When people think about the Month of May in Indiana, they usually think about fast cars, race day traditions and the excitement of the Indy 500.
But behind every lap is an entire team of people working across Indiana’s advanced industries to develop and test the technology, make and move things around the country (and the world), analyze data and make decisions that bring race day to life.
Modern racing depends on advanced industries — and many of the careers that help power race day are the same careers helping shape Indiana’s future every day.
Whether you’re interested in hands-on work, problem-solving, creativity or technology, there are many ways to be part of industries like these right here in Indiana.
Engineering
From designing vehicle systems to improving performance and safety, engineers help turn ideas into reality. Engineers across disciplines use creativity, problem-solving, and technology to design, test, and improve systems people rely on not just on race day, but every day.
Some careers in this field include:
Mechanical Engineer
Industrial Engineer
Electrical Engineer
Systems Engineer
Engineers often work with advanced technology, testing systems, solving problems, and helping improve performance and safety in fast-paced environments.
Advanced Manufacturing
Careers in advanced manufacturing combine hands-on work with advanced technologies and precisions tools that help drive innovation across Indiana’s economy. Advanced manufacturing professionals help build the parts, materials and systems used across industries including transportation, life sciences, aerospace and motorsports.
Some careers in this field include:
CNC Machinist
Automation Technician
Quality Engineer
Robotics Technician
Indiana is a national leader in advanced manufacturing and logistics, with companies across the state helping design, produce and move products around the world.
Technology + Data
Technology plays a major role as its own sector as well as across Indiana’s advanced industries, from software development and cybersecurity to data analytics and artificial intelligence. In the context of racing, teams rely on software, analytics and real-time data to make decisions quickly and improve performance.
Some careers in this field include:
Software Developer
Data Analyst
Cybersecurity Specialist
Data Scientist
TechPoint’s Careers in Tech platform helps you uncover some of the top career paths and opportunities across Indiana’s technology sector. Visit techpoint.org/careersintech to learn more!
Logistics
Getting materials, tools and equipment where they need to go takes planning, coordination and teamwork. Logistics and operations professionals help coordinate the movement of products, materials, and equipment across complex systems and supply chains.
Some careers in this field include:
Supply Chain Specialist
Logistics Coordinator
Operations Manager
Transportation Analyst
Indiana’s advanced manufacturing and logistics industries play a major role in moving products and materials across the country and around the world.
Media + Communications
Race day also depends on creative professionals who help tell stories and connect with fans. Photographers, videographers, marketers and communications teams help bring events to life both in person and online.
Some careers in this field include:
Videographer
Graphic Designer
Social Media Manager
Communications Specialist
These careers combine creativity, storytelling and technology — and opportunities exist across Indiana’s advanced industries.
Finding Your Path
There’s no single path into advanced industries careers. Explore more opportunities at SeeYourselfIN.com.
Whether your interests are in technology, engineering, manufacturing, logistics or creative work, Indiana’s advanced industries offer opportunities to explore careers that help power innovation every day — on and off the track.
Julia Hatfield didn’t always know she’d become an engineer designing custom implants that change lives. What she did know was that she loved problem-solving, math, and science—and that curiosity led her to a career in one of Indiana’s fastest-growing advanced industries.
In this conversation, Julia shares how she found her path, why Indiana is the ideal place to build a future, and offers advice for Gen Z students starting to think about their own careers.
Julia, take us back. How did your interest in life sciences and engineering begin?
In high school, I took an anatomy class and discovered how much I loved learning about the human body. At the same time, I already knew I enjoyed math and science, and I’ve always loved problem-solving. Putting all of that together, biomedical engineering felt like the right direction; it allowed me to innovate in ways that could truly help people.
What made you choose the University of Toledo for college?
Their bioengineering program required three co-ops. That was huge for me because it gave me the chance to get into the field, not just sit in a classroom. I wanted to see how engineering worked in real life, and those internships had a significant impact on my career.
How did you first connect with Zimmer Biomet?
I actually met them at a career fair in Toledo. I ended up doing two internships with them here in Indiana—one focused on shoulder implants, and the other on research using advanced microscopes to study how materials fail. Those experiences showed me how broad and exciting this work could be.
Tell us about your current role.
