Highest college degrees lead to high-paying healthcare technology roles

The health care sector added 43,000 jobs in September 2025, part of a boom that has created hundreds of thousands of new health care jobs this year. (In contrast, the federal government, warehousing, and transportation industries all laid off workers.)

In healthcare, technical skills can directly save lives – and that makes specialized talent valuable. “Advancing technology, including the sophisticated use of artificial intelligence, has the potential to close gaps and address inequities in health care and public health,” said W. Susan Cheng, professor of public health at Tulane University. Investopedia. “There has never been a greater need or promise for technology that works alongside healthcare providers to meet a patient’s individual needs.”

What’s more, you don’t need a medical school degree to join those with technical skills getting jobs in the growing healthcare sector. They design medical devices, secure computer networks in hospitals, and turn health data into life-saving insights.

Best Degrees to Break into Healthcare Technology

Each of the degrees listed below targets a different piece of the healthcare puzzle, but they have one thing in common: a combination of analytical thinking, problem solving, and fluency with data or devices. From designing wearable monitoring devices to securing hospital data to analyzing patient outcomes, healthcare technology roles include engineering, software, data science, and cybersecurity.

How to choose the right program

As health technology grows, the number of promising programs that will make you industry-ready also increases. But you have to care about the school you choose. Some programs are backed by respected institutions with strong hospital or biotech partnerships, while others are thinly disguised certification mills that charge thousands for credentials that have little weight with employers.

Here’s how to separate the serious software from the hype:

1. Verification of accreditation and academic accuracy.

For health informatics or health information management, look for programs accredited by the Commission on Accreditation of Health Informatics and Information Management Education. Accreditation indicates that the curriculum meets national standards and that employers will recognize your certification.

In engineering or computer science, make sure the software is ABET accredited, which confirms its accuracy. Degrees that lack this seal may not qualify you for major certifications or advanced roles later.

2. Look for strong industry partnerships.

Quality Programs has relationships with hospitals, device makers and software vendors such as Epic Systems, Medtronic plc (MDT) and Pfizer Inc. (PFE). These connections often lead to internships and real-life projects that turn into job offers.

3. Focus on practical skills.

In data-driven programs, you are sure to learn SQL, Python, R, and healthcare data standards. In engineering and imaging programs, expect labs to use real hardware and simulation systems. For cybersecurity, look for courses that align with standards used by hospitals.

4. Look at what graduates have achieved in their careers.

A quick search on LinkedIn can tell you where graduates work. If you see graduates at major health systems, biotech companies, or health IT vendors, that’s a good sign.

Bottom line

Healthcare’s reliance on data, devices and digital security means demand for tech talent will remain strong.

Unlike traditional clinical tracks that require years of training and fierce competition for limited periods, these seven degrees offer a faster, less crowded path to six-figure salaries, often with just a bachelor’s degree.