Is the Executive Master of Health Administration a CAHME accredited program?

Is Ohio State’s online Executive Master of Health Administration a CAHME accredited program? 

Yes, the online Executive Master of Health Administration (MHA) degree at The Ohio State University is accredited by the Commission on Accreditation of Healthcare Management Education (CAHME) 

Ohio State’s online Executive Master of Health Administration program is a healthcare management degree built for ambitious mid-career professionals seeking to advance into high-impact executive roles and lead transformational change in health services delivery, management, and policy. With all classes 100% online and asynchronous, the program offers the elite education you expect from a top-tier university with the flexibility needed by working professionals. The streamlined curriculum covers leadership competencies in the areas of management functions, health system policy, business and analytical skills, and leadership professionalism, while ensuring students complete the program in just 5 semesters. 

Following the announcement that Ohio State’s Executive MHA program was now a CAHME accredited online MHA program, we asked program director Debra Zevallos to share her thoughts on what this means for our students, for their career opportunities, and for her personally. 

Why is CAHME accreditation important for the Executive Master of Health Administration program? 

At its core, CAHME exists to advance the quality of healthcare management education, and that mission aligns perfectly with how we designed the Executive MHA. CAHME accreditation ensures our program meets national standards built by, and for, the healthcare management field with a strong focus on leadership competencies, real world application, and continuous improvement. For an executive level program, that matters. It means this degree was intentionally designed to prepare experienced professionals to lead in complex healthcare environments, not just earn a credential. 

Why is CAHME accreditation important for Executive MHA students? 

For our students, who are already healthcare leaders or emerging leaders, accreditation provides reassurance and return on investment. CAHME describes accreditation as a benchmark that signals students are well prepared to lead in healthcare management, and that’s exactly what it does here. It means your coursework is aligned with nationally validated competencies, your learning is practical and relevant, and your degree carries credibility well beyond our institution. 

Is CAHME accreditation important to employers? 

Yes, very much so! CAHME makes this very clear: accreditation serves as a trusted benchmark for both students and employers. Employers recognize that CAHME accredited MHA programs hold themselves accountable to external standards and continuous review. When they see this credential, they know graduates have been educated in programs designed to produce leaders who can think strategically, manage complexity, and make informed decisions in real healthcare settings rather than just pass courses. 

How do you feel personally about earning CAHME accreditation? 

I’m genuinely proud. Accreditation tells me, and more importantly, our students, that we are delivering on what we promise. It shows that we took the time to be intentional in designing an executive program that respects our students’ experience, challenges them appropriately, and prepares them for what’s next in their careers. I’m proud to stand behind this program and say with confidence: this degree matters, and it’s built to serve leaders who want to make a real impact in healthcare. 

Your next step toward executive healthcare leadership.  

For professionals ready to expand their impact, the online Executive Master of Health Administration offers a clear path forward. With a focus on real-world application, flexible 100% online coursework, and executive leadership development, the program is built to help experienced healthcare professionals step confidently into the next phase of their careers. 

 

Earn your place at the executive table.

Turn your clinical or management experience into strategic influence with Ohio State’s Executive Master of Health Administration and position yourself for the C-suite by building executive-level skills.

Fill out the contact form to connect with your Enrollment Advisor.

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Why is systems engineering “people engineering”?

Why is systems engineering “people engineering”?

Systems Engineering is often misunderstood as purely mechanical, but program director Sandy Furterer describes it as “people engineering”. Ohio State’s new online Master of Systems Engineering program connects people, processes, and technology, using advanced tools like cognitive human factors and model-based systems engineering. We had the chance to ask Sandy a few questions about what systems engineering is, Ohio State’s online systems engineering degree, and how this degree can have a positive impact on the careers of students.  

Tell us a bit about yourself, Sandy. 

I am a Professor of Practice in the department of Integrated Systems Engineering (ISE), Curriculum Director for our Bachelor of Science in Engineering Technology program, and the Faculty Director for the online Master of Systems Engineering program at The Ohio State University.  I have a bachelor’s and master of Industrial and Systems Engineering from Ohio State, an MBA from Xavier University in Cincinnati, and a PhD in Industrial Engineering from the University of Central Florida. I’ve been at Ohio State since 2022. As a Professor of Practice, I focus on teaching and bringing my extensive industry knowledge and experience into the online classroom. 