I’m a development engineer on the Patient-Matched Implants team at Zimmer Biomet. That means I design implants that are custom-made for individual patients, usually for shoulders. A patient undergoes a CT scan, and we turn it into a 3D model. Then, I design an implant that fits their exact needs. It’s highly specialized, and every case is unique.
Currently, I’m working on approximately 60 different cases simultaneously, making for a fast-paced environment. However, it’s incredible to know that something I design could alleviate someone’s pain and restore their mobility.
What excites you about your work?
For me, it’s seeing the direct impact on patients. I’ve been able to attend surgeries and watch implants I designed being used. It’s surreal. And it’s not just local — some of the implants I’ve worked on have gone to patients as far away as Japan. Knowing my work reaches people all over the world is really motivating.
Looking back, did you always know you’d be on this path?
Not at all. In high school, I didn’t have a detailed plan. I just followed my interests, took advantage of opportunities like internships, and let things fall into place. That’s something I’d want Gen Z students to know: you don’t have to have it all figured out. What matters is trying things, learning what excites you, and being open to change.
What advice would you give to students exploring Indiana’s advanced industries?
Surround yourself with goal-oriented people—they’ll motivate you. Don’t be afraid of mistakes. They’re inevitable, but they help you grow. Finally, get hands-on experience through internships, co-ops, or shadowing. Even if you don’t love it, you’ll learn what direction you do want to take.
Why Indiana? What keeps you here?
Indiana is the hub for advanced industries — especially life sciences. Warsaw is the orthopedic capital of the world. For someone like me who wants to innovate, collaborate with surgeons, and make a real impact, this is the place to be.
Julia Hatfield’s story shows that pathways into Indiana’s advanced industries don’t require a perfect plan—just curiosity, persistence, and a willingness to try. Her story is also an important reminder that you can build a career that matters right here in Indiana.Explore opportunities and discover your path through See Yourself IN!
Ashley Jeffirs didn’t start college knowing exactly where she wanted to end up. But through curiosity, adaptability, and hands-on experience, she found her passion in Indiana’s advanced industries. Today, she’s a manufacturing engineer at Zimmer Biomet, working in a foundry where molten metal becomes life-saving implants.
Here’s her story in her own words.
Ashley, did you always know you wanted to be an engineer?
Not at all. In high school, I knew I loved math and science, but I wasn’t sure how that would translate into a career. I initially tried biomedical engineering, but I quickly realized the medical side wasn’t for me. That’s when I shifted to mechanical engineering—and that’s where everything clicked.
How did you connect with Zimmer Biomet?
I first learned about them through a career fair at Trine University. I ended up landing an internship in extremities manufacturing. That experience provided me with hands-on exposure to what engineering looks like in the real world, and it really helped me figure out what I wanted to do after graduation.
What do you do today?
I’m a manufacturing engineer in Zimmer Biomet’s foundry. Essentially, we create wax patterns, build ceramic molds, and then pour molten metal at approximately 3,000 degrees to produce implants. Instead of producing one part at a time, we can make 20 in a single pour. It’s fast, intense, and really rewarding to see the process from start to finish.
What is the coolest part of your job?
Honestly, I never thought I’d fall in love with the foundry. But the first time I worked with metal, I knew this was where I belonged. Now, I get to transform raw materials into implants that restore mobility and improve lives. That’s an incredible feeling.
You’ve already made some impressive contributions. Can you share one?
One of the biggest was redesigning a tool so it lasted a full year instead of just three weeks. That was huge for efficiency. I also led a scrap reduction project that saved the company about $383,000. But honestly, what excites me most isn’t just the numbers, it’s collaborating with operators on the floor.
You were recently named to the Conexus Indiana Rising 30 class. What does that recognition mean to you?
It was an incredible honor. To me, it’s not just about the award, it’s about showing what’s possible when you pursue opportunities in Indiana’s advanced industries. Being recognized alongside so many talented young professionals reminds me that young people, especially young women, have the power to shape the future of these industries. It motivates me to keep pushing, innovating, and supporting the next generation that will come after me.
You shared that you’re incredibly passionate about mentorship, specifically supporting other women and interns at Zimmer Biomet. Why is this so important to you?
