In-demand careers

Taught by internationally acclaimed faculty, courses in this program build the analytical skills and expertise needed to accelerate a career in industrial engineering. You’ll learn to design efficient systems that connect people, equipment and information, while mastering tools such as statistics, optimization, computer simulation and advanced analytics.

Through this program, you’ll develop the technical skills to create practical, economical and efficient solutions to complex problems across various industries. You’ll gain experience reviewing workflows, developing management control systems, analyzing data and more to design optimal processes and products. Optionally, you can also enhance your qualifications by earning a Lean Six Sigma Black Belt graduate certificate online from ASU during this program.

Industrial engineer: An in-demand and well-paid career

Industrial engineers play a vital role in automation, information control and process quality across industries from manufacturing and health care to transportation and technology. According to the U.S. Bureau of Labor Statistics, employment for industrial engineers is projected to grow 12% from 2023 to 2033, much faster than average for all occupations. The BLS also reports that the median annual wage for industrial engineers was $99,380 in May 2023.

While a master’s degree isn’t required to enter the field, pursuing one can help you specialize in the discipline and advance into leadership roles. Graduate-level education can also open doors to opportunities in research, development and other advanced positions. Additionally, as a graduate, you’ll be equipped to take the Professional Engineer (PE) licensure exam through the National Society of Professional Engineers.

Earn your industrial engineering master’s and MBA concurrently

By pursuing ASU’s online concurrent MBA and industrial engineering master’s programs, you can earn two distinct degrees in complementary disciplines. Combining advanced engineering expertise with business knowledge can give you a competitive edge in the job market.

Industrial engineering courses will deepen your understanding of information systems, management systems, operations research, production systems and quality and reliability engineering. To strengthen your business acumen, you’ll complete MBA courses covering managerial statistics, operations and supply chain management, economics, accounting, strategic management, organizational theory and more.

In this systems engineering master’s emphasis, you’ll explore the development and enhancement of all types of engineered systems from phone networks and supply chains to business software. The primary goals for all system engineers are defining needs and supporting risk management.

Throughout your coursework, you’ll focus on foundational concepts that build a broader perspective on topics such as design synthesis, engineering and system management and system validation. You’ll build the knowledge and abilities needed to comprehend complex projects in a holistic sense, including:

• Connecting system concepts and designs with their practical, day-to-day uses.
• Identifying potential problems that can arise in systems and crafting solutions.
• Understanding how the many components of a system function together and support each other.

In addition to these skills, you’ll have the opportunity to choose one specialized topic to focus your elective courses on, including hardware, innovation and entrepreneurship, quality and reliability, software or supply chains. You can also take a combination of electives that qualify you for Lean Six Sigma Black Belt certification.

Who’s a good candidate for this MEng?

The ideal candidate for this systems engineering master’s emphasis already has a career in a field such as engineering, consulting, operations, manufacturing or transportation. More broadly, this program is fitting for applicants with an interest in the early-stage needs and requirements of a manufacturing or development cycle. Completion of courses in differential and integral calculus, calculus-based probability and statistics and operations research is also crucial.

What is a degree emphasis? Is it the same as a concentration?

A degree emphasis is similar to a concentration, but there are key differences.

• A concentration is a formalized selection of courses within a major. A concentration requires a minimum of 15 credit hours of which at least nine credit hours must be upper division. Your concentration appears on both your ASU diploma and your transcripts.
• An emphasis is a selected topic area defined within the major. It’s typically 9–12 credit hours and doesn’t need to be officially declared. The emphasis will not appear on your diploma or transcripts.

The areas of quality, reliability and statistical engineering in this emphasis contribute to improving complete systems and processes. While similar, they have key distinctions.

• Quality engineering emphasizes quality assurance and control for products and services, which can apply to both development and production.
• Reliability engineering is based on ensuring a product or service continues to function as intended.
• Statistical engineering focuses on resolving intricate questions and business issues through data and analysis.

Throughout this program, you’ll learn the techniques of each and how they’re deployed in a variety of industries. The focus on customization allows you to choose courses that align with your academic and professional goals. You can continue to refine your technical skills while gaining an understanding of the management side of an organization. Additionally, you have the unique opportunity to pair your degree with ASU Online’s Lean Six Sigma Black Belt graduate certificate, with the benefit of not needing to earn additional credit hours.

Who’s a good candidate for this master’s program?

You’re an ideal candidate for this program if you have work experience in a related field. Your interest in one or more of the following disciplines can also indicate this program may be a good fit:

• Distribution and supply chain.
• Manufacturing.
• Process development.
• Product, service and engineering design.