What is systems engineering?

Systems Engineering is connecting the entire picture and factors that impact people, processes, and systems.  Systems Engineering leverages statistics, math, data, cognitive and human factors engineering disciplines to design and develop systems. 

Why does systems engineering interest you?

Systems engineering is a fantastic discipline and area of study. It connects people, processes, and technology with tools and problem-solving methodologies that optimize and improve processes and systems. There is always a problem to solve, a process to improve, or new technology to apply to improve workplaces across all industries, some of which are healthcare, financial services, retail, manufacturing, defense industries, etc. We call it the people engineering, where we design the workplace with the people as the central focus of the system. We collaborate with people and build our systems for people and the value that they can derive from it. 

Why are you excited for Ohio State to launch a systems engineering program?

Systems engineering is a growing discipline, based on the recent market analysis conducted by The Ohio State University, Columbus has seen the highest number of unique job postings in the systems engineering occupations compared to Cincinnati, which has seen the second highest number. Columbus is a hotspot for jobs within the profiled occupations. The national average for an area the size of Columbus is 16,849 jobs, while there were 20,057 in Columbus in 2022.  Dayton is also a hot spot for systems engineers with the Wright-Patterson Air Force Base and demand for skilled systems engineers in defense-related fields.  

Who is this online Master of Systems Engineering degree for?

This program is the perfect fit for engineers working in business, industry, healthcare, government, for-profit, and non-profit organizations who already have several years of experience in the field and are ready to take their career to the next level. If you have already earned your bachelor’s degree in engineering, engineering technology, mathematics, statistics, computer science, natural sciences, and are responsible for modeling, designing, and deploying complex systems, products, services, and system-of-systems, then this is the program for you. This systems engineering program can be completed in as little as 18 months with a full-time course load, but most students complete their degree in under 2 years while taking classes part-time. 

What will I learn in this online systems engineering program? 

The curriculum focuses on the foundations of systems engineering, including the system design lifecycle, model-based systems engineering, systems requirements engineering, simulation and modeling, project management, and program management. The broad number of electives includes analytical tools and methods that optimize systems, such as design of engineering experiments, cognitive systems engineering, human-centered machine learning, visual analytics and sensemaking, and lean six sigma foundations. 

We have faculty who are experts in their disciplines and have extensive teaching and research experience.  Our program will allow you to get to know, work, and network with colleagues across a wide variety of disciplines and industries. We also have courses from Ohio State’s John Glenn College of Public Affairs focused on aspects of the public sector and federal government agencies, including risk and decision analysis in public affairs, managing public sector organizations, contract management, and federal policy and administration.   

How could a Master of Systems Engineering degree impact my career?

The Master of Systems Engineering program will take you to the next level of knowledge and application with tools and methodologies that will differentiate you from your peers when designing and developing systems.  From understanding how to better engage stakeholders to elicit and define systems requirements to managing programs and projects, these skills will help you to better collaborate with stakeholders and team members, as well as understand critical factors that are part of complex systems. 

What kind of systems engineering jobs does a Master of Systems Engineering degree open up for me?

This degree will help you to advance into or within the systems engineering jobs across a wide variety of industries that are embracing systems thinking and designing and deploying complex systems, such as defense, healthcare, financial services, manufacturing, retail, and others.  Understanding how best to design and manage systems will open up opportunities to move into technical managerial positions.   

Elevate your career with an online systems engineering degree.

Ohio State’s Master of Systems Engineering program is specifically designed to provide you with the advanced tools and methodologies needed to differentiate yourself from your peers and transition into high-level technical roles. You will learn to connect the entire picture of people, processes, and systems to solve the most pressing challenges across industries like healthcare, defense, and manufacturing. Whether you are looking to master model-based systems engineering or dive into risk and decision analysis, this program offers the specialized knowledge to lead in today’s complex industrial landscape. Request more information today and find out how you could earn your degree fully online in as little as 18 months.

 

Engineering excellence starts at Ohio State.

Request more information to connect with your Enrollment Advisor and see how Ohio State’s online Master of Systems Engineering can easily fit your schedule and help you reach the next level of your career.

