Happy New Year—new academic year, that is! As students head back to school, many organizations and companies are thinking about reaching out to young people to grow awareness about the aviation and aerospace industries. It is time for us to accelerate the work being done across the country to address the talent shortage we have now and are likely to have in the future.
The Youth Access to American Jobs in Aviation Task Force (YIATF) submitted its report to Congress in 2022, suggesting how to attract more young people to our industry more effectively. Among its more than 20 suggestions, one of the most important was the identification of the prime time at which to reach youth. The answer: when they are 10 years old. Raising awareness about opportunities in our industry could be done through an event at a local airport, rides in simulators or working on an aviation-related project as part of an after-school club activity.
Unfortunately, unless one’s family member or friend is employed or involved in aviation, one tends to have little knowledge of how vast the career options are in the industry beyond piloting. This is even more likely to be the case for someone from an underrepresented community where not many people are involved in aviation as either a career or a hobby.
Regional and local company- and organization-based events and experiences provide families with the chance to learn more. But it is not enough simply to host an event and hope those excited kids pursue aviation after that one interaction. We need a connected pipeline that allows young people to sample and savor all the myriad possibilities in a more thoughtful and planned way.
For instance, at that local airport event parental contact information can be collected and passed to the nearby Civil Air Patrol (CAP) unit (in full disclosure, I am on the board of CAP). The unit could invite children age 12 or older, as well as their parents, to learn about drone flying, safety and more. With nearly 70,000 members nationwide and squadrons in every state as well as Puerto Rico and the District of Columbia, CAP operates the largest single-piston aircraft fleet in the world and one of the largest drone programs in the nation. These are tools to support their mission of emergency services, aerospace education and cadet programs.
In its 2022 report, the YIATF also included a call for a “one-stop aviation/aerospace information portal” for students, parents, caregivers and educators (including guidance counselors) to learn more about career pathways, connections to regional and national organizations and curricula and to provide them access to an AI counselor to answer questions. During the YIATF’s study, we learned that of the guidance counselors we surveyed, 65% believe the best resources for introducing students to aviation and aerospace careers are on the internet.
An information portal could be a tool to nurture an emerging passion. For example, aviation entrepreneurs Shaesta Waiz and Michael Wildes are creating a one-stop digital career and community platform with real-time job data as well as career pathways and industry opportunities.
What can you and your company or organization do this school year to reach out to young people? First, think about partnering with another organization in your region to co-promote and co-host an event, especially for groups that are in under-resourced communities. For example, co-host an event with the local Boys & Girls Club, which engages young people with education and career pathways, and the local CAP squadron, which shares information about careers in aviation.
Second, make sure you are reaching middle-schoolers. High school is too late to reach young people—they may have already chosen a field or simply decided that aviation is not for them. If you are not sure how to find the right partner, look at the FAA’s STEM Aviation and Space Education Partnerships page and start the conversation in your community with like-minded individuals who know firsthand the transformative effects of our industry. The more connected and broader the outreach, the better chance we have of recruiting great talent.
Drones have come a long way over the past 10 years. What was once considered a novelty or futuristic gadget has now become an innovative game changer that is reshaping the way industries operate. From surveying farmlands to inspecting towering skyscrapers, agriculture and construction are, respectively, leading the way in drone technology adoption—but they’re far from the only industries to do so. These uncrewed aerial systems (UAS) have rapidly become indispensable in industries that require efficiency, precision and innovation to take them to new heights—literally and figuratively. See how Vaughn’s engineering and UAS certification programs can help students become prepared to design and operate drones in any field.
Agriculture: Precision Farming from the Sky
Today’s farmers are turning to the skies for smarter solutions, as precision farming—or precision agriculture—has become a crucial factor for helping them manage their fields. In an era where farmers must produce more crops—but with fewer resources—this high-tech approach of precision farming is making agriculture more efficient, productive and sustainable by optimizing crop yield, reducing waste and managing farmland more effectively.
Let’s look at some key drone applications that are helping farmers increase productivity, cut costs and reduce environmental impact:
Crop Health Monitoring—Equipped with multispectral and thermal cameras, drones provide a bird’s eye view to detect plant stress, disease or pest infestations before they are visible to the naked eye, thus minimizing crop loss.
Field Mapping and Soil Analysis—High-resolution aerial imaging allows farmers to create accurate maps of farm fields to assess soil conditions, moisture levels, topography and any problem areas. This crucial information helps farmers optimize their planting patterns and irrigation planning.
