Bachelor of Science in Business Analytics with Concentration in Managerial Economics (STEM)

at University of New Haven USA

Computer engineering is concerned with design and implementation of digital systems such as computer systems, computer-based control systems, interfaces between digital and analog systems, interfaces between hardware and software, and control software for embedded computer systems. This program spans the disciplines of both electrical engineering and computer science, and can be described as bridging the area between the two.

Computers are used in almost every device or system manufactured today, from large multicomputer systems to cell phones and credit card reading devices. In addition, they are used in signal processing applications, speech recognition, medical imaging, and picture and data communication. The Internet is possible in part because of advances made in computing machines and data communications by people working in the capacity of computer engineers. Careers for computer engineers are found in all phases of the production of these devices and systems, from design, manufacturing, and maintenance to marketing and sales.

Recognizing the changing trend in engineering education, the Computer Engineering program has adopted a multidisciplinary approach for teaching and learning by incorporating a series of newly developed project-oriented courses based on the spiral curriculum

Program Outcomes:

• Identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
• Apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
• Communicate effectively with a range of audiences.
• Recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal context.
• Function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
• Develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
• Acquire and apply new knowledge as needed, using appropriate learning strategies.

Who makes sense of all this data? More to the point, who knows how to decipher it for greater business success? The person with a degree in business analytics, a highly in-demand professional who can help organizations understand and manage the profit-making potential of this gold mine of information.

The University of New Haven’s B.S. in Business Analytics will provide you with the training to be this indispensable individual. Through the program, you will gain organizational and technical competencies in data science, learning to interpret data-asset data asset analysis for business applications and acquiring the skills to guide organizational decision-making. We will train you in a wide range of data analytics methods, while also giving you specialization opportunities in sport management, marketing analytics, or operations/supply chain strategy.

Our business analytics major is STEM-certified (science, technology, engineering, and math) by the federal government and includes concentrations in:

• Global Supply Chain Analytics
• Managerial Economics
• Marketing Analytics
• Sport Management

Candidates are required to complete a minimum of 36 credits of graduate work, which may include an internship in national security. Transfer credit from other institutions may be permitted subject to the Graduate School policy on transfer credit detailed elsewhere in this catalog.

Students in the program are required to complete 18 credits of core courses and 18 credits of general electives.  Students must complete a capstone requirement of either NSPS 6693 - National Security Internship I or NSPS 6697 Thesis I and  NSPS 6698 Thesis II. If the six credit thesis option is selected, NSPS 6698  Thesis II will count toward electives.

The beauty of pure mathematics inspires a passion in some people that lasts their whole lives. How do you make a career out of it, though? You harness pure mathematics and put it to work. You turn it into applied mathematics. Actuarial science is one of the most powerful applications of mathematics, and it can become a career that enables you to do the thing you love most while being a highly in-demand professional with tremendous earning power.

What is an actuary? Simply, an actuary measures and manages risk for businesses, enabling them to make sound and strategic decisions. Besides having a profound understanding of mathematics, actuaries have serious skills in statistics and business management.

This program leads to success
The University of New Haven's B.S. in Actuarial Science delivers the mathematical background needed to pursue a successful career as an actuary, financial analyst, or market research analyst upon graduation.

Through the program, you will learn to:

• Solve problems involving essential mathematical computations
• Employ various computational software
• Use mathematical, probabilistic, and statistical tools to evaluate future risk and contingent events
• Demonstrate a command of advanced mathematical topics
• Acquire the business skills that businesses and government agencies seek

As a student in the University of New Haven’s Master of Arts program in industrial/organizational psychology, you will bring psychological principles to the workplace to benefit both employees and employers.

Through this program, you will:

• Learn to work with individuals and groups on organizational change and development, leadership and management development, conflict management, team dynamics, and strategic human resource management
• Benefit from opportunities to participate in internships or complete thesis research.
• Enjoy a flexible course curriculum and schedule that accommodates graduate assistantships, internships, or full-time jobs
• Have the option to complete a practicum project at the organization where you are currently employed
• Complete the program in two years (full time) or less than three years (part time)

The objective of the Master of Science in Accounting program is to provide an in-depth framework for artificial intelligence (AI)/analytics, corporate, forensic, and taxation accounting inquiry, devised in structure and content from the entire scope and process of accounting-information-based economic decision-making. The existence of such a framework is intended to provide graduate accountants and professional practitioners with an opportunity to share in the development and assessment of issues of accounting interest within a decision-making context. Additionally, the Master of Science in Accounting program is designed to provide non-accountants and practitioners with the accounting credits requisite for certification.