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Leading the future of healthcare: Inside Ohio State’s Executive Master of Health Administration 

Leading the future of healthcare: Inside Ohio State’s Executive Master of Health Administration 

Healthcare is evolving rapidly, and the need for strong, strategic leadership has never been greater. The Executive Master of Health Administration (EMHA) at The Ohio State University is designed to meet that need, equipping experienced professionals with the skills to lead complex organizations and improve patient outcomes. In a recent conversation, program director Debra Zevallos shared her insights into the Executive MHA degree, the kind of leaders it aims to develop, and the healthcare field in general. 

Tell us a bit about your background, Debra. 

I bring more than 25 years of healthcare leadership experience spanning military service, hospital operations, and higher education. My career began as a Medical Service Corps officer in the U.S. Navy, where I developed a strong foundation in leadership, operations, and mission-driven service. I later served in several senior executive roles within health systems, leading complex service lines, strategic initiatives, and organizational improvement efforts. I have since transitioned to academia, where I focus on preparing the next generation of healthcare leaders through teaching, program development, and administrative leadership.  

What is health administration? How would you describe it? Why is health administration important? 

The field of health administration (sometimes called healthcare administration or healthcare management) is focused on planning, leading, and improving how healthcare organizations operate so they can deliver safe, high-quality, and efficient care. At its core, it sits at the intersection of business, public health, and clinical care. Instead of treating patients directly, healthcare administrators design and manage the systems and people that make accessible, equitable, safe, and high-quality care possible. 

Why are you excited that Ohio State launched an online Executive Master of Health Administration program?  

Adding an executive online track to our #5 nationally ranked MHA program deepens the institution’s impact in preparing the next generation of healthcare leaders while expanding partnerships with health systems and communities. It provides experienced working professionals, who are often mid-career leaders who cannot relocate or step away from their roles, access to the program’s academic rigor, reputation, and powerful professional network.  

The online executive format also broadens the cohort geographically and professionally, enriching learning through perspectives from diverse organizations, sectors, and regions. Ultimately, this track extends the program’s reach, strengthens the leadership pipeline, and positions us to meet growing demand for high-quality, flexible healthcare management education that can immediately influence practice, organizations, and patient care outcomes. 

Who is this online Executive MHA degree for? 

An Executive MHA program is designed for experienced healthcare professionals who want to move into higher-level management or executive roles while continuing to work full-time. Cohorts often include clinicians transitioning into leadership (physicians, nurses, therapists), mid-career administrators and managers, military or government healthcare leaders, and professionals in quality, operations, finance, or population health who are ready to broaden their strategic and system-level skills to prepare for advanced leadership roles. 

Successful students approach their studies with intention, strong time management, and a clear link between coursework and career goals. Building relationships with classmates and faculty strengthens both learning and professional networks, while staying organized, communicating proactively, and keeping long-term leadership goals in focus helps students get the most from the program. 

Who will succeed in this online Executive MHA program? 

Executive MHA students are experienced working professionals who typically bring at least five years of clinical, leadership, or management experience to the classroom. They are often already supervising teams, leading projects, or managing programs within healthcare organizations and are ready to expand their strategic, financial, and systems-level expertise.  

This depth of professional experience enriches discussion, allowing students to learn from one another’s real-world challenges and successes while immediately applying new concepts in their workplaces. The result is a collaborative, practice-focused learning environment designed for professionals preparing to step into more senior leadership roles. 

As a student, what are the main things I will learn in this program? What will the curriculum focus on?

Healthcare administrators lead and support the people and systems that allow clinicians to do their jobs well. The program will prepare you to lead through complexity — to improve systems, support teams, and shape the future of healthcare. The curriculum focuses on executive skills development, operations management, quality and process improvement, financial and strategic leadership, data analytics, health policy, law, and ethics. 

As a graduate, how could an Executive Master of Health Administration degree impact my career? Is a healthcare administration degree worth it?

Earning an Executive MHA can be a powerful turning point for healthcare professionals who want to move from strong operational or clinical roles into broader leadership. The degree builds skills in strategy, finance, quality improvement, and systems thinking, helping you see beyond a single department to how entire organizations function and improve. It often strengthens credibility at the leadership table and can be a career catalyst for expanding networks, accelerating growth, increasing influence, and leading meaningful change on a larger scale. 

What kinds of healthcare administration jobs does an Executive Master of Health Administration degree open up for me?  Is healthcare administration a good degree?

