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Luddy School of Informatics, Computing, and Engineering

ABOUT

The school of tomorrow

The Indiana University Luddy School of Informatics, Computing, and Engineering is one of the world’s largest, broadest, and best technology and information schools.

We shape the future through interdisciplinary research and education that make the impossible possible and solve the problems of tomorrow today.

Degrees for evolving jobs

Our programs are broad, ranging from the technical to the societal and often blending the two. A Luddy education prepares students to thrive in today’s jobs and to adapt as technology careers change in the decades ahead.

• Undergraduate programs
• Graduate programs
• Career services

Research that defies boundaries

No challenge is too big for us. Our faculty, researchers, and students team up to explore the frontiers of what technology and information can do in areas ranging from artificial intelligence to medicine. And they use what they discover to make life better for all of us.Explore our research

Our school has accomplished so much in its 20-year history, but we haven’t yet hit our peak. We’re only going to grow and expand.

Dennis Groth, Interim Dean

Rankings

#3WORLDWIDE FOR LIBRARY AND INFORMATION SCIENCE, SHANGHAI RANKING, 2021

#9NATIONALLY AMONG LIBRARY AND INFORMATION STUDIES PROGRAMS, U.S. NEWS & WORLD REPORT, 2021

#21NATIONALLY IN UNDERGRADUATE CYBERSECURITY, U.S. NEWS & WORLD REPORT, 2021

Homes to innovation and collaboration

Our facilities—including extraordinary Luddy Hall—provide our students and faculty with all the tool and technology they need for their explorations.See our facilities

A history of innovation

When the School of Informatics was founded in 2000, it was the first school of its kind. Over the years, other groundbreaking and celebrated IU programs have joined the Department of Informatics in our school: the Department of Computer Science (founded in 1971), the Department of Information and Library Science (founded in 1951), and the Department of Intelligent Systems Engineering (founded in 2016). In addition, the Department of Statistics (founded in 2006) has been co-located with our school since 2018.

Now we’re called the Luddy School of Informatics, Computing, and Engineering.

Our departments’ achievements have included pioneering advances in programming languages, offering the first Ph.D. in Informatics and one of the first master’s degrees in cybersecurity, producing influential research in human computer interaction and complex systems, and launching IU’s first engineering program. And we’re continuing to evolve every day.

Leadership

Vision and missionLuddy’s leadersDean’s Advisory Council

A global outlook

Our school is truly global, with hundreds of students and faculty from outside the United States. In addition, our faculty and students travel the world to collaborate and present their work, many of our students participate in overseas study, we regularly welcome international visitors, and we have partnerships with higher education institutions worldwide.

Rankings

• Department of Information and Library Science ranked 9th by U.S. News & World Report in 2017
• Information and Library Science Discipline ranked 2nd in 2017 Academic Ranking of World Universities^[

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Indiana University Bloomington

Indiana, United States

Public University

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About

Indiana University celebrates two centuries of tradition and excellence as a public research institution. Bloomington is the flagship campus for the Indiana University system and combines the feel of a college town with the amenities of a metropolitan setting. IU is home to world-renowned schools such as the Luddy School of Informatics, Computing, and Engineering, the Kelley School of Business, and the Jacobs School of Music.

Cost

Moderate

$14,966

Average Living Expenses (Bachelors)

$16,278

Average Living Expenses (Masters)

Admissions

77%

Avg acceptance rate (Bachelors)

$65 – $83

Application Fee

Scholarships Global Engagement Scholarships

02/02/21

Bachelors

$1,000View Details

Courses

Select SchoolAll

MS in Computer Science

MastersTuition- $31,496/yr

Duration- 18 MonthsView Details

MS in Data Science

MastersTuition- $23,925/yr

Duration- 24 MonthsView Details

MS in Management Information System

Application Deadline- Fall, 01/12/2021

MastersTuition- $27,033/yr

Duration- 18 MonthsView Details

View All Courses

Campus

Location

As the name suggests, the university is located in the city of Bloomington. Though there are 4 other cities with the same name in the States (this is pretty common, you’ll learn – it’s a funny country), we’re talking about the one in the state of Indiana of course. Bloomington, a small yet pretty famous city, is well known for the education it delivers. IUB is a university town and thus you don’t see a flourshing lifestyle like New York or the Bay area.