Additionally, an advanced background in mathematics is essential. To understand the course material, you must have completed differential and integral calculus courses, as well as a calculus-based probability and statistics course.

What is a degree emphasis? Is it the same as a concentration?

A degree emphasis is similar to a concentration, but there are key differences.

• A concentration is a formalized selection of courses within a major. A concentration requires a minimum of 15 credit hours of which at least nine credit hours must be upper division. Your concentration appears on both your ASU diploma and your transcripts.
• An emphasis is a selected topic area defined within the major. It’s typically 9–12 credit hours and doesn’t need to be officially declared. The emphasis will not appear on your diploma or transcripts.

There’s high demand for technically skilled engineers who have the business acumen and leadership capabilities to manage effective teams. The U.S. Bureau of Labor Statistics (BLS) projects 6% job growth for engineering managers from 2023 to 2033, which is faster than average for all occupations. In 2024, engineering managers earned a median salary of $167,740, outpacing earnings for major engineering job categories.

This program is built for working professionals who want to expand their role and make a broader organizational impact. The curriculum advances your technical and leadership skills, providing the tools to increase your strategic value and earning potential.

Engineering and technology leadership roles span industries. To tailor your path, you’ll choose courses that align with your career goals. You also have the opportunity to earn ASU’s online graduate certificate in Lean Six Sigma Black Belt while completing your degree. This added credential can give you a competitive edge when pursuing management positions.

The knowledge and skills you'll develop

In this hands-on engineering management emphasis, you’ll gain applied skills you can use in any management role, including risk management, Six Sigma and technology leadership.

Courses also expand your technical expertise in:

• Experiment design and execution
• Project and quality management
• Software quality assurance
• Statistical learning
• Supply chain modeling

By graduation, you’ll be equipped to streamline operations, improve processes and lead high-performing teams. You’ll show impact by making data-informed decisions and guiding projects from start to finish.

What is a degree emphasis? Is it the same as a concentration?

A degree emphasis is similar to a concentration, but there are key differences.

• A concentration is a formalized selection of courses within a major. A concentration requires a minimum of 15 credit hours of which at least nine credit hours must be upper division. Your concentration appears on both your ASU diploma and your transcripts.
• An emphasis is a selected topic area defined within the major. It’s typically 9–12 credit hours and doesn’t need to be officially declared. The emphasis will not appear on your diploma or transcripts.

This program is designed to uniquely position you for leadership roles in today’s technology-driven workplaces. Throughout your courses, you'll develop expertise in software design, various development methodologies, code-based testing and proficiency in multiple programming languages. Additionally, you'll acquire a comprehensive skill set encompassing cutting-edge technologies, such as:

• Artificial intelligence.
• Big data processing.
• Cloud computing.
• Software architecture and design.
• Software integration.
• Web-based computing.

Software engineering: A well-paid and in-demand career

According to the Bureau of Labor Statistics (BLS), employment for software developers, quality assurance analysts and testers is projected to grow 25% from 2022 to 2032, which is much faster than average for all occupations. The BLS also reports that the median annual salary for software developers is $130,160 per year.

In addition to supporting increased earning potential for graduates, this program fosters future-focused learning. You'll delve into the latest technologies, gaining a solid foundation to comprehend new programming languages and techniques as they emerge. This prepares you to adapt swiftly to the evolving tech landscape, ensuring you remain at the forefront of innovation in software engineering.

Who’s a good candidate for this master’s program?

This master’s program is ideal for professionals seeking to advance their careers in software development. A computer science degree isn’t required for admission to this program. However, you must be able to demonstrate expertise in the areas of algorithm design and analysis, object-oriented programming and advanced data structures.  A foundational understanding of programming is also essential, as these concepts are assumed knowledge in the curriculum.

Tailored for working professionals, the program allows you to select study topics that align with your career objectives. Upon graduation, you'll be equipped for senior and leadership roles, empowering you to influence critical software decisions across various industries.

In this program, you’ll learn how to navigate increasingly sophisticated technologies and diversified energy sources for designing electrical devices and systems. Concepts you can explore include circuit theory, microelectronics, semiconductor technology, nanostructures, energy systems and more. You'll also gain expertise in emerging technologies, such as machine learning, robotics and virtual reality, shaping you into a leader who's equipped to forge new possibilities.