Healthcare administrators work in a wide range of leadership and management roles across healthcare or health-related systems. Common roles include clinic or service line administrator, quality and patient safety leader, operations director, practice manager, project manager, population health manager, and executive “c-suite” positions such as chief executive officer, chief operating officer, chief financial officer, chief information officer, and chief human resources officer.  

They work in organizations like hospitals and health systems, physician practices and ambulatory care centers, long-term care and rehabilitation facilities, public health departments, insurance and managed care organizations, community health nonprofits, government agencies, consulting firms, and healthcare technology companies. 

How long will it take me to complete this online EMHA degree?

This full-time, accelerated program can be completed in five consecutive semesters (including summer), which takes about 19 months. Each semester, you will enroll in three courses (9 credits total): one 14-week course and two 7-week courses offered in staggered sessions. This structure allows you to complete a full-time course load while concentrating on no more than two courses at a time. 

Tell us about the faculty who are teaching in this online healthcare administration program?

Having both academic scholars and practitioner-scholars on our MHA faculty creates a stronger, more relevant learning experience by blending theory with real-world application. Academic faculty contribute research expertise, evidence-based frameworks, and strong grounding in leadership, finance, policy, and systems thinking, while practitioner-scholars bring current industry experience, practical insights, and examples from active leadership roles in healthcare organizations. 

Together, they help students connect what they learn in class to how healthcare actually operates by translating concepts into decision-making, strategy, and operations. This balance also expands professional networks, exposes students to current challenges and innovations in the field, and better prepares graduates to lead in complex healthcare environments immediately after completing the program. 

Your next step toward executive healthcare leadership.

For professionals ready to expand their impact, the online Executive Master of Health Administration offers a clear path forward. With a focus on real-world application, flexible 100% online coursework, and executive leadership development, the program is built to help experienced healthcare professionals step confidently into the next phase of their careers. 

 

Earn your place at the executive table.

Turn your clinical or management experience into strategic influence with Ohio State’s Executive Master of Health Administration and position yourself for the C-suite by building executive-level skills.

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What is nondestructive evaluation?

What is nondestructive evaluation?

Nondestructive evaluation (NDE) refers to a group of techniques used to inspect materials, components, and welds for defects and evaluate material integrity without causing damage. 

Instead of cutting apart a sample or breaking it during testing, NDE methods use tools such as sound waves, radiation, magnetic fields, or penetrant dyes to identify internal or surface defects. 

If you work in welding inspection, quality control, or materials engineering, you may already be familiar with nondestructive evaluation, but you may also hear several related terms: 

  • NDT: nondestructive testing 
  • NDI: nondestructive inspection 
  • NDE: nondestructive evaluation 

These terms are often used interchangeably, but they emphasize slightly different aspects of the process: 

  • Testing (NDT) focuses on performing the inspection method. 
  • Inspection (NDI) emphasizes verifying compliance with codes and standards. 
  • Evaluation (NDE) includes interpreting the data gathered during testing to determine structural integrity. 

The interpretive element of evaluation is critically important and requires a more advanced understanding of key welding engineering concepts. Engineers must understand not just how to run a test, but how to analyze results and determine whether a weld meets safety and performance requirements.  

If you already hold certifications like Certified Welding Inspector (CWI), pursuing advanced welding engineering education in nondestructive evaluation is a natural next step in advancing your technical expertise. This is why the Master of Science in Welding Engineering at The Ohio State University includes an entire class dedicated to nondestructive evaluation. This dedicated coursework focuses on how to interpret inspection data, evaluate weld quality, and understand the capabilities and limitations of different NDE methods, while equipping welding inspectors to effectively advance their careers beyond testing and inspection. 

Nondestructive vs. destructive testing

To understand why nondestructive evaluation is so valuable, it helps to compare it with destructive testing. 

Destructive testing

Destructive testing intentionally damages or breaks a sample to measure its properties. Some examples may include tensile testing, bend testing, or fracture testing. 

These tests provide precise information about material properties such as strength, ductility, and fracture behavior, although the sample being tested cannot be used afterward. 

Nondestructive testing

Nondestructive testing allows engineers to inspect components without damaging them, meaning the inspected part can remain in service. Engineers apply these techniques to inspect welded joints and structural components while keeping them operational. 

NDE techniques are used throughout the lifecycle of a component during manufacturing, construction, maintenance, and inspection. 

What is NDE used for?

Nondestructive evaluation is widely used across industries where safety, reliability, and quality control are critical. 

