Electrical Engineering (Master's Degree)

### **ELECTRICAL ENGINEERING**

As a graduate student in electrical engineering, individuals will learn to design and operate all kinds of complex systems and devices.

### **Why Choose Electrical Engineering?**

This badge signifies that the electrical engineering master's program is a STEM-designated program. The electrical engineering master's degree program further trains engineers on the technology needed to operate the ever-evolving world.

Electrical engineers often earn six-figure salaries, and the demand for skilled professionals in this field is expected to increase by 3% by 2031, according to the U.S. Bureau of Labor Statistics. The skills learned in this electrical engineering program allow students to excel in fields requiring knowledge of biomedical engineering, robotic vision, cybersecurity systems, and power grids.

### **Learning From the Best in Electrical Engineering**

Students will conduct research and hands-on lab work with faculty who are accomplished leaders in engineering. Professors Mahmoud Amin, Yi Wang, and Ahmed Hussein are IEEE senior members, while Professor George Giakos is a fellow, among others. Additionally, the faculty offer expertise in artificial intelligence, the Internet of Things, blockchain security, and wireless sensor networks. By learning hands-on from the faculty, students will learn from the best to advance their careers.

As a graduate student in electrical engineering, the following concentrations are available:

- Bioelectrical Engineering

- Cybersecurity

- Cognitive and Mobile Cloud Computing

- Remote Sensing and Space Systems

### **Find Learning That Matches Your Lifestyle**

This 30-credit electrical engineering program can be completed within one or two years. Courses are available during the fall, spring, and summer semesters with schedules that accommodate those already working full-time.

### **Join an Enthusiastic Community**

There are many opportunities to find support on campus while pursuing a master’s degree in electrical engineering, and in turn, students can offer support in return. Manhattan University's classrooms are small enough to allow students to get to know each other well, and there are many student clubs and organizations to provide guidance and networking opportunities. Among these clubs are the Association for Computing Machinery, IEEE, National Society of Black Engineers, Society of Hispanic Professional Engineers, Women in STEM, and more.

### **Discover Professional Opportunities**

Faculty in this program connect students with opportunities to attend and present research at national and international conferences. Students are also encouraged to apply for several research opportunities, including the National Science Foundation Graduate Research Fellowship. After graduation, opportunities are boundless—alumni have worked at Google, Apple, Metropolitan Transportation Authority (MTA), Burke Rehabilitation Hospital, and many other top organizations and companies.

### **Build Valuable Skills**

Cultivating skills in specialized subject matter provides an advantage whether applying to jobs or doctoral programs:

- Electrical and electronic systems

- Biomedical engineering

- Internet of Things (IoTs)

- Computer visualization and imaging systems

- Power grids, green energy, and augmented intelligence

- Space and aerospace systems design