Students have the opportunity to choose from five areas of specialization for a tailored learning experience. Together with your advisor, you’ll create a custom learning path that meets graduation requirements and accelerates your skills. These specializations include:

• Electric power and energy systems
• Electromagnetics, antennas and microwave circuits
• Electronic and mixed signal circuit design
• Physical electronics and photonics
• Signal processing and communication

Electrical engineers: Well-paid and in-demand

The skills you’ll develop in this program are broadly applicable to in-demand engineering and technology positions. According to the U.S. Bureau of Labor Statistics, employment for electrical and electronics engineers is expected to grow 5% from 2022 to 2032, which is faster than average for all occupations. Additionally, the median annual pay for these positions was $109,010 in 2023, representing engineers in industries ranging from research and development and semiconductor manufacturing to electric power generation and distribution and engineering services.

Earning this master’s in electrical engineering can set you apart from bachelor’s-prepared engineers. Your specialized knowledge can enhance your salary and earning potential. Graduates complete the program equipped to make significant contributions within companies of all sizes and respected academic institutions.

This program helps you apply the science of behavior to assist individuals across diverse settings. You’ll learn how to encourage socially significant growth, foster autonomy and enhance daily experiences. As an ABA practitioner, your approach will be tailored to each person or situation, with the overall goal of promoting learning and reinforcing helpful behaviors and skills. Strategies can be applied across populations, including children, adults, families and communities. Coursework emphasizes ethical practices, data-informed strategies and implementing individualized plans to meet each learner’s goals. You’ll also study how people learn and the theories that shape behavior-based approaches.

A program that prepares you for the BCBA exam

This program meets the 315-hour coursework requirement for the BCBA exam and aligns with the BACB® Test Content Outline (6th Edition). It also meets the upcoming 2027 academic content standards under Pathway 2. The course "Fundamentals of Organizational Behavior Management" can also support alumni who previously completed coursework under the 5th Edition standards

All instructors in this program are Board Certified Behavior Analysts with real-world experience across clinical, educational and community settings. You’ll benefit from direct mentorship, practical insights and expert feedback as you progress through your coursework.

ABA therapist and more: The career paths you’ll be ready for

Becoming an ABA therapist is one of the potential career paths for graduates from this program. This program is designed to prepare you for any and all ABA careers, equipping you for roles in education, health care, business and community services.

Throughout your courses, you’ll have the opportunity to tailor assignments to align with your career goals. This includes the culminating experience, in which you’ll produce a capstone project, applied project or electronic portfolio.

In this Doctor of Behavioral Health, you’ll explore current issues in management and behavioral care in integrated primary care environments. You’ll also gain important health care administration skills needed to design, implement and evaluate integrated care programs and meet the needs of patients, providers and health care organizations. Upon graduation, you’ll be equipped with the tools, training and experience required to keep pace with new trends in behavioral intervention and pursue leadership roles in health care administration.

Coursework and more: How you’ll learn in this DBH

This behavioral health management concentration focuses on preparing you for the rapidly evolving integrated care landscape. The curriculum features self-paced learning allowing you to set your own schedule and communicate with peers and professors in real time.

Throughout the behavioral health management curriculum, you’ll focus on:

• Business entrepreneurship: Maximize your earning potential by identifying and adapting to organizational and market demands.
• Integrated behavioral health programs: Learn how to improve patient experiences, support positive clinical outcomes and reduce health care costs and inefficiencies.
• Quality and performance measurement: Improve health care delivery and patient outcomes by adopting the new Accountable Care Organization model.

This program culminates with a unique capstone research project where you’ll develop a comprehensive business plan that aligns with your personal and professional interests.

Who’s a good candidate for this management DBH?

This program is intended for students looking to enhance their clinical work and develop management skills to specialize in integrated behavioral health and health care. As an ideal candidate, you should have a strong interest in working in environments that address both medical and behavioral conditions such as hospitals, primary care clinics and more. Experience working on an interprofessional team in a medical setting would also prepare you well for this program.

In both of our DBH concentrations, clinical and management, you’ll learn about core topics, such as the delivery and economics of health care systems, the organization of health improvement incentives, population-based health management and quality and performance measurement. Additionally, both concentrations prepare you to work in integrated health care environments and support medical and behavioral health services. However, the concentration you choose will depend on whether you prefer to work directly with patients as a clinician or enact policies and create budgets to support clinicians and the patients in their care as a health care administration manager. Learn more about the differences between ASU Online’s clinical and management concentrations. Learn more about the differences between ASU Online’s clinical and management concentrations.