Precision Spraying—This application is a real agricultural game changer, as drones provide an environmentally-friendly application of pesticides, herbicides and fertilizers with pinpoint accuracy. This not only saves money but also supports more sustainable farming practices.
Aerial Seeding—Drones are equipped with seed-dispensing mechanisms. These disburse seeds over large areas, particularly on land that is hard to reach by traditional equipment or on uneven terrain. This modern technique of precision farming is making reforestation, and soil restoration faster and more efficient.
Livestock Surveillance—This technique uses drones to monitor, track, and manage animals across large or remote grazing areas–without stepping foot in the field. This is a cost-effective solution that enhances efficiency, animal health and safety.
Construction: Building Smarter and Safer from the Ground-Up
Drones are leading the way in the construction industry by making operations and procedures smarter, faster and safer. The ability of this technology to provide real-time insights and prevent accidents is not just improving safety, it’s saving lives. From pre-construction planning to final inspections, drones are taking project planning, progress tracking and safety monitoring to a new level.
Here are but a few key drone applications that are improving operational visibility, enhancing safety and driving efficiency in the construction industry:
Site Surveying and Mapping—Drones equipped with high-resolution cameras produce 2D Ortho mosaic maps and 3D models that help with faster project planning and more accurate estimating of costs, and all within a few hours—not days.
Real-time Progress Tracking—Aerial monitoring provides a detailed snapshot of the site by creating visual timelines and progress reports. These updates give stakeholders critical information to help them make timely decisions—even when they are off-site.
Structural Inspections for Enhanced Safety—Drones can enhance site safety by inspecting high-risk, hard-to-reach areas like rooftops and scaffolding—without endangering workers. Through routine inspections, drones can identify potential hazards early, which enhances safety at the site and for workers.
Smarter Project Management—Drones help project managers with data-driven decision-making that can detect and halt any issues before they escalate. Examples of this include helping to track equipment, materials and supplies on-site, as well as improving logistical planning and reducing the risk of theft or misplacement.
Site Safety Monitoring—Drones offer a faster, safer and more comprehensive way to monitor working conditions by providing real-time insights and preventing accidents. With the ability to scan large areas quickly, drones can identify hazards, monitor worker activity and ensure compliance with safety protocols in real time.
Vaughn College is doing more than just helping students earn degrees. The College is helping these students achieve something that few other institutions can, which is to move them from the lowest income brackets to the very top. This is known as “upward mobility.” Vaughn is rewriting the narrative around higher education by helping students build wealth and security that can span generations.
A Leader in Economic Transformation
At a recent lecture at Yale University, Harvard professor and economist Raj Chetty—a leading authority on socioeconomic inequality—called attention to the critical issue of declining social mobility in the United States. In a discussion that analyzed the factors driving this decline, Chetty spotlighted Vaughn College as a model for reversing this downward trend. Citing data from a study conducted by the Equality of Opportunity Project which ranked Vaughn as number one in upward mobility nationwide, Chetty recognized the College for its remarkable impact in lifting students from among bottom income earners to the top. Check out the video where Vaughn is featured in his lecture.
In a November 2024 report by the New York City Economic Development Corporation, Academia in New York City: Shaping the Future of NYC’s Economy, Vaughn College is ranked number one in economic mobility in New York City—highlighting its effectiveness at moving students from the bottom 20 percent to the top 1 percent for earning income.
The College’s consistent focus on career-aligned education, supplemented by its extensive partnerships with industry leaders earned Vaughn another notable recognition. In April 2025, Vaughn received a prestigious classification from the Carnegie Classification of Institutions of Higher Education by being named as an “Opportunity College and University” under the newly introduced “Student Access and Earnings Classification.” This classification recognizes institutions that serve under-resourced students and deliver strong post-graduation outcomes comparable to—or exceeding those—of their peers in the region.
Career-Focused Programs That Pay Off
One way Vaughn has achieved and maintains this impressive record is by offering degree programs that are designed to directly connect students to in-demand careers. Recently, the College added forward-looking degrees in computer science and computer engineering with focuses on artificial intelligence and cybersecurity—rapidly growing fields that lead to high-paying, stable careers.
It’s not just about getting a job—Vaughn students land careers that match their passions and potential. Ninety-five percent of graduates are employed or continuing their education within one year, with 78 percent working in their field of study.* Alumni go on to join organizations like NASA, SpaceX, the Federal Aviation Administration, Delta Air Lines, JetBlue, Boeing and more.
