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According to the Bureau of Labor Statistics, the field of electrical engineering is expected to grow by 5 percent by 2032. Offering a Bachelor of Science in Electrical Engineering, ÃÄÄïÖ±²¥, near Philadelphia, prepares students for a future where technology and innovation are paramount. The program is designed for analytically minded individuals with strengths in math, science, and physics, aiming to nurture problem-solvers who will elevate living and productivity standards through engineering solutions. 
 

Alvernia’s Electrical Engineering program graduates can pursue various careers, including computer hardware engineering, communications engineering, controls engineering, and more. The John R. Post School of Engineering at ÃÄÄïÖ±²¥ is home to new laboratories with millions of dollars worth of hands-on, real-world equipment. 
 

Curriculum and Hands-on Learning

In addition to a robust curriculum, ÃÄÄïÖ±²¥'s Electrical Engineering program strongly emphasizes experiential learning. In their first two years, engineering students are immersed in practical, hands-on projects. These include real-world design challenges requiring a team-based approach, mirroring the collaborative nature of professional engineering work. Students learn to apply engineering principles and hone their analytical and critical thinking skills. They learn to approach problems methodically, consider various factors, and devise effective solutions.
 

Evolving Experiential Learning

The program strongly emphasizes industry integration. In their third year, ÃÄÄïÖ±²¥ engineering students have the opportunity to engage in either semester-long or summer internships, which can be beneficial for many reasons:

• Real-World Experience: Internships immerse students in real-world engineering environments, allowing them to apply the concepts and skills learned in the classroom to actual work settings.
• Networking Opportunities: Internships are an excellent platform for students to build professional networks. By working alongside experienced engineers and professionals, students can establish connections that often lead to recommendations, referrals, and sometimes direct job offers.
• Exploration of Specializations: Electrical engineering is a broad field, and internships allow students to explore various specializations. A student might choose an internship in a company specializing in renewable energy, gaining hands-on experience with solar panels or wind turbines, or they might work in a telecommunications firm, delving into the nuances of network infrastructure. 
• Professional Mentoring: Many internships provide students with a mentor who can offer guidance, advice, and insights about the industry. This mentorship is invaluable as it gives students a glimpse into the career paths and progression within the field of electrical engineering.
• Resume Building: Completing an internship adds substantial value to a student’s resume. It demonstrates to potential employers that the student has practical experience and a proactive attitude toward career development, which can be a significant differentiator in the job market. 
• Clarification of Career Goals: Internships can help students solidify their career goals. Working in a real-world environment can clarify whether a particular specialization or type of job is a good fit, assisting students in making more informed decisions about their career paths.
• Gateway to Employment: Many companies use internships to evaluate potential future employees. Performing well during an internship can lead to job offers upon graduation. In some cases, companies offer internships with the possibility of transitioning to full-time roles, making these opportunities a direct pathway to employment.
   

Impact Innovation with ÃÄÄïÖ±²¥

Alvernia's Electrical Engineering program stands out with its hands-on, real-world approach to engineering education, state-of-the-art facilities, and a curriculum that combines technical expertise with liberal arts education. This program is ideal for students near Philadelphia looking to become innovative problem solvers and leaders in electrical engineering. With opportunities for practical experience, interdisciplinary collaboration, and industry engagement, ÃÄÄïÖ±²¥ graduates are prepared to meet the challenges of tomorrow's technological landscape.

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