the potential to significantly enhance technical education and training by personalizing learning, automating tasks, and simulating real-world scenarios. However, it’s important to address the challenges and limitations of AI and ensure that it is used ethically and responsibly. ��

����ԭ�� has 8 AOS degrees and 5 Certificates to train students for viable entry-level jobs in many industries. Learn more about our programs and school by responding online. We want to help you create success!

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

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VR Visualization, Walkthrough, And Benefits

Virtual reality is used in architectural design to allow clients, designers, architects, and engineers to visualize the design concept and walk through it before construction. VR and 3D modeling are superior ways to facilitate communication between stakeholders. Technologies help them experience and understand walkthroughs in houses and buildings at the concept stages. Seeing them on a screen within prepared models is a game changer.��

Virtual and augmented reality technologies provide reality tours to identify a project’s strengths and deficiencies. At this point, clients and stakeholders can collaborate with different ideas after seeing a comprehensive project preview. Walkthroughs and 3D experiences are now widespread in architectural projects. Here’s how VR works in architecture:

• A 3D model is created using software like Blender or 3ds Max
• The model is exported to a program like Unreal Engine
• The artist sets up lighting and materials in Unreal Engine
• The user puts on a VR headset and explores the model
• The user can use controllers to interact with the model

Virtual reality provides superior benefits to its users. It can help architects understand how a space feels in human scale. It lets architects test complicated ideas and highlight important components of a project. VR helps them communicate ideas quickly, intuitively, and in real-time. VR is a marvel of our age for architectural design and construction.

Virtual Reality In Sustainable Architectural Design

Virtual reality is used to study sustainability in houses and buildings to help determine their impact on the environment. Modeling and analysis programs are part of this effort to observe how we can apply sustainability practices. We can experience VR simulations to observe:

• Energy consumption
• Daylight effects
• Ventilation
• Thermal comfort
• Buildings’ performances

Without virtual reality, details about material selection, lighting effects, ventilation, and thermal performance in energy studies may be overlooked. VR helps optimize these performances by observing the effects of weather conditions on a house or building. Architects and engineers can understand potential issues, see a building’s durability, estimate its lifespan, and plan maintenance schedules.��

The role of VR in promoting sustainability in construction, renovation, and demolition is powerful. It serves as a valuable tool in green transitioning by allowing design and construction teams to design and optimize housing and buildings while minimizing waste and reducing energy consumption.

Virtual Reality In Architectural Design: Easy Accessibility������

Virtual reality technologies have altered our approach to architectural design. With them, we can easily access and grasp projects before construction begins. VR allows architects to entertain clients from anywhere around the world through appropriate headsets. Clients, engineers, and construction managers can watch immersive, 360-degree virtual reality videos.��

VR technology can be used by people with disabilities who cannot visit or have a difficult time visiting a project site. Virtual reality technologies can help an architect understand the needs of different users, such as the elderly or those who don’t speak English. Because VR is easily accessible and understandable, where we can interact with the project space without technical jargon.������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������

Why We Like The Virtual Reality Experience

Using VR is exciting and provides superior benefits compared to traditional design approaches. Many two-dimensional sketches and plans are insufficient because they lack depth and understanding. These benefits should appeal to anyone exploring architectural designs.

• Many real estate professionals are now using VR and other walkthrough technologies
• It gives clients an exciting and memorable experience of a home or structure
• VR allows clients to understand the structure’s design better
• Clients can recognize and appreciate its features and details
• Clients gain insights into a design’s layout and materials

Forty percent of professionals in Europe rely on VR for architectural designs. VR technology is also used for niches such as the preservation of cultural heritage and national historic sites. This technology provides improved opportunities to receive and incorporate feedback from clients and other stakeholders. Clients like VR because it helps them get a feel for their projects before they put any money down. This limits their liability in short-term market fluctuations.��

Architects also like VR because it saves a lot of time and gives cost-saving benefits. Real-time feedback lets them consider the impact it will have on the form and functionality of the design space. It helps ensure the design meets the clients’ expectations. Architects can also reduce execution costs and avoid damage control processes in the construction stages of projects.

Virtual reality technologies in architectural design and construction are revolutionizing these industries for the better. If your career goal is working in drafting and design technology, explore what our��Drafting & Design Technology (AOS) Associate in Occupational Studies Degree has to offer you.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

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We all want cleaner energy for our homes, workplaces, and other places we visit. Each of us can do our part to make a “greener” planet. Manufacturers, processing plants, and mining operations use process technology advances to produce cleaner energy and air. Other benefits of cleaner energy include improved health and more efficient use of natural resources. Contact ����ԭ�� today to learn more about the future of process technology in clean energy.

What Is Clean Energy?