Mentorship is huge. I wouldn’t be where I am today without the people who guided me, challenged me, and helped me see what I was capable of. That’s why I’m passionate about paying it forward. Advanced industries can feel intimidating, especially for women, but I want to be the kind of mentor who says, “You belong here, and your voice matters.” For me, it’s about opening doors, building confidence, and making sure the next generation of women feels supported and empowered to lead.
What advice would you give to others who are trying to figure out their futures?
Don’t stress if you don’t have it all figured out right now. I didn’t either. Be adaptable, because your path will change, and sometimes those detours lead to the best opportunities. Find balance and make space for yourself outside of school or work, because you can’t pour from an empty cup. And don’t be afraid to use your voice. Even if you’re the youngest in the room, your perspective is valuable and can spark real change.
What makes Indiana the right place to launch and grow your career?
You don’t have to leave Indiana to do meaningful work. There are opportunities here to innovate, solve real-world problems, and build careers that positively impact lives. That’s what keeps me here—and why I’m excited about the future.
Ashley Jeffirs’ journey shows Gen Z that you don’t have to have everything figured out right away. Sometimes, the right pathway reveals itself when you’re willing to try, adapt, and discover where you truly belong—and Indiana’s advanced industries are the perfect place to start. Explore opportunities and discover your path through See Yourself IN!
When Julia Hatfield signed up for high school anatomy, she thought it would just be another science class. Instead, it sparked a journey that led her to a career designing life-saving implants at one of Indiana’s most innovative companies.
Today, Julia works as a development engineer at Zimmer Biomet in Warsaw, Indiana—known worldwide as the orthopedic capital of the world. Her job? Designing patient-matched implants that restore mobility and reduce pain for people facing cancer, fractures, and other conditions that standard implants can’t fix.
“For me, it’s never just about the engineering. It’s about giving someone the ability to hug their kids, return to work, or simply live without pain. That’s what makes this career so meaningful,” Julia says.
Her path wasn’t straight or obvious — and that’s exactly why her story matters to Gen Z students who may be wondering how to find their own careers in Indiana’s advanced industries.
Discovering a Passion for Innovation
Julia grew up in Newport, Michigan, in a family where no one worked in the engineering field. Her dad was a firefighter, her mom a teacher, and most relatives worked blue-collar jobs. Still, she was drawn to math, science, and problem-solving.
When she chose to study bioengineering at the University of Toledo, it wasn’t just the classes that excited her; it was the required co-ops. Those internships provided her with real-world experience in designing implants and conducting research, demonstrating that engineering isn’t just about equations—it’s about making an impact.
“Internships completely shifted my perspective,” Julia says. “They helped me discover my passion, test out real-world problem-solving, and see firsthand how advanced industries shape people’s lives.”
From College to Career in Indiana’s Advanced Industries
After two internships with Zimmer Biomet, Julia knew Indiana was where she wanted to launch her career. Now, as part of the Patient-Matched Implants team, she collaborates directly with surgeons to design custom solutions for patients worldwide.
Unlike traditional engineers who may spend years on a single product, Julia’s work is fast-paced and highly personalized. She currently manages more than 60 active cases simultaneously—each requiring critical thinking, creativity, and effective communication.
“No two projects are ever the same,” Julia says. “From CT scans to 3D models to custom implants, every case pushes me to think differently. The moment I see one of those implants used in surgery, it’s this powerful reminder that my work is changing lives.”
Advice for Others: Creating your Own Pathway
Julia knows many high school students don’t have it all figured out, and that’s okay. She didn’t either. What mattered most was surrounding herself with the right people, staying curious, and being willing to try new things.
Her advice for others considering a future in Indiana’s advanced industries:
Find your circle. Surround yourself with goal-driven individuals who challenge and inspire you to grow.
Embrace mistakes. Every error is a lesson that makes you stronger.
Get hands-on. Internships, shadowing, or even short-term experiences can help you discover what excites you — and what doesn’t.
Why Indiana is the Place to Build Your Future
Indiana is a national leader in advanced industries, including life sciences, agbiosciences, advanced manufacturing, logistics, and technology. These fields are growing, global, and in need of innovators ready to bring new ideas and perspectives.
“Life sciences isn’t just for doctors,” Julia says. “If you love creating, innovating, and solving problems, there’s a place for you. Indiana offers incredible opportunities to turn those skills into a meaningful career.”
