Bachelor of Arts in Peace and Justice Studies

at Enrollment Advisory Group - Manhattan College USA

Computer engineering is the intersection of electronic engineering and computer science. Computer engineers create digital systems and devices that allow people to communicate information globally.

Why Choose Computer Engineering?
Computer engineers research, design, develop and test computer systems and processors, circuit boards, memory devices, networks, routers and other components. In this ABET-accredited computer engineering program, you will amass an in-depth knowledge of the following principles:

• Computer application software
• Computer systems, architecture and operation
• Communication systems
• Data communications and computer networks

What Will You Learn?
As you progress in your coursework in the computer engineering program, you will learn about:

• Parallel and soft computing
• Computer networks and architectures
• Electromagnetics, photonics, biophotonics, nanophotonics
• Imaging devices, image processing and pattern recognition
• Analog and digital electronics, control systems and signal processing
• Wireless and optical communications, wireless sensor networks

What Will You Do?
We live in a digital age, and the need for skilled computer engineers exceeds the number of existing qualified workers. A degree in computer engineering will prepare you to work in this dynamic and growing industry.

Economics is a social science that examines the production, distribution, sales and purchases of goods and services. It is a global force that influences business and government, and permeates every aspect of our lives.

What Will You Learn?
Choosing to major in economics will provide you with a strong understanding of:

• Foundations of business
• Business statistics
• Macro & microeconomics
• Price analysis
• International economics
• Econometrics

What Will You Do?
A B.A. in economics prepares students for work in research or consulting firms in the private or public sectors. Many of these careers require the technical and interpersonal skills acquired while enrolled in this program.

Mechanical engineers research, design, develop, manufacture and test power-producing tools, engines, machines and mechanical devices. From the refrigerator in your kitchen to the car in your driveway, products made by mechanical engineers are found in everyday life.

Why Choose Mechanical Engineering?
Mechanical engineering is a vast field with a variety of job opportunities. This field is considered the "general practitioner" of the engineering disciplines, focused primarily on the conversion, transmission and use of power.

Students who successfully complete Manhattan College’s mechanical engineering M.S. program are trained to work in industries including:

• Automotive
• Aerospace
• Biomedical
• Construction
• Green Building Design
• Solar Energy
• Power Generation

What Will You Learn?
You will expand on the fundamentals of engineering disciplines, including:

• Machine Design
• Electric Circuitry
• Thermodynamics
• Heat Transfer
• Fluid Mechanics

Electrical engineering is the design, development, testing, and supervision of electrical equipment. This equipment allows people to access information and communicate globally, as well as transmit power from distant sources to demand centers.

Why Choose Electrical Engineering?
Electrical engineering is one of today’s most in-demand and high-paying industries. As an electrical engineering graduate student at Manhattan College, you will research and fine-tune your knowledge of physical and engineering principles to design and operate computers, power grids, wiring in buildings and other complex systems and devices.

What Will You Learn?
You will advance your knowledge of electrical engineering and computer science. The electrical engineering M.S. program curriculum results in an in-depth knowledge of:

• Electrical systems
• Electromagnetism
• Applied electromagnetics
• Optics

Biology is often called the science of life. It encompasses many divisions that all involve the study of living organisms. Biology is an excellent foundation for medical, dental, and veterinary schools or other professional degrees.

Why Choose Biology?
A B.S. in biology: You should choose this degree if you plan on going to graduate school or into a professional discipline like medicine or physical therapy. Based on what your career goals are, you will take groups of courses geared toward:

• Pre-medical/dental
• Pre-professional
• Research
• Environmental biology
• Education
• General studies in biology
• Pre-physical therapy

What Will You Do?
Studying biology opens the door to career paths that are important to our society as a whole. Many students go on to medical school, veterinary school or physical therapy programs.

Chemical engineering is the profession which applies mathematics, chemistry and physics to develop economic ways of using raw materials and energy for the benefit of humankind. Chemical engineers develop processes and products that are energy efficient, environmentally-sustainable and profitable. Chemical engineers make products such as petrochemicals, polymers, drugs, therapeutics, paper, dyes, fertilizers, foods and beverages. Practically every product that we use and enjoy has involved chemical engineering.

Why Choose Chemical Engineering?
Chemical engineers are in demand because of the large number of industries that depend on processing raw materials into usable products. Chemical engineers and their innovations propel many areas of technology and create solutions for tomorrow. At Manhattan College, the chemical engineering major is designed to develop fundamental technical skills, provide training in communication and professional development, and impart a practice-oriented education.

