The MBA curriculum centers mainly around leadership and business administration skills emphasizing business analytics.

A Master of Science in Business Analytics curriculum places greater emphasis on a hard business analytics skillset and technical application of data.

Our MBA curriculum contains courses covering leadership, team dynamics, economics, corporate financial strategy, and project management. An MBA curriculum may have a single introductory course combining predictive analysis, machine learning, big data, or data visualization—while an MS curriculum may split each of those topics into their own full courses.

Both business and data analysts usually work between a business team and a technology team, though their precise roles between those teams are unique. In some roles you may be asked to wear both hats, while larger organizations may have a more fleshed out structure in how they organize business vs. data analysts.

A data analyst may prepare the specifications and requirements for a project while business analysts actually execute the details of the project. Business analyst responsibilities commonly include directly interfacing with stakeholders, while data analysts may report primarily to a business analyst or project manager.

Generally speaking, data analysts spend a greater percentage of their time engaged in technical tasks while business analysts focus their energy on the bigger picture with an emphasis on people management rather than technical proficiency.

Business analytics can be a great career choice for analytically minded business professionals who may prefer leading meetings and communicating data insights as opposed to coding/programming or regularly working deeply with spreadsheets or databases.

Yes! You can develop the career-focused knowledge and skills to excel in the field right from the start – and build a great foundation to climb the ladder in the future. 

Enroll in a bachelor’s degree program with Herzing University and you can potentially earn dual credit towards an MBA.

You may need to take some general education courses in mathematics. If you have completed prior mathematics gen eds, you may be able to transfer credits and fulfill that requirement in the curriculum.

Our core business analytics coursework does not contain any advanced math courses. Your analytical capabilities aren’t necessarily tied to your ability to perform advanced mathematical calculations.

Our undergraduate Business Statistics course does cover measurements like mean/median/mode, standard deviation, and variance. However, you won’t regularly encounter any types of math you may remember from high school or another college course, such as algebra, trigonometry, or calculus.

Potential salary in the field can vary significantly given the relevance of a business analytics curriculum to many different types of jobs. 

We’ve designed our curriculum to align with these occupational categories as defined by the Bureau of Labor Statistics:* 

• Data scientists (source): $108,660 average salary per year ($52.24 per hour)
• Management analysts (source): $114,710 average salary per year ($55.15 per hour)
• Market research analysts (source): $76,080 average salary per year ($36.58 per hour)

Please keep in mind these do not represent entry-level salary estimates. Pay can vary by location, education level, years of experience, and specific job duties. Average salaries are typically higher than median figures, indicating the largest group earns below average—but also indicates excellent earning potential should you achieve excellence as a business analyst.

While radiologic technologist and radiologist sound like similar careers, they are actually quite different. A radiologist is a doctor who interprets medical images, such as X-rays and MRIs, diagnoses patients and recommends treatment. A radiologic technologist is typically supervised by a radiologist and supports the doctor and other members of the healthcare team by performing the diagnostic imaging procedures.

Radiologists must also attend medical school. Radiologic technologists, on the other hand, can begin their career after completing a two-year associate degree program in radiologic technology. With additional experience and education, they can go on to specialize in areas like mammography, MRI or cardiovascular imaging.

A career as a radiologic technologist is an excellent choice for anyone who wants to help others, has a passion for working with technology and is interested in joining the healthcare field quickly. In fact, U.S News and World Report rank radiologic technologist as #31 in Best Health Care Jobs for 2025.