For those still shaping their path, Julia’s story shows that curiosity is often the spark—and with persistence, it can ignite a career that transforms lives. Start exploring Indiana’s pathways today!
When Ashley Jeffirs walked onto her college campus, she wasn’t sure what career path she wanted to follow. She knew she loved math and science, but she also knew that biomedical engineering wasn’t the right fit for her.
Instead, Ashley leaned into what she loved most: solving problems, working with her hands, and creating things that matter. That decision set her on a journey to Indiana’s advanced industries, where today she’s making sparks fly—literally.
As a manufacturing engineer in Zimmer Biomet’s foundry, Ashley works in an environment where molten metal at 3,000 degrees is shaped into implants that restore movement and change lives.
“I didn’t picture myself in the foundry, but the moment I worked with metal, I knew it was where I belonged,” Ashley says. “It’s incredible to know the work I do here helps create implants that make a real difference for people everywhere.”
From Small-Town Roots to Big Impact
Ashley grew up in northern Indiana and wanted a college experience that felt personal and close-knit, so she chose Trine University. There, she stumbled across metallurgy and foundry sciences through her minor, and everything clicked.
She first connected with Zimmer Biomet at a career fair, landing an internship that gave her hands-on experience in extremities manufacturing. That taste of real-world engineering gave her the confidence to pursue a full-time career after graduation.
Innovation in Action
Ashley isn’t just working in the foundry; she’s already leaving her mark. She helps oversee the process of investment casting, where wax patterns are transformed into ceramic molds, molten metal is poured, and multiple implants are created simultaneously.
Her contributions have already saved the company time and money. She redesigned a tool to last a full year instead of just three weeks and spearheaded a project that reduced scrap material, saving $383,000.
But for Ashley, success isn’t just about efficiency—it’s about people.
“The best part of my job is being side by side with operators on the floor,” Ashley says. “When they bring me a problem, and together we find a solution, seeing the pride and excitement on their faces reminds me that what I do truly makes a difference.”
Advice for Other Young Adults
Ashley knows many high school students feel uncertain about the future; she was one of them. Her advice:
Be adaptable. “Plans change, and that’s okay.”
Find balance. “Don’t let school or work take over your life.”
Speak up. “Your voice matters, even if you’re the youngest person in the room.”
Planting Roots in Indiana
Indiana is home to powerhouse industries, including advanced manufacturing, life sciences, agbiosciences, logistics, and technology. For Ashley, staying in Indiana has meant being part of global innovation while working close to home.
“You don’t have to leave Indiana to do work that matters,” Ashley says. “Right here, there are opportunities to innovate, solve real problems, and build a career that changes lives.”
Ashley Jeffirs’ journey shows that meaningful careers in Indiana’s advanced industries don’t always start with a clear plan. Sometimes, they begin with curiosity, a willingness to try something new, and the courage to discover where they belong.
Her story is proof: the sparks that fly when you follow your passions can ignite a career that changes lives.
Want to turn your interests into a meaningful, fulfilling career? Explore opportunities in Indiana’s growing industries and discover the connections, programs, and possibilities that can help you See Yourself IN Indiana’s advanced industries. Get started today!
When Eric Wildeman was wrapping up his degree in public relations, advertising and applied communication at the University of Southern Indiana, he didn’t know what he wanted to do next. So, he interviewed with a variety of organizations, one of which happened to be a logistics firm. But it wasn’t what the company did that won him over. It was the way the company did it.
“It was more of the atmosphere that intrigued me,” he says. “It was a true sales floor. Everyone’s on the phone talking out loud, thinking out loud. It reminded me of a mini Wall Street.”
That was half-a-dozen years ago. Now a business development representative at Evansville’s PFL Logistics – which takes care of warehousing and transporting goods for companies – Eric says he continues to get a rush from the high-energy, fast-paced logistics environment.
Days go by quickly, he says, as he helps customers meet their needs and solve problems. For example, he recently helped a customer with a refrigerated product after the delivery truck was turned away at its destination. As scheduled, the shipment was picked up on a Thursday and delivered by 9 a.m. on Friday, but the receiving dock wouldn’t allow it to unload. Keeping the product refrigerated while waiting for a later delivery slot would cost the client a lot of money, Eric says, so he went into action. Juggling phone calls, pulling together documentation and aligning everyone’s objectives, he got the truck a delivery slot before things got too heated.