Beyond Academics: A Community That Supports
Vaughn offers more than academic excellence. It’s a close-knit, supportive community where students are known by name and mentored by faculty. With a 14-1 student-faculty ratio, personalized guidance is a cornerstone of the Vaughn experience. More than 93 percent of students receive some form of financial aid, ensuring that cost is never a barrier to opportunity. And in a city like New York—filled with culture, commerce and career-building connections—students are immersed in one of the world’s most dynamic environments.
The Future Is Vaughn
In an era when college outcomes matter more than ever, Vaughn College has proven that an education rooted in purpose and possibility can change lives. By equipping students not just with degrees but with transformative career pathways, Vaughn empowers the next generation to soar. Apply today!
*Outcomes include data within one year of graduation for graduates who reported via survey. There were a total of 361 reported graduates in 2023. 239 reported an outcome for a 66% response rate. The 2023 graduate class includes September 2022, December 2022 and May 2023 graduates.
You do not have to be a rocket scientist—although that is a cool career in engineering—to know that technology is ever-evolving at lighting speed. From manufacturing and medicine to artificial intelligence (AI) and renewable energy—among many others in between—the rapid pace of technological innovation has created a huge demand for engineers in every industry. And did we mention the salaries are well above the national average?
The proof is in the numbers
Today, it is all about filling the skills gap in many engineering fields—especially AI, robotics, cybersecurity and aerospace. According to employment projections data from the U.S. Bureau of Labor Statistics, the field of engineering is estimated to grow by 8.6 percent by 2033—which is faster than average for every other occupation within the next eight years. If those projections do not grasp your attention, maybe the salaries will. The reported median annual wage for the engineering sector is $91,420, compared to $48,060 which is the median annual wage for other occupations. That is an increase of more than $43,000 per year!
Best engineering degrees to meet future demand
If engineering is your passion, Vaughn offers industry-focused engineering programs tailored to high-demand industries. Here are a few of our engineering degrees and the careers they will prepare you for.
This course of study trains students to use their skills and knowledge to solve specific problems—andultimately—to design systems according to the defined criteria for performing the functions as set forth by the project objectives.
Degree focus: Cybersecurity and Artificial Intelligence (AI)
Demand: Every industry depends on the world’s cyberinfrastructure to operate safely and securely. Over the past decade, cyberattacks have escalated throughout the world, which has created a great demand for computer engineers who have specialized training in cybersecurity.
Career opportunities:
Architectural and Engineering Managers
Annual NY median salary: $171,000*
Top skills: Communication, leadership, management, project management and operations
Data Warehouse Specialist
Annual NY median salary: $153,000*
Top skills: Communication, management, data management, problem solving and data analysis
Vaughn is the only institution in the Northeast that offers a mechatronic engineering degree program accredited by the Engineering Accreditation Commission (EAC) of ABET. This not only ensures a recognized standard of quality in engineering education but establishes the College as a premier choice for students in the region. Read more about it in our blog: “Your Future in Mechatronic Engineering Starts at Vaughn College.”
Degree focus: Combines mechanical, electrical and computer engineering to expose students to the different areas of engineering while preparing them for this fast-paced and ever-changing industry.
Demand: The booming automation and robotics industry is fueling the high demand for engineers to design, program and maintain automated systems, thus creating excellent career opportunities across multiple industries.
Career opportunities:
Mechatronics/Robotics Engineers
Annual NY median salary: $119,000*
Top skills: Mechatronics, automation, robotics, mechanical engineering and electrical engineering
Mechanical Engineers
Annual NY median salary: $106,000*
Top skills: Mechanical engineering, communication, HVAC, project management and auto CAD
Manufacturing Engineer
Annual NY median salary: $100,000*
Top skills: Communication, manufacturing processes, problem solving and AutoCAD
Vaughn’s mechanical engineering degree program provides students with a solid foundation in engineering analysis and design. Students will have hands-on opportunities to learn analytical, computational and experimental methods of mechanical engineering, which are in high demand in the industry today.
Degree focus: This degree focuses on preparing well-qualified graduates for positions in a variety of engineering industries. Students will study and train in mechanical computer-aided engineering (such as computer-aided 3D interactive application), Patran, Nastran, engineering analysis utilizing MATLAB and finite element analysis.
Demand: Employment for mechanical engineers is expected to increase by 11 percentover the next eight years, which translates into openings for approximately 19,800 jobs on an annual basis. This is a significant and positive outlook for mechanical engineers, especially in states like New York and industries that are experiencing high employment levels and growth.
Career opportunities:
Quality Control Systems Managers
Annual NY median salary: $130,000*
Top skills: Management, quality assurance, auditing, communication and leadership
Aerospace Engineers
Annual NY median salary: $122,000*
Top skills: Communication, management, operations, planning and flight testing
This specialized degree program was developed to provide students with proficiency in sophisticated aviation electronics systems found on-board commercial, corporate and private aircraft.