Program Outcomes:

• Students will demonstrate familiarity with the fundamental concepts and knowledge in their concentration areas of Corporate, Forensic, Tax, or AI/Analytics.
• Students will be able to apply knowledge from 1.1 toward analysis and analyze data using technology and information systems and using appropriate quantitative and analytical techniques.
• Students will able to integrate knowledge from functional Accounting areas and formulate solutions that consider both the internal and the external environments of an organization.
• Students will be able to analyze the effects of business transactions using Accounting fundamentals.
• Students will able to demonstrate an understanding of social responsibility in accounting and its effects on stakeholders.
• Students will able to demonstrate the ability to apply a variety of ethical principles within the Accounting practice.
• Students will be able create well written documents related to Accounting topics.
• Students will recognize and explain how different Accounting sub-disciplines interrelate.

Technology is essential to our relationship with sound. Recording studios, theaters, social media platforms, film and television production, stadiums, and game studios rely on the competencies of sound engineers in order to function. Contemporary compositions for pop stars, film scores, and orchestras are also facilitated by the expanded capabilities of the latest musical interfaces.

Our Bachelor of Arts and Bachelor of Science programs in Music and Sound Recording are based on the philosophy that musicians should have technical skills and sound recordists should know the art form they are recording. To this end, our students take courses in three interrelated areas: 1) music history, theory, and aesthetics; 2) sound recording methodology and technique; 3) musicianship.

Professional Guidance

A degree in Music and Sound Recording focuses on the craft and art of working with sound. Our professors are former and current engineers, producers, and composers with professional expertise that informs our curriculum. In combination with courses from the Tagliatela College of Engineering, students receive foundational skills in the generation and manipulation of sound and apply those skills in various ways.

We also believe that these competencies are best applied with an understanding of how music and sound function in the world. You will have opportunities to enhance your development with courses on the theory and history of music. Our instructors also serve as academic and career advisers, assisting students as they navigate four years of college and prepare for industry opportunities

Professionals who aspire to higher-level human resource leadership roles need to take that advice to heart. Those willing to engage in advanced education in this dynamic field will learn far more than they could by simply working within their current positions in HRM.

With the advanced knowledge gained through a master’s degree come major benefits: heightened respect for your perspective, a greater impact within the organization, and, of course, a higher salary than with a bachelor’s degree alone.

Our M.S. in Human Resources program is an advanced professional learning experience, designed to enable working professionals to rise to challenging and complex workplace situations in human resources and talent management.

Students examine each of the major areas of human resources:

• Recruitment and selection (talent acquisition and staffing)
• Compensation and benefits
• Performance motivation and management
• Employee relations
• Retention and turnover
• Workforce analysis and organizational design
• Leading and managing change
• Training, learning, and development (talent development)
• Strategic Human Resource thinking, planning and influencing

The Concentrations That Carve Out Your Future Career Path

Our M.S. in Human Resources program offers aspiring leaders three areas of concentration:

• Talent Management. You will create plans to recruit, hire, train, retain, and motivate a diverse and global workforce.
• Organizational Leadership. You will develop advanced interaction skills in working effectively with others as well the change management skills that will make you an influential leader.
• Employee Relations. You will use and apply conflict intervention and negotiation strategies in the management and resolution of workplace disputes.

Contribute to human advancement
Doctors and scientists endeavor each day, conducting research and experiments to use our genetic information to diagnose, treat, prevent, and cure illnesses. Our genes are instructions that tell your body how to make all the proteins it needs to survive and grow. By identifying each of these proteins, scientists hope to better understand how your body works, and what is happening when it doesn't work properly, leading to more effective medicines and treatments.

It is biotechnology that is credited for creating some of the wonders of the world.

As a genetics and biotechnology major at the University of New Haven, you’ll learn this first hand, using technology to modify living organisms to benefit humankind. You’ll develop the knowledge and skills needed to excel in this exciting, flourishing field.

Through this program, you will:

• Take courses in biochemistry, genetics, cellular, and molecular biology
• Experience unique and innovative courses in nucleic acid biochemistry, genomics, bioinformatics, and molecular biology of proteins
• Learn how this knowledge can help treat disease, develop drugs, decrease our environmental footprint and produce food
• Integrate classroom learning with laboratory experience
• Have the opportunity to participate in internships and gain research experience
• Interact with representatives from the local biotechnology and pharmaceutical community

Students earning a B.A. degree in communication with a concentration in public relations and digital media will build specialized knowledge and skills related to public relations across a variety of platforms and contexts in addition to acquiring a solid grounding in digital media production.  Through coursework emphasizing writing, campaigns, and persuasion, as well as laboratory and field experiences in digital media design and production along with internship opportunities, students will learn to become competent and well-rounded public relations professionals.

Students earning a B.A. degree in communication with a concentration in public relations and digital media are required to complete a total of 121 credits as follows.

Program Outcomes

• Students completing the program will be able to demonstrate specific interpersonal and applied communication skills in human communication theory; convergent media production aesthetics, theory and technical areas; media writing and journalism.
• Students will have the ability to be effective team members in newsroom, news websites and public relations firms and offices. 
• Students will be able to complete increasingly complex aesthetic and skill -based projects in print and convergent journalism and strategic communication.
• Students can use industry based software and create real world applied solutions to increasingly complex real and case study problems.