Campus

IUB’s campus is spread over a massive 1860 acres with more than 100 buildings. There are two main libraries which cover tens of thousands of volumes of all the possible courses offered in the university. Indiana Memorial Union is one of the popular places within the campus, where you find most of the students chilling, bowling and watching movies over the weekend – basically, having a good time. Of course, some students study as well. With a few cafeterias within the campus and bars at a stones throw distance, the infrastructure is pretty self satisfying.

Residing Options

There are roughly 11 dorms on campus and the rental charges is around $5,000 per year. Anyhow, most of the students prefer staying off campus where the rent charges are anything from $450 to $600 per month, depending upon the size of the room. Undoubtedly, off campus apartments are way better than the dorms in the campus. The common areas where you see IUB students residing are Varsity Villas, Hoosier Courts and Smallwood Plaza.

Faculty

The professors at IUB are extremely knowledgeable and have done their Phd’s from excellent universities in the world. Though most of them are still busy doing their research, they are pretty flexible and approachable, definitely not at odd hours. Students are quite satisfied with the level of teaching at Indiana University but in terms of nature, most of them are just average while a few are pretty strict and stern. An IUB-ite quoted, “If you submit all your assignments and projects on time, you definitely are in the good books of most of the professors.”

Jobs and placements

There are various job openings in the field of Computer Science (hardware and software) with big and well known MNC’s recruiting students within the campus. Since it’s the best college in the state, the placements are excellent and the starting salary can be anything from around $40,000.

is informatics a good degree?

In the next five to ten years, there are expected more than 1,000 IT/IS jobs available in the greater Lafayette area. The demand of IT/IS professionals is extremely high as our 90% of graduating classes always have their job offers before the graduation. The beauty of this degree is that it allows you to dabble with different fields of study, making you more marketable to companies across the world.

In addition to our rigorous curriculum, you can have opportunities to work with local industry and gain good working experience during the program, such as an internship. This is a great opportunity for you to learn some business processes, procedures within the company and also serves an opportunity for the employers to observe your skill level, work ethic, and professionalism. Many of our students are offered positions from the employers with which they intern.

After four years in our informatics program, you can venture into any number of careers. Here are some examples.

• Application Developers translate software requirements into workable programming code and maintain and develop programs for use in business. Most will specialize in a specific development field – such as mobile phone applications, accounting software, office suites or graphics software – and will have in-depth knowledge of at least one computer language.
• Business Intelligence Architect supports the formation of standards and guiding principles necessary to define, assure and govern the creation, enhancement, and evolution of the IT system landscape, facilitating business changes and growth.
• Business Process Analyst provides business process or systems support that may include duties such as root cause analysis, mapping of current processes or systems, iterative problem definition and hypothesized improvement opportunities including facilitation of organizational change and performance measures.
• Database Developer/Administrator is responsible for the performance, integrity and security of a database. They will also be involved in the planning and development of the database as well as troubleshooting any issues on behalf of the users.
• Digital Media Professional will be the primary leader in the use of digital media for marketing, academic support, and campus-supported endeavors. The primary role will involve the development of finished digital media projects, collaborate and act as a mentor with students, and provide input on leading edge digital media hardware and software.
• IT Support Specialist can provide problem solving, trouble shooting, presenting technical information, process improvement, software maintenance, software testing, network design and implementation, load balancing and scalability, vendor relationships, software performance tuning, network performance tuning, database performance tuning.
• IT Business Analyst is the vital link between a firm’s information technology capabilities and its business objectives, skilled business analysts contribute to the profitability of companies large and small, in most every industry.
• IT Project Manager can plan, budget, oversee and document all aspects of the specific project. Project managers may work closely with upper management to make sure that the scope and direction of each project is on schedule, as well as other departments for support. Project management skills include leadership, time management, math and budgeting, analytical skills.
• Network Security Administrator handles all aspects of information security. They inform and administrate users about computer security, check for security violations, install protection software and take action against cyber-attacks.
• SAP ERP Administrator/Analyst assists in analyzing and defining assigned SAP systems or ERP student systems functions and business processes and user needs; participates in the functional configuration, testing, and maintenance of assigned SAP systems or ERP student systems modules according to operational and business needs.
• Web Developer/Designer creates the look, layout and features of a website. The job involves understanding both graphic design and computer programming. Once a website is created, a designer helps with maintenance and additions to the website. They work with development teams or managers for keeping the site up-to-date and prioritizing needs, among other tasks.

