Ever wondered who built the bridges you cross or the phone in your pocket? That’s the work of engineers—using science, math, and creativity to design solutions that shape our world.
Engineers apply their skills across a wide range of industries — from healthcare and energy to manufacturing, technology, and environmental systems. Whether you’re passionate about improving patient care, designing sustainable solutions, or developing the next wave of smart technologies, an engineering degree opens the door to countless possibilities.
Here are some potential career paths you may be interested in:
Design engineers create and improve products, systems, and equipment used in everyday life. They combine creativity and technical knowledge to develop efficient, safe, and reliable designs. Design engineers often work on prototypes, run tests, and refine products to meet performance standards.
Project managers plan, organize, and oversee projects from start to finish. Their main goal is to make sure each project is completed on time, within budget, and meets quality expectations. They coordinate between teams, manage resources, and solve problems that arise during the process.
Researchers collect and analyze information to discover new insights or solve specific problems. They often conduct experiments, record data, and draw conclusions that help improve products, policies, and scientific understanding. Researchers can work in many settings, including labs, universities, and private companies.
Systems analysts study how organizations use computer systems and technology. Their role is to identify problems and design solutions that make systems run more efficiently. They often work closely with both technical teams and business leaders to improve workflow and performance.
Consultants advise companies or organizations on how to improve operations, strategy, or performance. They analyze data, identify challenges, and recommend solutions to achieve better results. Consulting offers the chance to work on a wide variety of projects across different industries.
Entrepreneurs develop and run their own businesses based on innovative ideas or products. They are responsible for planning, financing, marketing, and managing all aspects of their venture. Successful entrepreneurs are creative, adaptable, and willing to take calculated risks.
Combine engineering with medical sciences to solve problems in healthcare.
Use chemistry, sciences and math to transform raw materials like oil and metals into useful products.
Design and develop structures like roads, bridges, dams, and buildings.
Plan, coordinate, budget, and supervise construction projects from beginning to end.
Apply physics and math to design, analyze, and manufacture mechanical systems.
Combine mechanical, electrical, and computer science principles to design, build, and operate innovative robots.
Bridge the gap between engineering innovation and business strategy.
Gain a competitive edge with advanced engineering skills and the business acumen to manage technology-driven organizations.
Not sure exactly what you want to do yet?
Through an 8-month paid Co-op, you’ll explore career interests, strengthen your résumé, make industry connections, and still graduate on time, all while applying what you learn, gaining real-world experience, and building skills that set you apart after graduation.
Engineers design, develop, and enhance, systems and technologies that support modern life. They apply subjects such as math, science, and problem-solving, to create practical solutions in a variety of fields such as software, infrastructure, healthcare, and energy. At their core, engineers work to innovate and improve the way our world functions.
Engineering is important because it powers innovation, strengthens essential infrastructure, and provides solutions to real-world challenges. Engineers help improve safety, efficiency, and quality of life, making modern society possible.
You begin by earning an engineering degree, and Widener University offers strong programs in several key disciplines. At Widener, students gain early hands-on experience through labs, real-world projects, and industry co-ops, building skills and professional connections.
Students who enjoy problem-solving, creativity, and hands-on learning are strong candidates for an engineering major. Curious thinkers who want to improve how things work will thrive in an engineering program.
Becoming an engineer typically takes four years to complete a bachelor’s degree in engineering. Widener University arms each student with a dedicated support team to ensure they stay on track and earn their degree on time. Most students can start working in engineering roles immediately after graduation.
Kirkbride Hall, Room 109
Kirkbride Hall, Room 107