Degree focus: The program places an emphasis on science and technology that can be applied to today’s fleet of modern aircraft.
Demand: The increase in air travel continues to fuel the demand for these skilled professionals as the sector continues to expand.
Career opportunities:
Electrical Engineers
Annual NY median salary: $114,000*
Top skills: Electrical engineering, communication, AutoCAD, project management, electrical systems
Avionics Technicians
Annual NY median salary: $97,000*
Top skills: Avionics troubleshooting (problem solving test equipment), electrical wiring, hand tools
Electrical Installers and Repairers of Transportation Equipment
Annual NY median salary: $85,000*
Top skills: Troubleshooting (problem solving), electronics soldering, oscilloscope, test equipment
If you’re looking for hands-on learning, cutting-edge labs and industry connections in the heart of world-class resources and opportunities, Vaughn College and New York City offer an exceptional environment for ambitious engineering students to launch futureproof careers. Want to learn more? Check out Vaughn’s engineering and technology, management and aviation degree programs. Apply today!
*Career and salary information based on Lightcast Data, jobs based within a 100-mile radius of Queens, NY
Artificial intelligence (AI) is making a transformative impact on the aviation industry in ways that you never imagined. From improving safety and operational efficiency to enhancing passenger experience, these advancements are positioning AI as a cornerstone in reshaping aviation—now and in the future. Last month, the US Department of Homeland Security (DHS) released the “Roles and Responsibilities Framework for Artificial Intelligence in Critical Infrastructure,” a first-of-its-kind resource with recommendations on how to integrate AI into critical infrastructure—which includes the aviation industry.
Vaughn College explores these latest advancements of AI in aviation, how they drive innovation and technology in various sectors and how these learnings can be incorporated into degree offerings.
Safety first
Before we begin, it’s important to note that safety in aviation always comes first. Due to the high stakes nature of aviation, AI systems undergo rigorous and multi-phase testing processes before being integrated into operational environments. Although advancements in AI are revolutionizing the aviation industry, thorough and continuous testing will ensure that these systems will enhance safety and reliability—and without compromising operational standards.
Here is how AI connects to aviation within this framework:
Air traffic management—The DHS emphasizes using AI to reduce vulnerabilities and detect potential threats in real time, thus ensuring secure management of national airspace.
Cybersecurity in aviation systems—AI tools are being used to identify and mitigate cyber threats that target airline IT systems and communication networks, among other aviation infrastructures. The framework outlines measures to protect AI-driven systems against cyberattacks, which could potentially disrupt aviation operations.
Operational efficiency and risk reduction—AI aids in predictive maintenance, allowing airlines to monitor real-time data, forecast repairs and schedule maintenance more efficiently. This in turn reduces operational costs and prevents in-flight failures. Robotics and augmented reality are also assisting in maintenance operations in areas such as baggage handling. Additionally, AI supports decision-making processes in logistics and scheduling, which are critical components in aviation.
Collaboration and standardization—Creating standardized protocols is key for deploying AI safely in critical industries, including aviation. The framework calls for collaboration between government agencies and private sector entities to ensure safety across all industries.
The need for a human touch
With all this coverage of AI and robotics, one might ask if these technological advances would eliminate the need for human jobs. The answer is: “No!” In fact, human expertise is essential in an AI-driven aviation industry. This technology has created a strong demand for aviation professionals across a variety of career paths. AI systems require humans to monitor their operations and intervene, when necessary, especially in unexpected situations and human oversight is critical for ensuring that AI decisions align with ethical, regulatory and safety standards.
Vaughn has the degrees you need to succeed
AI is rapidly penetrating the career fields of engineering, technology, management, aviation and aviation maintenance and Vaughn’s degree programs will ensure you are ready to handle these evolving technological advancements.
Pilots—Even with the increase of autopilot and advanced AI systems, pilots are still indispensable. Were you aware of the ongoing pilot shortage? Vaughn’s can have you soaring into this high-flying and in-demand career.
Engineering—AI engineers design, test and update AI systems, ensuring they meet safety and performance standards. Vaughn’s engineering and technology degree programs are just what you need to succeed in this exciting, advancing career field. Check out these engineering programs to see which one is right for you.
Computer engineering and cybersecurity—Although AI tools are being used to identify and mitigate cybersecurity threats, cybersecurity analysts in aviation play a pivotal role in ensuring the sector’s operational safety and resilience against threats. Vaughn’s degree programs in computer engineering and computer science can be your gateway to this exciting and in-demand career path. Read about what you need to know to land a job cybersecurity.