informatics degree salary

As of Jan 6, 2023, the average annual pay for a Computer Informatics in the United States is $78,645 a year. Just in case you need a simple salary calculator, that works out to be approximately $37.81 an hour. This is the equivalent of $1,512/week or $6,553/month.

is Health informatics a good career

Learners in health informatics programs study computer science, healthcare principles, and information science. People who enjoy analytical tasks, critical thinking, and problem-solving may find that health informatics is a rewarding career path.

Professionals with health informatics backgrounds pursue work in data analytics, higher education, healthcare administration, information systems management, and other occupations.

The aging U.S. population and the need to replace retiring workers will likely provide growing opportunities for job seekers. For example, the U.S. Bureau of Labor Statistics (BLS) projects a 32% job growth for medical and health services managers between 2020 and 2030.

What Is Health Informatics?

Health informatics represents interdisciplinary approaches to using information technology and medical information. The goal is to streamline and improve medical outcomes and maintain accurate health records. Individuals in this field assist in healthcare delivery by analyzing, classifying, and managing health data. Health informaticists also ensure that nurses, doctors, and other providers can access and retrieve data quickly.

Health informaticists rely on their computer science expertise to verify and update patient records according to regulations. They also review and organize data, employ classification codes for insurance, and maintain patient confidentiality.

What Is the Job Demand and Salary for Health Informatics?

According to the BLS, about 416,400 professionals work in health informatics, as of 2020. The BLS projects that employment in this multidisciplinary field will increase 9% between 2020-2030. That compares to a projected 8% growth for all occupations. Health informatics remains relatively young, with job prospects likely to grow in the coming years.

Expanding job opportunities allow professionals with health informatics backgrounds to work in various settings, such as hospitals, medical laboratories, pharmaceutical manufacturing, physician offices, and outpatient clinics.

According to the BLS, health informaticists across all occupations earn a median annual salary of $51,840, as of May 2020. The highest 10% earn more than $105,690. Health informaticists in the federal government and scientific and technical services earn higher wages than those working in educational institutions and physicians’ offices.

What Careers Are There in Health Informatics?

5 Popular Health Informatics Jobs

Medical Records or Health Information Specialists

Median Annual Salary (as of 2020): $45,240

Projected Job Growth (2020-2030): 9%

Medical records specialists typically use their knowledge of data software to organize, catalog, code, and manage various types of medical information. These professionals maintain patients’ health records and health databases to keep them up to date and accurate. An associate degree or higher may be required for some positions.

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Computer and Information Research Scientist

Median Annual Salary (as of May 2020): $126,830

Projected Job Growth (2020-2030): 22%

As with research scientists in other disciplines, health informatics researchers conduct original research studies and may report their findings in journals and at conferences. Health informatics researchers design and test new uses for technology in the healthcare industry. While some research scientists earn master’s degrees, promotion to a senior research scientist might require a doctoral degree.

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Computer and Information Systems Manager

Median Annual Salary (as of May 2020): $151,150

Projected Job Growth (2020-2030): 11%

Some of these professionals go by the title of IT managers. They identify problems with an organization’s information systems and find ways to streamline information analysis, sharing, and transfer. These managers also plan and direct all computer-based functions, reduce errors and costs, and determine ways to improve the organization’s IT systems.

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Medical and Health Services Manager

Median Annual Salary (as of May 2020): $104,280

Projected Job Growth (2020-2030): 32%

A bachelor’s degree in health informatics usually qualifies someone to work as a medical and health services manager. They also may go by the title of healthcare executive. They typically oversee and plan services for a department or entire facility. These professionals must remain knowledgeable of technology-related and legal changes in the health informatics field.

