want to become an engineer?
Engineers are problem-solvers, innovators, and creators who turn challenges into solutions. They design the bridges that connect communities, the systems that deliver clean water to homes, the technologies that power our world, and the infrastructure that keeps our cities thriving. Engineers don't just imagine a better future—they build it.
At the heart of engineering is curiosity. Engineers ask "What if?" and "How can we make this better?" They embrace the opportunity to learn, grow, and tackle problems that matter. Whether it's designing a sustainable stormwater system, developing life-saving medical devices, or creating cleaner energy sources, engineers have the privilege of making a tangible, positive impact on the world around them.
Engineering is more than a career—it's a calling for those who want to think critically, work collaboratively, and contribute to something bigger than themselves. It's for the detail-oriented thinkers who value quality, the inquisitive minds who never stop learning, and the persistent problem-solvers who understand that meaningful progress comes from consistent, deliberate action.
If you're passionate about improving communities, protecting the environment, and creating solutions that matter, engineering might be the perfect path for you. The journey starts here—and we're excited to help you explore the possibilities.
why engineering?
Engineers improve lives every single day. From ensuring safe drinking water reaches millions of people to designing resilient infrastructure that withstands natural disasters, engineers are at the forefront of solving some of society's most pressing challenges. The work is demanding, complex, and incredibly rewarding. And the best part? The opportunities are limitless.
Ready to learn more? Let's explore the types of engineering, the resources available to you, and how you can take the first steps toward an impactful career.
become an engineer!
For an introduction to the World of Engineering, select a video below based on your current education level.
Become an Engineer!
Introduce Elementary School Students to the World of Engineering
Introduce Middle School Students to the World of Engineering
Introduce High School Students to the World of Engineering
Credit for all the videos is to the American Council of Engineering Companies (ACEC) of Nebraska.
discover your passion
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Aerospace engineers design, develop, and test aircraft, spacecraft, satellites, and missiles. They work for aerospace manufacturers, defense contractors, NASA, airlines, and research institutions. Their work pushes the boundaries of flight and space exploration, making air and space travel safer, more efficient, and more innovative.
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Agricultural engineers apply engineering principles to improve farming practices, food production, and agricultural sustainability. They work for equipment manufacturers, agricultural technology companies, food processing facilities, government agencies, and consulting firms. Their innovations help feed the world while protecting natural resources and promoting environmental stewardship.
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Architectural engineers focus on the technical design and systems within buildings, including structural, mechanical, electrical, and lighting systems. They work for architectural firms, construction companies, consulting engineering firms, and building system manufacturers. Their expertise ensures that buildings are safe, efficient, sustainable, and comfortable for occupants.
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Biological engineers combine principles of biology and engineering to solve problems in medicine, agriculture, and environmental science. They work for pharmaceutical companies, medical device manufacturers, biotechnology firms, research institutions, and agricultural companies. Their work ranges from developing artificial organs to creating sustainable biofuels and advancing personalized medicine.
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Chemical engineers design processes and equipment for transforming raw materials into valuable products through chemical reactions. They work for pharmaceutical companies, petroleum refineries, food and beverage manufacturers, chemical plants, and environmental consulting firms. Their expertise is essential in producing everything from medications and plastics to clean energy and consumer goods.
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Civil engineers plan, design, and oversee the construction of infrastructure that supports modern society, including roads, bridges, water systems, and buildings. They work for government agencies, consulting firms, construction companies, and municipalities. Their work shapes the communities where we live, ensuring safe and sustainable infrastructure for future generations.
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Computer engineers design and develop computer hardware, software, and integrated systems that power our digital world. They work for technology companies, software developers, telecommunications firms, automotive manufacturers, and research institutions. Their innovations drive advances in artificial intelligence, cybersecurity, mobile technology, and the Internet of Things.
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Electrical engineers design, develop, and maintain electrical systems and equipment, from power generation and distribution to electronics and communications. They work for utility companies, electronics manufacturers, telecommunications firms, aerospace companies, and consulting firms. Their work powers our homes, connects our world, and enables modern technology.
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Environmental engineers develop solutions to protect human health and the environment by addressing pollution, waste management, and sustainability challenges. They work for government agencies, consulting firms, water and wastewater utilities, manufacturing companies, and non-profit organizations. Their work ensures clean air, safe drinking water, and a healthier planet for future generations.
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Industrial engineers optimize complex processes, systems, and organizations to improve efficiency, quality, and productivity. They work for manufacturing companies, healthcare systems, logistics firms, consulting companies, and virtually any organization seeking operational improvement. Their expertise helps organizations reduce waste, save time, and maximize resources.
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Manufacturing engineers design and improve production processes, systems, and equipment to create products efficiently and cost-effectively. They work for automotive manufacturers, aerospace companies, electronics producers, consumer goods manufacturers, and industrial equipment suppliers. Their innovations ensure that products are made with precision, quality, and efficiency.
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Materials engineers study and develop new materials and improve existing ones to meet specific performance requirements for various applications. They work for aerospace companies, automotive manufacturers, electronics firms, research laboratories, and materials suppliers. Their work creates stronger, lighter, and more durable materials that advance technology across countless industries.
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Mechanical engineers design, analyze, and manufacture mechanical systems and devices, from engines and machines to robotics and HVAC systems. They work for automotive companies, aerospace firms, manufacturing plants, energy companies, and consulting firms. Their versatility makes them essential in nearly every industry, creating solutions that move, power, and improve our world.
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Nuclear engineers design and operate systems that harness nuclear energy for power generation, medical applications, and research purposes. They work for power plants, government agencies, research institutions, medical facilities, and nuclear technology companies. Their expertise contributes to clean energy production, cancer treatment through radiation therapy, and national security.
plan your studies
You've decided to become an engineer—congratulations! Now comes an important decision: choosing the right school for your engineering education. The right program will provide you with the knowledge, skills, and experiences you need to launch a successful career. Here are key factors to consider as you evaluate your options:
Verify ABET Accreditation: Confirm that the program is accredited by ABET (Accreditation Board for Engineering and Technology). ABET accreditation ensures quality standards and is typically required for professional licensure. Search for accredited programs at abet.org.
Evaluate Program Strengths: Research the school's reputation in your specific engineering discipline. Look at faculty expertise, specializations, research opportunities, and resources dedicated to your field.
Prioritize Hands-On Learning: Seek programs that emphasize labs, design projects, and real-world problem-solving. Ask about student design teams, competitions, and industry collaborations.
Consider Internship Opportunities: Strong internship and co-op programs provide practical experience, professional networks, and often lead to job offers after graduation.
Review Career Outcomes: Check graduate employment rates, starting salaries, and where alumni work. This indicates how well the program prepares students for careers.
Assess Location and Cost: Consider proximity to industry employers, tuition costs, financial aid availability, and living expenses. Balance quality education with affordability.
Visit and Trust Your Instincts: Tour campuses, talk to current students, and assess campus culture. Choose a school where you'll thrive both personally and academically.
With careful research and reflection, you'll find a program that prepares you for an impactful engineering career.
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