Artificial intelligence is the real deal, especially in connection with the aviation industry. As AI continues to grow and evolve, so does the demand for the critical jobs that go hand-in-hand. Whether you’re interested in becoming a pilot, engineer, air traffic controller, maintenance technician or a cybersecurity professional, Vaughn College has the degree programs to help you land a job in these futureproof careers.Apply today!
Robotics, automation and smart technologies are reshaping industries across emerging markets throughout the world. This places mechatronic engineering at the forefront of today’s most in-demand careers. The demand for mechatronic engineers is expected to increase—with the addition of nearly 20,000 jobs by 2029. And this demand extends beyond these highly skilled professionals: Vaughn College is among the select few institutions in the country that offer this unique and highly sought-after degree program. So, what exactly is mechatronic engineering? This month, Vaughn College discusses the unique aspects of mechatronic engineering and outlines the exciting careers, top industries and key trends that are influencing this in-demand specialty today.
What is mechatronic engineering?
Mechatronic engineering combines mechanical, electrical and computer engineering, making it one of the most sought-after technical careers in today’s competitive job market. These highly skilled professionals design cutting-edge technologies that have the potential to solve real-world problems with creative solutions.
What type of work does a mechatronic engineer do?
Mechatronic engineers have a unique skillset that is applicable across a variety of industries, providing these professionals with career flexibility and diverse career paths. A few of the job titles a mechatronic engineer may hold include:
Artificial intelligence (AI) and machine learning specialist
Research and development engineer
Which industries need mechatronic engineers?
In a world driven by innovation, it is no surprise that mechatronic engineers are needed in a diverse range of industries. These are among the main industries where mechatronic engineers are making a difference:
Manufacturing—Automation, robotics and process optimization
Automotive—Driving technology and vehicle systems development
Medical devices—Surgical robots and diagnostic equipment
Consumer electronics—Smart home products and wearable devices
Renewable energy—Autonomous control systems, solar farms and wind turbines
Key trends currently influencing mechatronic engineering
Advancements in automation robotics and smart technologies are driving the expansion of today’s mechatronic engineering sector creating unlimited growth potential. There are many key trends driving this growth, such as artificial intelligence and machine learning integration, sustainable and energy-efficient systems, human machine interaction, Internet of Things (IoT) integration, biomedical mechatronic engineering, 3D printing, smart sensors and actuators and many others.
Salary and potential earnings for mechatronic engineers
According to Lightcast data in the New York City area, the median annual salary for a mechatronic engineer $119,000. These figures do not include additional pay which might include cash bonuses, commission and profit sharing.
Why Vaughn College is the best choice for your mechatronic engineering degree
Vaughn offers a unique mechatronic engineering program that makes it the standout choice for anyone seeking to pursue a degree in the field. Here are reasons why choosing Vaughn sets students on a futureproof path to success:
ABET Accreditation—Vaughn is the only institution in the Northeast that has earned accreditation for its mechatronic engineering degree program by the Engineering Accreditation Commission (EAC) of ABET (Accreditation Board for Engineering and Technology). This not only ensures a recognized standard of quality in engineering education but establishes the College as a distinctive choice for students in the region.
Industry-relevant curriculum—The curriculum prepares students for today’s in-demand careers.
High-employment outcomes—Ninety-five percent of Vaughn graduates—78 percent in their field—are employed or continue their education within one year.*
Are you a creative problem solver who is passionate about technology? Mechatronic engineering offers promising opportunities, especially if you are diligent about enhancing your interdisciplinary skills as well as staying ahead of the curve on the latest technological advancements.
*Outcomes include data within one year of graduation for graduates who reported via survey. There were a total of 361 reported graduates in 2023. 239 reported an outcome for a 66% response rate. The 2023 graduate class includes September 2022, December 2022 and May 2023 graduates.
What do long Transportation Security System (TSA) lines, gate changes and lost luggage all have in common? If you said: “Stressful airport experiences,” you’re not alone. In fact, on average, more than 60 percent of a passenger’s total travel time is spent at the airport! Now, what would you say if there was a smarter way to travel to reduce—or possibly eliminate—these delays?
Vaughn College explores the evolution of “smart airports” and how the latest advancements in technology and infrastructure are taking efficiency, safety and the passenger experience to new heights. Read on as we share how these cool state-of-the-art technologies are underway as part of the latest redevelopment plan at New York’s John F. Kennedy (JFK) Airport—located just miles from Vaughn’s campus!