Clean energy is generated from sources that produce minimal to no greenhouse gas emissions. The sources typically include renewable sources like solar, wind, hydropower, geothermal, and nuclear power. These options are considered carbon-free for electricity generation. Clean energy is produced without significantly harming the environment.��

Improvements in process technology are providing more clean energy worldwide. The primary characteristic of clean energy is that it produces very little if any harmful pollutants when generating electricity. This is good news for our health and the environment.��

What Is The Future of Process Technology In Clean Energy

The future of process technology in clean energy will likely focus on advancements in energy storage, smart grid integration, and improved efficiency in solar and wind power generation. It will also include innovative technologies for harnessing less conventional renewable sources like geothermal and tidal power. Artificial intelligence (AI) will also play a part in optimizing energy production and distribution across the grid, aiming to achieve a more reliable and sustainable energy system. These are the key areas of development:

• Advanced Battery Storage Technology – Long-term energy storage solutions are being developed, such as lithium-ion batteries and redox flow batteries. New battery chemistries to address the intermittent nature of renewable sources like solar and wind are also underway.
• Carbon Capture and Storage (CCS) – More industries are enhancing CCS technology to capture CO2 emissions from power plants and industrial facilities to provide cleaner fossil fuel use in the transition period.
• Geothermal Energy Advancement – Technologies will be developed to tap into deeper geothermal sources to improve heat extraction efficiency.
• Hydrogen Production and Utilization – Scientists are scaling up green hydrogen production through electrolysis powered by renewable energy. This will enable more clean energy storage and use in the transportation and industrial sectors.
• Next-Generation Solar Panels – Current research is underway to develop more efficient solar cell technologies, such as perovskite solar cells. They will potentially achieve higher energy conversion rates and lower production costs.
• Offshore Wind Power – This technology seeks to expand offshore wind farms to access larger and more consistent wind resources. It will require innovative turbine designs and installation techniques.
• Smart Grid Technology – AI and data analytics will be used more often to monitor and manage energy flow in real-time. They will facilitate better integration of distributed energy resources like rooftop solar panels and electric vehicles.
• Wave and Tidal Energy – New technologies are being explored to harness energy from ocean waves and tides. They will potentially provide a reliable source of renewable power in coastal regions.

The future of process technology helping to produce clean energy is bright and welcomed by consumers and businesses on a global scale. Preserving our planet is a high global priority.

What Will Drive Process Technology In Clean Energy

Overall, the future of clean energy process technology will be driven by several needs that are important to consumers and businesses, including:

• Cost reduction is necessary to develop cost-effective clean energy technologies to make them more accessible globally.
• Digitalization, AI, and ML are driving clean energy production by using algorithms to optimize energy production, predict demand, and manage grid operations.
• Energy efficiency improvement is sought to optimize energy consumption across different sectors through smart grid management and energy-efficient appliances.
• Promoting sustainability will be met by addressing environmental impacts throughout the clean energy lifecycle from material sourcing to decommissioning.
• Renewable energy penetration is another need to integrate more variable renewable sources into the grid while maintaining stability.
• Smart grid integration helps meet the goals of developing intelligent grid systems that can dynamically adjust to fluctuations in renewable energy generation.
• 3D printing is used to meet the need for more efficient and cost-effective manufactured components.

How You Can Prepare For A Career In Process Technology

Anyone seeking a career in process technology to produce cleaner energy should consider earning an Associate of Occupational Studies (AOS) Degree. A degree in Process Technology provides the training and knowledge to obtain an entry-level position in a variety of industries. Learn more about this fascinating career by requesting information from ����ԭ��.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website: /disclosures/

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A Brief History Of Collaborative Robots And Cobots

by J. Edward Colgate and Michael Peshkin who were professors at Northwestern University at the time. The term ‘cobot’ was coined by Brent Gillespie, a researcher at the same university. Cobot was originally explained as ‘a device and method for direct physical interaction between a person and a computer-controlled manipulator.’��

Manufacturers saw the potential in robots and also began using cobots to improve production and efficiency. Kuka Robotics launched its first cobot in 2004 called the LBR3. Universal Robots released its first cobot in 2008 called the UR5. The UR10 was placed on the market in 2012 followed by the UR3 in 2015. Since then many models have been patented and put into production at many factories worldwide.

Robots Versus Cobots In Manufacturing����

Traditional industrial robots are called non-collaborative robots because they work alone. They are used in large-scale operations with high volumes and repetitive tasks, such as welding and painting car bodies. Robots are typically stationary machines that can work at high speeds. Safety measures are used to ensure worker safety, such as safety cages. Robots are typically more costly than cobots and require extensive programming.��

Cobots are called collaborative robots because they work alongside people in shared workspaces. Cobots are ideal for manufacturing products in lower volumes than robots. They prioritize human safety and are more adaptable for different tasks. Cobots typically are more cost-effective because they need simple programming and are more user-friendly.

Why Companies Use Cobots In Manufacturing

Cobots are coming into their own globally because they offer many benefits to manufacturers and processing plants. They are changing the production landscape in many ways.

