Bachelor of Arts in Philosophy

at Enrollment Advisory Group - Manhattan College USA

Combined with a larger liberal arts curriculum, the sound studies major redefines traditional music study (i.e., historical musicology, music theory and composition, music performance studies) by integrating it with the science of sound (i.e., music technology, music recording and editing, and acoustic research).

By redefining the study of music as the study of sound, the major examines the entire listening experience and the various societal forces that inform it, including technology, physiology, religion, politics, history, and the environment.

Environmental engineering uses the principles of engineering, chemistry, biology and physics to address a wide variety of environmental problems from safe drinking water supplies to climate change.

Why Choose Environmental Engineering?
Environmental engineering is a broad and diverse discipline that applies scientific principles to solve real-world environmental problems. As a graduate of this program, you’ll be prepared for careers in private industry, environmental consulting firms and government agencies, and work to solve the many challenges of providing safe and reliable drinking water, clean air and waterways, proper disposal of solid and hazardous waste, effective environmental site restoration, and responsible management of our natural resources.

Our environmental engineering program is recognized nationally for producing well-prepared environmental engineers. The program dates back to 1939 and proudly boasts that six of its alumni have been inducted into the National Academy of Engineering.

What Will You Learn?
Our environmental engineering program offers both master’s of engineering (M.E.) and master’s of science (M.S.) degrees. In your studies, you will learn the engineering principles and design applications for:

• Drinking water treatment
• Municipal and industrial wastewater treatment
• Surface water quality modeling
• Groundwater engineering
• Environmental sustainability
• Climate change resiliency
• Water reuse and resource recovery
• Air pollution control systems
• Recycling
• waste disposal technologies

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

Environmental engineering uses the principles of engineering, chemistry, biology and physics to address a wide variety of environmental problems from safe drinking water supplies to climate change.

Why Choose Environmental Engineering?
Environmental engineering is a broad and diverse discipline that applies scientific principles to solve real-world environmental problems. As a graduate of this program, you’ll be prepared for careers in private industry, environmental consulting firms and government agencies, and work to solve the many challenges of providing safe and reliable drinking water, clean air and waterways, proper disposal of solid and hazardous waste, effective environmental site restoration, and responsible management of our natural resources.

Our environmental engineering program is recognized nationally for producing well-prepared environmental engineers. The program dates back to 1939 and proudly boasts that six of its alumni have been inducted into the National Academy of Engineering.

What Will You Learn?
Our environmental engineering program offers both master’s of engineering (M.E.) and master’s of science (M.S.) degrees. In your studies, you will learn the engineering principles and design applications for:

• Drinking water treatment
• Municipal and industrial wastewater treatment
• Surface water quality modeling
• Groundwater engineering
• Environmental sustainability
• Climate change resiliency
• Water reuse and resource recovery
• Air pollution control systems
• Recycling
• waste disposal technologies

Peace and Justice Studies is the academic program that embodies Manhattan College’s Lasallian commitment to advancing social justice. Manhattan College has one of the oldest peace and justice studies programs in the United States. The first Peace and Justice Studies course was offered in 1966, and the Peace and Justice Studies major was established in 1971.

Why Choose Peace and Justice Studies?
You will understand and evaluate structural injustice, the aspects of human nature that lead to violence and war, and the work of social movements that seek to realize peace, nonviolence, and social justice. You will be able to take courses from across an array of disciplines in the Schools of Liberal Arts, Business, and the Sciences, and so develop an interdisciplinary, and thus profound and complete understanding of these issues. The program prioritizes rigorous training in critical thinking and research, practical peacebuilding skills, and experiential learning in the form of internships and community-engaged courses.

What Will You Do?
Students graduate from the Peace and Justice Studies program with a broad, interdisciplinary knowledge of issues related to peace, conflict and war, human rights and social justice, as well as advanced critical thinking, peacebuilding and research skills. Our students are thus prepared for a wide array of professions, as well as for advanced study in many disciplines and professional schools.

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

Environmental science focuses on the relationship between human activities and the environment. It helps us understand nature from a scientific point of view.

What Will You Learn?
The environmental studies major combines classes from many disciplines and allows you to tailor coursework to your specific interests. Because many of your courses are science-based and take place in labs, you will learn to use lab and field instrumentation, computer applications and statistical techniques.

Regardless of how you customize your curriculum, you will:

• Understand the theory of natural environment and its relationships with human activities
• Learn how to approach environmental problems from different points of view
• Develop critical thinking and problem-solving skills
• Show your understanding of environmental issues through written and oral presentations
• Conduct research, analyze data and evaluate results in partnership with professors

What Will You Do?
Some environmental science students pursue graduate or professional degrees after graduation. Others enter the workforce in government, academic, private or nonprofit fields.

Literature and writing fundamentally shape who we are and how we see the world. As an English major you will explore what makes us human and experience the breadth of and depth of a single word. You will develop the skills of good writing and speaking.

What Will You Learn?
The English major is much more than reading and writing. It incorporates history, sociology, religion, philosophy, science and psychology — all of the things that make human civilization, well, human. As an English major you will develop an understanding of literary texts and the issues that shaped them while you learn how to:

• Communicate clearly in an appropriate tone
• Develop logical, eloquent arguments
• Observe and analyze complex information
• Set schedules and work under deadlines
• Think creatively and make meaningful connections across academic disciplines and to the world around you

What Will You Do?
English majors learn to analyze texts and articulate meaning through the study of literature, speech and writing. Employers often seek out well-rounded English majors because they are versatile, skilled communicators and can readily apply their training in a variety of careers.

History is the study of the past. Historians explain how human relationships have changed over time. They are storytellers whose narratives are rooted in reality, and specific to a time and place. They are also scientists who weigh evidence, test theories and search for truth.

What Will You Learn?
As a history major, you will learn to:

• Think critically about the past
• Write clear, rigorous and engaging prose
• Organize evidence
• Analyze complicated patterns
• Conduct oral histories and archival histories
• Study culture and society

What Will You Do?
Learning to read, write and analyze information at a high level will prepare you for any career path. Employers value critical thinkers, and the demand for this skill is especially high in New York City. A degree in history will prepare you for many careers paths.

Making sense of the large amounts of data that are being produced in business, industry and government requires a combination of mathematical modeling, programming and analysis. Data analysts combine these tools to solve complex problems and make informed decisions.

What Will You Do?
With an advanced mathematics degree, you will be prepared to work in data science, actuarial science, operations research, statistics, software engineering, and finance.