What Will You Learn?
As part of your coursework in chemical engineering, you will learn the core chemical engineering principles needed to be successful in a career in industry, or careers in research, medicine, business and law.  In addition, you will learn software, programming and professional design packages used in industry today.  
As a chemical engineering major at Manhattan, students have the ability to focus their studies in environmental engineering (as a minor), petroleum engineering, biopharmaceutical engineering, or cosmetic engineering. These focus areas give our students a specialized education and a competitive advantage for job placement.

What Will You Do?
Employers from all industries seek the analytical and problem-solving skills developed by chemical engineers. Chemical engineers are some of the highest-paid professionals in the country.

Chemistry is the study of matter, its properties and its transformations. Because every material in existence is made up of matter, chemistry is involved in everything we do, from driving a car to cooking dinner.

Why Choose Chemical Engineering?
Chemistry is an exciting and diverse science that has relevance to hundreds of different industries and careers. A degree in chemistry is challenging and rewarding. You will spend a lot of time in the lab getting your hands dirty while doing experiments and seeing chemistry in action.

What Will You Learn?
Coursework includes in-depth study of general chemistry, analytical chemistry, physical chemistry, organic chemistry and inorganic chemistry. Through your research and classes, you will learn to:

• Design and conduct experiments
• Analyze and interpret data
• Understand the implication of scientific discoveries and their impact on humanity
• Think analytically and independently
• Understand your professional and ethical responsibilities as a scientist

What Will You Do?
Chemistry is a broad science, making it excellent preparation for numerous different careers. Many students plan to enter medical or dental school, or work in the health professions. A chemistry major can also lead to careers in the pharmaceutical, food, cosmetics, forensics and research industries.

Computer engineers creatively apply engineering methods to design, develop and implement hardware and software systems.

Why Choose Computer Engineering?
Today, computer engineers make up one of the highest-paying and most in-demand career fields in the world. Our graduate computer engineering program is designed for students who wish to capitalize on this growing industry. As a student, you will develop the skills required to design, develop, test and evaluate computer components, systems and networks. You will graduate empowered with the creative problem-solving skills to develop new directions in computer hardware, and ultimately generate advances in computer technology.

What Will You Learn?
Advanced knowledge of electrical engineering and computer science are key components of the computer engineering M.S. program curriculum. You will learn about:

• computer architecture
• computer systems, organization and design
• applied electromagnetics
• data communications and computer networks

Exercise science is the study of human movement. This field examines how physical activity, exercise, sport, and rehabilitation can help improve people’s lives.

Why Choose Exercise Science?
Exercise is as necessary to your physical well-being as it is to your mental health. In fact, studies show the two go hand-in-hand. Geared towards students with interests in science, biology, and health, the exercise science program at Manhattan is designed to not only educate you on this partnership, but to spread that message as leaders in:

• Physical Activity
• Exercise
• Fitness
• Sport
• Rehabilitation
• Wellness

What Will You Learn?
In addition to learning the cultural, historical, and philosophical dimensions of kinesiology, you will develop an understanding of the following exercise science fundamentals:

• Exercise Physiology
• Anatomical Kinesiology
• Care and prevention of athletic injury
• Biomechanics
• Motor Learning
• Adapted Exercise and Sport
• Psychology

What Will You Do?
The exercise and rehabilitation industry offers numerous career opportunities for Exercise Science majors. Some graduates choose to go straight into the workforce, while others go on to pursue advanced degrees in physical or occupational therapy.

Labor studies is an interdisciplinary program that examines the nature and meaning of human work. Topics include workers’ rights, social and economic justice, the history and role of labor unions, fair trade, human resource management, and workplace ethics.

Why Choose Labor Studies?
Due to the rapid pace of change in technology and the global economy, understanding the labor movement, labor law, and current workforce problems has never been more vital.

Work is a fundamental part of the human experience. How people understand work has many cultural, political, economic, and historical dimensions. As a labor studies major, you will examine work as a human right and learn about the implications for workers, business, and law.

What Will You Learn?
You will develop skills that are well suited for 21st century careers in a global economy. In addition to excellent critical thinking and communication skills, you will:

• Learn the history and present role of unions and the labor movement
• Discover the role of fair trade goods in a global economy
• Discuss contemporary forms of slavery and economic inequalities
• Develop an understanding of ethical and religious perspectives of work
• Develop an understanding of workplace health and safety