It was an achievement that leaned a lot on attributes Eric says are important to his job: problem-solving, communicating clearly and frankly, and managing your time while responding to multiple clients’ needs. Eric credits his family upbringing with giving him a work ethic that allows him to enjoy such challenges, along with an ability to communicate with people with varying roles – from the accounting office to the warehouse floor.
It helps that he gets to do this work in familiar territory. The Evansville native is happy that he found a job that allows him to settle with his wife in his hometown, where he now helps to coach the football team at his alma mater, Mater Dei High School.
Despite stumbling into logistics, Eric says he couldn’t imagine doing anything else. He loves the energy at PFL and in his industry. “It’s something different every day,” he says. “You never do the same thing all day or every day … it’s definitely what I was looking for.”
The path that brought Alex Goebel to her job as a lean digital data analyst at AstraZeneca was not a straight one, but it sure seems to have been the right one.
Alex (short for Alexandra) laughs as she describes the course that brought her to where she is today. Coming out of Mount Vernon High School, she considered medicine – helping patients appealed to her – but didn’t like science. She loved math but couldn’t imagine what she would do with a math degree. (Teach, maybe?) In college, she briefly leaned toward actuarial sciences, but an internship diverted her toward accounting.
When she got a scholarship from AstraZeneca, a conversation with Lean Digital Director Keith Rawley led to an internship working in the company’s warehouse. At first, this only muddied the water. “I had no idea how I would fit in there,” Alex says. “I thought, ‘What am I doing in the warehouse?’”
As it turns out, she was defining her path – a path that, in a way, had been there all along.
Growing up, Alex had always known the hometown pharmaceutical manufacturing operation as Bristol-Myers Squibb (it was acquired by AstraZeneca in 2014). She also knew it as the place where her dad worked. “Honestly, I’d hear my dad talk about it and I’d think, ‘That’s cool,’ she says with a chuckle. “But it doesn’t have anything to do with me.”
The internship changed that, shattering misperceptions she had about manufacturing and logistics as low-tech and dirty operations. She found a clean, exciting facility where even a math major could contribute.
Still, Alex wasn’t certain AstraZeneca was for her. But as she finished her bachelor’s degree in math and accounting at University of Southern Indiana (USI), she interned at a couple of other places, and soon realized that she liked the people, the culture and the work she found at AstraZeneca. She signed on full-time in 2020 and hasn’t looked back.
That’s not to say she settled into a job and stayed put. In her time with AstraZeneca, Alex has explored new opportunities and received promotions. Encouraged to continue learning, she’s taken advantage of classes and training supported by AstraZeneca and also earned her MBA from USI.
Happy to find such a good job in her hometown, where she enjoys hanging out with familiar friends, boating and spending time with family, Alex likes that being with a pharmaceutical firm takes her back to her early passion (“I’ve still got a way to help patients,” she says), and concedes that it is fun to work where her dad works.
So, she plans to stay with AstraZeneca … but not necessarily on a clearly defined path. “I have a career path that I see myself going down, but it’s changed every couple of years,” she says. “One thing about AstraZeneca is, they just surprise me all the time.”
Mackenzie Mulherin went off to college planning to heal people. It turns out her destiny was to heal the planet.
A sustainability project manager in consumer packaging at Evansville’s Berry Global, Mackenzie spends her days working with teams seeking to increase the sustainability of things like plastic drink cups and lids, food packaging and beauty and personal care tubes. Recently, for example, she was excited to announce that her division had just introduced a Wendy’s drink cup made with 20% recycled material, a product that is a trendsetter in the industry.
Consumer packaging was not where Mackenzie saw her future when she entered the University of Southern Indiana. “I started out in nursing,” she says, “but learned that I love marketing. I really love to do that.”
Mackenzie wasn’t out of college long before she set her sights on a job at Berry Global. Growing up in Evansville, she was aware of the company and its reputation as a good employer, and she had some friends who worked there. So, after getting jobs in marketing for smaller firms in the area, she started connecting with people on LinkedIn and networking with colleagues who knew people at Berry Global. The approach worked. She got hired in 2021.