• Cobots offer a cost-effective way to automate repetitive tasks
• They improve production efficiency
• Cobots enhance work safety by doing hazardous jobs
• They provide flexibility to adapt to changing needs
• Cobots allow humans to focus on more complex tasks
• They free up workers to work with critical thinking and decision-making

Cobots require minimal setup and are generally easy to integrate into existing processes. They are ideal equipment for businesses on a budget because they are flexible, programmable, and have a positive team impact. Cobots are easily reprogrammed by moving the arm along the desired track. A Cobot will remember the new movement and repeat it on its own. Like robots, cobots can perform dangerous and repetitive tasks that boost productivity.�� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� ��

When To Use Cobots In Manufacturing

Cobots have their place in today’s manufacturing and processing facilities. Selecting the right automation machinery is critical and can hugely impact a company’s productivity and efficiency. Consultants have developed a general guideline for deciding when cobots should be used instead of robots.

• Budget limits favor cobots because they have lower upfront costs and are more employee-user-friendly
• Business needs, such as when a company wants to automate dangerous tasks instead of ramping up production favor cobots
• Environment and worker safety are superior to many robots because no cages or barriers are required that need extra space
• The nature of tasks favors cobots when more intricate tasks that benefit from human interactions such as assembly and quality control are required
• Small production businesses can use them to advantage because they are simple to program, do not need experts to maintain them, and work great for smaller production
• Volume requirements that are designed for smaller operations, flexibility, and adaptability better match up with cobots

Cobot And Robot Training Is Available Locally

If working with cobots, robots, and automation is your career goal, consider earning an Associate of Occupational Studies (AOS) Degree in Automation & Electronic Systems Technology at ����ԭ��. Our curriculum is current and our training is hands-on to maximize the development of your knowledge and skill sets.

Graduates are prepared to work in entry-level positions in various industries. Automation is revolutionizing the manufacturing industry and demand for trained workers is high. Don’t hesitate to contact us today for more information about this degree and our college. We look forward to serving you!

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our website:/disclosures/

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Many community college and university graduates with general degrees find it difficult to locate jobs because they have few work skills. Although their mental bank of knowledge may be strong, their hands-on abilities are lacking in today’s technical workplace. On the other hand, graduates with AOS degrees find they have a fast track to gaining skills that get them into entry-level jobs they want.

Personal AOS Degree Worth Increases As You Understand IT Better

The AOS degree’s worth becomes apparent as you understand that it prepares you for occupation and not just for a college degree. Many college graduates end up settling for a job outside their degree major. They do not want these positions but accept them, temporarily or permanently, because their degrees did not prepare them for the everyday workforce.

An AOS degree appeals to students who want to concentrate on what they are interested in for career training. Many people bypass a college degree because they don’t want to enroll in numerous general education courses they place no value in. Although there is some training in communication and math in many AOS degrees, it is job-related.

AOS Degree Worth Is Significant Because It Makes You Marketable��

A strong positive about AOS degree worth is its ability to help graduates become more marketable. The skills they develop and the industry knowledge to apply them is an advantage over a general associate degree. Colleges that offer AOS degrees tend to have smaller class sizes that encourage more interaction between instructors and other students. The result is similar to having a personal mentor.

The job placement offices found in AOS degree colleges provide excellent help in preparing students for their first and future jobs. Their services are professional and include:

• Creating great resumes and cover letters
• Interviewing tips and thank you notes
• Questions to ask employers
• Job, company, and industry searches
• Partnering with local businesses and industries

Technical colleges typically have a high rate of graduation and job placement and their degrees are worth your time and effort.

“AOS degree worth is growing as the need for technical workers increases nationwide. An Associate of Occupational Studies (AOS) Degree places graduates in a positive position for employment.”

How Employers See AOS Degree Worth

As the business world changes, we see younger managers who consider applicants’ capabilities, portfolios, and skill sets more important than their college backgrounds. Many industries have openings for specialized jobs that technical college students can fill. These graduates may have more opportunities to get hired because there are typically fewer applicants for specialized positions.

When area businesses partner with technical colleges, employment expectations are made clear to the faculty members and the job placement offices. Many of these schools have a waiting list of employers that need graduates to fill open positions.

Explore These AOS Degrees in Baton Rouge��

Once you have selected a major and a college, it is time to make plans for success in your educational experience.

Explore AOS degree worth at ����ԭ�� in Baton Rouge, recognized as a School of Excellence. We are fully accredited by The Accrediting Commission of Career Schools and Colleges (ACCSC). The following degree and certificate programs are available:��

AOS Degrees

• Air Conditioning, Refrigeration, & Electrical Technology
• Automation & Electronic Systems Technology
• Construction Management
• Drafting and Design Technology
• Information Technology
• Instrument & Control Systems Technology
• Office Administration
• Process Technology

Certificates

• Air Conditioning & Electrical Technology
• Electrical Technology
• Electronic Systems Technology
• Industrial Instrumentation
• Medical Coding
• Office Administration

Apply now and be on your way to an entry-level job and a better life with an Associate of Occupational Studies (AOS) Degree or Certificate.

For more information about graduation rates, the median debt of students who completed the program, and other important information, please visit our�� website:

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