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Clinical Informatics Specialist

Median Annual Salary (as of May 2020): $51,840

Projected Job Growth (2020-2030): 11%

Clinical informatics specialists manage software and hardware systems, oversee facility-wide computer-based changes, and resolve problems. These specialists possess skills in computer science and healthcare management. The job typically requires identifying and eliminating errors to reduce medical costs. Some employers prefer clinical informatics specialists with graduate degrees.

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How Do I Get Into Health Informatics?

Most health informaticists need at least a two-year associate degree to prepare them with fundamental IT, healthcare, and administrative knowledge.

Pursuing a four-year health informatics degree can expand job prospects, especially for registered nurses (RNs) who want to transition into positions like clinical nurse leaders or nurse informaticists. Professionals with more defined career or leadership goals may decide to pursue a master’s or doctorate in health informatics.

People interested in health informatics careers typically need analytics, communication, and leadership skills. They should also be proficient in technology and stay abreast of technological changes. The best programs will also focus on integrity due to the sensitivity of the information in patient records.

Learners can supplement their formal education with fellowships or internships. For example, the Centers for Disease Control and Prevention has offered students a chance to apply for a paid public health informatics fellowships. Many graduates of such programs can get on an accelerated track to more long-term employment.

Continued education helps professionals maintain their qualifications in a field that changes constantly. Individuals can pursue training through massive open online courses, which focus on specialized topics. Organizations like the American Health Information Management Association offer certifications in coding, healthcare privacy and security, and other specializations.

How Long Does It Take to Get Into Health Informatics?

The time it takes to enter the health informatics field depends on the job you are pursuing and the necessary educational background. Some positions require an associate degree, which could take two years or less to complete. Higher-level positions require advanced degrees, which involve four or more years and requisite work experience.

Due to increasing job demands, some professionals shift to health informatics careers by applying their current skills and expertise. For example, RNs can leverage their experience with electronic medical records into pharmacy or nursing specialties. Early career workers or recent graduates can quicken their entry into health informatics by taking on a fellowship.

The Future of Health Informatics

As Technology Costs Decline, Use of Telemedicine Will Increase

In general, technology costs continue to decrease, contributing to patients’ and providers’ growing use of telemedicine and other communications technologies. The COVID-19 pandemic helped fuel this trend, along with younger, tech-savvy consumers who continually drive many healthcare organizations to streamline the way patients access care and interact with their providers.

More Nursing Leaders Will Use More Informatics Technology

Health informatics has garnered more attention within the nursing profession, especially among leaders. Digital communications, patient monitoring, patient records, and healthcare software applications are increasingly being used in nursing. Technology tools will likely become more prominent in nursing education and practice. Also, legislative bodies will likely call for nursing improvements through IT.

Health Informatics Will Potentially Mitigate Health Disparities

Information technologies in healthcare have continued to grow. However, this increase has partly contributed to health disparities for underserved populations. Many health informatics professionals and other healthcare experts understand the implications of health inequity. They have called for more interventions and technological improvements to help close these gaps. They want to help providers engage more with communities in need.

Healthcare technologies will become more consumerized.

Increasing numbers of consumers rely on internet connectivity to perform many everyday tasks. However, many patients still want one-on-one time with their providers and personalized attention offline, even with the availability of telemedicine and web-based appointments. Health informaticists can help find ways for technology to facilitate open patient-provider communication. They can also work to help healthcare organizations maintain their visibility and credibility to consumers.

Technologies need to become more interactive.

Many current communication technologies cannot interface or “communicate” with each other efficiently. Professionals who perform data analytics and maintain extensive medical records have raised the call for more interoperability across systems. This requires that users share, exchange, update, and manage massive amounts of information across multiple applications, devices, and other system components. Such streamlining can help data managers avoid security breaches, prevent errors, and increase the efficiency and accuracy of records.

Is Health Informatics Right for Me?

The most successful students in health informatics programs tend to enjoy problem-solving and working with computers. They usually possess good communication skills. They also tend to work well within existing rules and structures to find creative technical solutions. They also need to understand the connections among different systems, like government, healthcare, and private industry.

Even if you have the appropriate skills and knowledge, a paid or unpaid internship can serve as an excellent way to determine your suitability for a health informatics career path. Also, talk with experienced health informatics professionals, and seek mentorship and practical advice.