Smart technology gets even smarter
Online check-in, self-service kiosks and advanced screening measures may seem like second nature for today’s travelers, but it wasn’t too long ago that these innovations did not exist. Fast-forward as the dream of futuristic technology is making its way to present day.
Below are exciting advancements of the smart airport evolution—some of which you may experience at the completion of the JFK redevelopment:
Internet of Things (IoT)—IoT is a network that connects physical objects—in this case various airport systems and equipment—to improve operational efficiency by monitoring real-time conditions such as air quality, temperature and passenger flow, among others.
Biometric technology—Biometric technology allows for minimal contact using facial recognition. This contactless experience will be available at JFK as a seamless way to streamline the passenger journey from check-in to boarding, expediting security and eliminating the need to present a boarding pass or passport.
Automated baggage handling—This might become a passenger favorite at JFK as this IoT-enabled state-of-the-art system uses sensors and tracking technologies to provide real-time status updates and tracking of luggage. You’ll never lose your bag again!
Smart traffic management—The dreaded airport pickup will be easier at JFK as the airport will be employing artificial intelligence (AI) and big data analytics to manage traffic in and around the airport, as well as optimizing aircraft movement, reducing delays, congestion and improving passenger flow within the airport.
Sustainability—Through smart infrastructure such as renewable energy sources that include solar and wind power, the new JFK terminals will incorporate energy-efficient systems that optimize energy use while monitoring energy consumption. In fact, construction has begun on a massive solar array of more than 13,000 solar panels on the terminal’s roof that will cover an area the size of six and a half football fields. The Terminal One solar array will be the largest in New York City and the largest at any airport terminal in the country.
Digital wayfinding—Passengers at JFK will be kept in the know with real-time updates about flight delays, gate changes and other critical information through a number of strategically placed digital wayfinding tools including touchscreen kiosks, digital displays and an airport operations portal. This digital navigation system will not only eliminate stress among passengers but also help them navigate the airport more efficiently.
5G Connectivity—Wouldn’t it be great if there were faster communication and real-time updates between various systems? JFK plans to leverage 5G networks to make this happen, along with enhancing the passenger experience with augmented reality (AR) applications and smart boarding processes.
Smart parking—Imagine not having to circle the parking lot looking for a place to park. JFK is solving this problem by offering smart parking, where passengers can reserve a space in advance and pay through an app for added convenience. Even cooler is the placement of sensors to direct passengers to available spots. Now, that’s a real time saver!
AI-Driven Technologies—JFK is leveraging AI-driven technology in a variety of ways. A Virtual Ramp Control and AI-driven Smart Stand will enhance operational safety and efficiency at the new terminal by providing advanced situational awareness during turnarounds, such as pre-arrival checks, baggage handling and refueling. In addition, an innovative AI data strategy aims to tackle the challenges of passenger flow management by consolidating data from all departments (finance, operations, safety and security) to enhance decision making.
Growth in the marketmeans more jobs on the horizon
According to Fortune Business Insights, the global smart airport market has seen significant growth over the years. In 2023, the global market size was valued at USD 4.05 billion, and this is projected to grow to USD 11.56 billion by 2030.
So, why is this important? The answer is simple: More jobs. As today’s big tech companies focus on creating cutting-edge autonomous solutions, the industry will need to fill more positions for this in-demand field.
How a Vaughn degree can help you fill the gap
Vaughn College plays a significant role in filling the gap for jobs in the smart airport industry. Through relevant degree programs in engineering and technology, aviation and management, Vaughn prepares students with specialized skills and knowledge that align with the latest developments in the industry, including the digital transformation of airports through automation and smart technologies. These technology-driven curricula focus on areas critical to smart airports, such as airport management and operations, aeronautical sciences and aeronautical engineering, robotic automation, cybersecurity and information technology and data analytics. The benefits of pursuing a Vaughn degree do not stop there. The College has strong partnerships with major aviation companies and smart airport technology providers which can lead to internships, co-op programs and job opportunities for Vaughn students.
Are you ready for a first-class experience to pursue your future? A smart choice for your future is Vaughn College. Be a part of the “smart airport” revolution. Apply today!
When we think about aviation management, positions in airport operations, safety, crew scheduling and leadership typically come to mind. However, there are many other kinds of jobs you can qualify for with an aviation management degree that you might not have considered. We will look at some of these career paths and show you how Vaughn can help you achieve your goals.
An aviation management degree offers a range of career opportunities that go beyond traditional roles – here are a few:
Aviation Consulting: You can work with a consulting firm that works with airlines, airports, and government agencies on efficiency, safety and strategic growth.