“I just did some things that stood out,” Mackenzie says. “I was able to build up work experience and relevant skills through my past roles, but my network of professional relationships and ability to follow up helped set me apart.”
Sustainability is a multifaceted career, Mackenzie says, that includes everything from the technical engineering of products to the kind of work she does, which often includes working with Berry customers to help them achieve their sustainability goals and provide products that are meaningful to their consumers.
With Berry Global, there are a lot of those customers of customers, Mackenzie points out, as the company makes such a wide range of products. In fact, it is estimated that the average consumer touches a Berry Global product as many as five times a day. It’s not uncommon, she adds, to see Berry Global employees in the grocery store looking at the bottom of yogurt cups and lotion bottles to check for the Berry Global logo.
Citing her career path as an example, Mackenzie encourages other young people to keep open minds, pursue their goals and take risks. She never imagined she would end up in sustainability when she was in college, and she’s delighted to have a job that allows her to help provide for her family and make a real difference in the world.
“I get to do both,” Mackenzie says. “I get to contribute to my family’s income and positively impact the environment.”
From Carmel High School to Purdue University to Allison Transmission, Vincent Mai’s journey shows how curiosity and initiative can lead to a thriving career in Indiana’s advanced industries.
Vincent, what first got you interested in engineering?
In high school, I wasn’t completely sure what I wanted to do. However, robotics was the turning point—it gave me the confidence to pursue a career in engineering.
What classes helped shape your career path?
Definitely the Project Lead the Way courses. Those intro engineering classes, digital electronics, and engineering principles showed me the basics. They provided me with a solid foundation for pursuing a STEM career in Indiana.
How did you land your first role with Allison Transmission?
Funny enough, Allison was a sponsor of my high school robotics team. Later, at Purdue’s Industrial Roundtable, I reconnected with them. That led to two internships—one in 2017 and one in 2018. After that second internship, I knew I wanted to be there full-time.
What do you do today as a Control Systems Engineer?
The easiest way to describe it is a software engineer with extra responsibilities. Some days I’m coding and designing; other days I’m out on test trucks or public roads testing the systems we’ve built. It’s a great mix of analysis, software development, and hands-on application.
What skills have been most valuable in your career?
Communication is huge. When I’m working with peers, they want technical detail. But leaders often just want the big picture. Knowing how to adapt your communication style is essential in advanced industries.
What lessons would you share with students or young professionals exploring STEM careers in Indiana?
I’d share three things:
Be open-minded. Don’t lock yourself into one idea too early.
Be flexible. Life will throw curveballs—be willing to adjust.
Take initiative. Speak up about your interests so people can help you grow.
Looking back, what stands out most about your journey?
That you don’t need to have it all figured out. I thought I’d go into aerospace or maybe medical technology. Instead, I found a career in advanced manufacturing and automotive right here in Indiana—and I love it.
If you love problem-solving, design, and teamwork, manufacturing and advanced industries in Indiana might be the perfect fit for you. Explore opportunities and discover your path through See Yourself IN!
Whether you’re early in your high school journey or are heading towards whatever is next, now is a critical time of exploration and change.
When you think about your future career, do you want to do something that matters? Would you like to help people? Protect the planet? Solve problems that actually impact the world around you?
If this sounds like you, those careers are out there. And, the good news is, they’re right here in Indiana. Whether you’re into science, technology, hands-on work, or creative problem solving, there is a path out there to for you.
Here are 8 careers where you can do meaningful work, right here in Indiana.
8 Careers that Make a Difference
1. Precision Agriculture Technician
Precision Agriculture Technicians use advanced tools like drones, GPS, and data software to help farmers grow more food using fewer resources. As the world’s population continues to grow, it’s becoming increasingly important to meet the increased demand for food. Agricultural technicians use technology to be more precise and efficient when it comes to creating better food (and more of it). On the job, they might install or operate high-tech farm equipment or even fly drones to collect insights on fields. At the end of the day, they help farmers make data-driven decisions that increase supply and reduce waste. This ensures that our communities have the food they need both now and in the future.