Aircraft Leasing and Financing: These jobs involve managing aircraft leasing agreements, asset valuation and financial transactions for leasing companies, banks and airlines.
Air Traffic Control Planning and Research: You don’t have to be seated in the control tower to work in air traffic control. Teams are needed to plan and research ways to improve air traffic management systems and optimize the use of airspace use.
Aviation Safety and Risk Management: Airlines have teams specializing in safety compliance, hazard analysis and risk mitigation strategies that must comply with Federal Aviation Administration regulations.
Sustainability Management in Aviation: Airlines, airports, government agencies, aerospace companies and consultancies have teams dedicated to sustainability, environmental compliance, energy efficiency and sustainable fuel use in aviation.
Supply Chain and Logistics Management: This job involves supply chain operations to manage logistics for parts, fuel and other aviation-related goods.
Government and Regulatory Affairs: You can manage policies, do lobbying and work with government agencies to develop aviation laws and regulations.
Aviation Software Development and Data Analytics: You can work for tech companies that create software solutions for airports and airlines that help manage air traffic and optimize operations.
Corporate Travel and Fleet Management: Large corporations and executives need help with travel logistics, operations and managing private jets and fleets.
Marketing: Airlines and airports have marketing teams that create advertising campaigns to attract and retain customers, promote deals and make the booking process easy on websites. They also leverage public relations to help manage their reputation.
How Vaughn prepares you for what’s next
Preparing for a career in aviation management begins with knowing you have what it takes to lead. At Vaughn, we offer master’s, bachelor’s and associate degrees in airline, airport and general management. Whether you are interested in a general business management path, an aviation-focused degree, or a certificate in safety management systems or supply chain management ―Vaughn College has the resources and support to set you up for a successful career.
Is a career in airport or airline management on your radar? Read all about the top careers you can pursue in the field of aviation management. Apply today!
Artificial intelligence (AI) is proving to be the real deal when it comes to transforming the air traffic control sector. Although the shortage of controllers continues to impact the aviation industry, the latest cutting-edge AI technology is enhancing safety and efficiency while easing the stress of this highly intense occupation.
Air traffic control systems
There’s no denying that the job of an air traffic controller is intense. The main responsibility of this specialist is to keep everyone safe—both in the air and on the ground. With a multitude of critical responsibilities at hand at any one time, AI is proving to be a true game changer—especially with air travel on the rise.
Here are some of the ways in which AI is benefitting air traffic control and safety:
Decision Support Systems—These systems are powered by AI to provide air traffic controllers with real-time data analysis and recommendations, which not only enhance their situational awareness but help them make more informed decisions.
Automated Conflict Detection—This system utilizes AI to alert controllers of potential conflicts, while also suggesting maneuvers to prevent collisions by continuously monitoring aircraft positions.
Traffic Prediction and Management—In this critical area of air traffic control (ATC), AI helps controllers make proactive decisions by analyzing large amounts of flight data. The most important points of this data include predicting air traffic patterns, optimizing flight routes and reducing congestion. Combined, this leads to fewer delays and increased safety.
Predictive Maintenance—Using AI to analyze aircraft data helps predict maintenance needs before an issue arises, thus enhancing safety and reducing the chances of unexpected technical problems.
Weather Forecasting—Applying AI models to anticipate weather conditions enables controllers to route flights more effectively and minimize situations where bad weather affects air travel.
Voice Recognition and Assistance—This advanced AI-driven voice recognition system helps reduce the controller’s workload by transcribing and understanding pilot-controller communication. This maximizes efficiency in the tower since automating routine tasks like this allows controllers to focus on more critical matters.
In-flight operations
As safety is the top priority in aviation, manufacturers such as Boeing and Airbus are improving their aircraft by implementing AI-powered systems. Here is the latest rundown of these systems:
Boeing’s Airplane Health Management system uses AI as a preemptive approach to predict potential maintenance issues before they become evident—all while monitoring the aircraft as it is in flight.
Airbus’s Skywise is a digital platform system that uses AI to help optimize flight routes, reduce fuel consumption and improve overall operational efficiency by analyzing this critical in-flight data. The platform can even predict possible flight delays, not to mention enabling proactive measures to handle possible technical issues.
Are you interested in becoming an air traffic controller? As the air traffic controller shortage continues to grow, so does your chance to join this in-demand group of highly-skilled aviation professionals. Vaughn’s Air Traffic Control program can get you there. Apply today!
Amazon’s Prime Air drone delivery program will soon be soaring to new heights. The company has announced that the Federal Aviation Administration (FAA) had given it “the green light” to conduct flights “beyond visual line of sight” (BVLOS) giving drone pilots the ability to control the drone using instruments and technology. This regulatory approval allows Amazon to not only safely expand and scale its drone delivery operations to more locations in the US, but also help pave the way to reach customers in more populated areas. Amazon is developing breakthrough drone technology that is changing the skyscape of package delivery—making it faster, quieter and easier.
What’s more is that drones are continuing to play such a large role in our lives as technology advances. But who are the people that are designing, testing, building and flying these amazing, multi-functional devices in the sky? Drone engineers plan, design and test uncrewed aerial systems (UAS) while drone pilots fly them – each of these jobs requires a very specific skillset which only certain colleges and institutions provide training for. Vaughn College in Queens, NY offers specialized training in areas such as aeronautical engineering and UAS design, application and operation which is exactly what companies like Amazon are looking for.
Drone technology that’s been years in the making
For the past several years, Amazon has been developing its onboard “detect-and-avoid” technology system to gain BVLOS approval from the FAA. With safety ranking as the company’s top priority, this cutting-edge system underwent years of testing to ensure its drones could effectively and accurately detect and avoid obstacles in the air, such as airplanes, helicopters and hot air balloons.
Here is a snapshot of the engineering that was used to gain FAA approval:
Critical information was submitted to the FAA on how the system was designed, operated and maintained and how the company validated the performance to meet specified FAA requirements.
Flight demonstrations were conducted—under FAA supervision—in the presence of real aircraft and a hot air balloon to show FAA inspectors how the system operates and safely navigates away from any objects or obstacles.
Extensive analysis and test data were provided to validate the safety of the onboard “detect-and-avoid” technology system.
When and where can we expect the first drone deliveries?
Later this year, Amazon plans to ramp up its drone deliveries currently taking place in College Station, Texas. This is the location where the company first began testing drone deliveries in 2022. Amazon will also expand its drone delivery service to those who live in Lockeford, California later this year, as well as cities in the UK and Italy by the end of 2024.
In 2020, the FAA granted Amazon an Air Carrier Certificate which allowed the company to operate as an airline to deliver thousands of small packages under five pounds via drones—many within 60 minutes or less. Now, with BVLOS approval, Amazon will use its MK27 drones to deliver packages to more customers who live in densely populated areas than was previously possible. Amazon is also building a next-generation MK-30 drone which will replace current drones being used by the end of 2024. This new drone design is faster, quieter, lighter, can fly twice as far and can withstand more diverse weather conditions (rain, hotter and colder temperatures).
Customers in the Prime Air Delivery locations will have thousands of items to choose from for drone delivery, ranging from household to beauty and drugstore products. Even more exciting is Amazon’s ambitious goal of delivering 500 million packages per year via drone by the end of the decade. Oh, and did we mention part of this goal is to deliver these packages within 30 minutes or less?
What’s behind a drone delivery
If you’ve ever ordered a product from Amazon, you may have wondered how the company can deliver a plethora of products in record time. Now imagine taking it to a new level through drone delivery.
Here are some interesting facts about how a package is delivered by drone:
Boxes used for drone delivery have customized cushioning technology called a “trampoline,” which is placed at the bottom of the box to protect items during delivery.
A fresh battery is placed inside the drone for each delivery.
Each drone undergoes a detailed inspection to ensure that it is safe to fly. This includes a top-to-bottom inspection from the propellers down to the frame. If the drone does not pass inspection, it will be replaced.
Once the drone is cleared to fly, an employee will first load the battery followed by the package inside the drone, which will then be launched 400 feet into the air.
When the delivery is completed, the drone flies back to the facility—under employee monitoring—to find its allocated landing pad and land safely.
Are you interested in designing, testing or inspecting drones using the latest technologies or becoming a drone operator yourself? Many companies, like Amazon, are utilizing drone technology to streamline processes, become more efficient and improve outputs for customers. In fact, the demand for drone pilots in a variety of industries is soaring, with some careers paying over $100K a year! Vaughn’s Uncrewed Aerial System (UAS) Design, Application and Operation Certificate can give you the tools and knowledge you need to land the career of your dreams. Apply today and unlock your future in autonomous aerial vehicles.
Happy New Year—new academic year, that is! As students head back to school, many organizations and companies are thinking about reaching out to young people to grow awareness about the aviation and aerospace industries. It is time for us to accelerate the work being done across the country to address the talent shortage we have now and are likely to have in the future.