Bioinformatics specialists use computer science and biology to analyze data, especially genetic data, to understand diseases and develop treatments. By having a better understanding, scientists and doctors can develop new treatments and personalize medicine for patients, contributing to a healthier world. Bioinformatics specialists often find themselves developing and managing databases of genetic information and collaborating with biologists, geneticists, and researchers to turn insights into action. Whether engaged in cancer research, tracking infectious disease, or personalizing medicine, this career path makes an impact on peoples’ lives and well-being.
Cybersecurity specialists are responsible for planning, implementing, and monitoring hardware and/or software security measures that protect computer systems, networks, and sensitive data from cyberattacks. Think of this role as a digital bodyguard, protecting all kinds of businesses, like schools, hospitals, even government agencies, from hackers, viruses, and online threats. Day to day, cybersecurity specialists might find themselves setting up firewalls and security protocols or investigating breaches or attempted hacks. Additionally, they are responsible for educating employees on safe online practices. With almost everything we do today, from baking to healthcare to school records, relying on digital systems, cybersecurity specialists play an important role in protecting our data and information.
Mechatronics technicians work at the intersection of mechanical systems, electronics, and computer technology to keep advanced manufacturing machines running efficiently. These high-tech systems are used to produce everything from electric vehicles to medical devices. On the job, mechatronics technicians may install or repair robotic arms, troubleshoot mechanical or software issues, or program automated systems that help make factories safer, faster, and more efficient. By keeping the technology behind production lines running smoothly, mechatronics technicians play a crucial role in delivering the tools, products, and innovations our world relies on.
5. User Experience (UX) Designer
UX (User Experience) designers make technology more human by designing apps, websites, and digital tools that are easy to use and enjoyable to navigate. Their work is especially important in areas like healthcare and education, where accessible and intuitive design can make a big difference in people’s lives. UX designers often work with users to understand their needs, sketch layouts and wireframes for a new app, and collaborate with software developers to bring the ideas to life. This role combines creativity with problem-solving (and technical skills), so if you enjoy blending design with real-world impact, UX design could be a rewarding career path for you!
Public health program managers lead initiatives that improve the health and well-being of people at the community level. For example, they might organize vaccine clinics or mental health awareness campaigns, turning big ideas into real-world programs that help people live healthier lives. This role may find themselves managing budgets, coordinating with healthcare providers, overseeing outreach efforts, and even analyzing data. This role is a great way to blend an interest in science with project management, communication, and problem-solving skills, making it a great option for people who are interested in health and well-being at a community level, without an interest in becoming a doctor.
7. Supply Chain Analyst
Supply chain analysts help make sure essential goods (like food, medicine, and emergency supplies) get where they need to go, when they’re needed most. They work behind the sciences to analyze data, forecast demand, and solve logistical challenges so products move efficiently from manufacturers to customers. On the job, a supply chain analyst might study trends to prevent shortages, improve delivery rounds, or help a company efficiently respond to disruptions like natural disasters or weather events. This work also has a direct impact on everything from stocking grocery store shelves to ensuring hospitals have the equipment they need. If you’re interested in solving problems and are interested in making a difference in how the world works, a career in supply chain may be an option to explore.
8. Plant Geneticist
Plant geneticists work at the intersection of science and sustainability, developing crops that are more nutritious, resistant to disease, and able to thrive in changing climates. Their work plays a key role in solving global challenges like food insecurity, hunger, and agricultural sustainability, which is especially important as the world’s population grows. On the job, they might analyze plant DNA in a lab, breed new crop varieties in a greenhouse, or work with farmers in the field to test how new plants perform in real-world conditions. Thanks to their research and innovation, we now have drought-resistant grains, vitamin-enriched produce, and crops that require fewer pesticides. If you’re interested in biology and want to use science to make a real difference in the world, plant genetics could be your path.
Impactful careers are all around you. Whether you’re drawn to science, technology, design, or hands-on work, there’s a meaningful path waiting for you right here in Indiana. These roles extend beyond just a paycheck. They offer purpose.
As you think about your future, explore what matters to you, and where your interests lie. Are you passionate about protecting the planet? Helping people stay healthy? Building smarter solutions that are easier to use? The jobs highlighted here are just the beginning, and there are so many careers available that can help you make a difference.
So, ask yourself: what kind of impact do you want to make? Then, start exploring. Because Indiana’s advanced industries need problem-solvers like you.