Common applications can include: 

  • Weld inspection in fabrication and manufacturing 
  • Pipeline and pressure vessel inspection 
  • Aerospace component evaluation 
  • Power plant equipment monitoring 
  • Bridge and infrastructure maintenance 
  • Manufacturing quality assurance 

Welded structures often operate in demanding environments, so identifying defects early can help prevent costly failures and safety risks. 

Types of nondestructive testing methods 

Engineers typically rely on several major nondestructive testing methods to detect weld defects and evaluate material quality.  

Some of the most common techniques include: 

  • Visual Testing (VT): As the most widely used inspection method, engineers measure welds to make sure they conform to the design tolerances, and they examine weld surfaces using the naked eye or tools such as magnifiers and borescopes to identify surface cracks, incomplete welds, or visible porosity. 
  • Ultrasonic Testing (UT): Uses high-frequency sound waves to identify internal defects. 
  • Radiographic Testing (RT): Uses X-rays or gamma rays to make images of the internal makeup of a weld. 
  • Magnetic Particle Testing (MT): Detects surface and near-surface defects in ferromagnetic materials. 
  • Dye Penetrant Testing (PT): Identifies surface defects. 

How NDE helps weld defect detection

Weld defects or discontinuities can significantly affect the strength and reliability of a structure. Therefore, welding codes and standards have specific acceptance criteria regarding the size, spacing, and distribution of specific discontinuities. Nondestructive evaluation methods allow engineers to detect these discontinuities after welding to ensure they meet acceptance criteria, and to detect growth of discontinuities and new defects while the component is in service before they lead to failure. 

Common weld defects include: 

  • cracks 
  • porosity 
  • slag inclusions 
  • lack of fusion 
  • incomplete penetration 

Different inspection methods are better suited for identifying specific defects. For example, radiography may reveal internal porosity, while ultrasonic testing can detect deeper flaws in thicker welds. 

Why nondestructive evaluation matters

Nondestructive evaluation plays a critical role in modern engineering because it allows inspectors and engineers to evaluate materials without compromising structural integrity. 

The benefits include: 

  • Improved safety – Detecting defects early helps prevent catastrophic failures in pipelines, bridges, aircraft, and pressure vessels. 
  • Cost savings – Identifying problems before they worsen reduces expensive repairs and downtime. 
  • Quality assurance – Manufacturers rely on NDE to verify that welds meet engineering standards and specifications. 
  • Regulatory compliance – Many industries require nondestructive testing to meet strict safety and reliability standards. 

Advancing your nondestructive evaluation expertise at Ohio State

When you become an online Master of Science in Welding Engineering student at The Ohio State University, your coursework helps you move beyond performing welding inspections and into analyzing and interpreting the results. Ohio State is the only institution in the nation to offer the Master of Science in Welding Engineering. This unique, 100% online program provides you with specialized knowledge to lead in the welding industry. 

In your classes, you’ll explore the science behind inspection technologies, examine the strengths and limitations of different NDE methods, and develop the skills needed to evaluate weld quality in critical applications. 

As a Buckeye welding engineer, you’ll gain the technical knowledge and analytical tools needed to assess weld integrity, interpret inspection data, and help ensure the safety and reliability of the welded structures that support modern infrastructure. 

What you’ll learn in your NDE coursework at Ohio State

Nondestructive evaluation is one of the core courses within the Master of Science in Welding Engineering curriculum at Ohio State. 

In the nondestructive evaluation class, you’ll explore: 

  • The main concepts of nondestructive evaluation for materials and welded structures 
  • The principles behind conventional NDE inspection methods 
  • The capabilities and limitations of different inspection techniques 
  • How NDE methods are applied to evaluate welded joints 

These topics help you build the analytical skills needed to interpret inspection data and support real-world engineering decisions. 

If you’re interested in advancing your expertise in weld inspection and nondestructive evaluation, the Master of Science in Welding Engineering program at Ohio State provides the coursework and training to deepen your technical knowledge and strengthen your career in welding engineering. 

 

Build the career you are looking for.

Engineering excellence starts at Ohio State. Ready to get started? Request more information to see how Ohio State’s online Master of Science in Welding Engineering can elevate your skills and advance your career.

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Is the Doctor of Nursing Education program NLN CNEA accredited? 

Is the Doctor of Nursing Education program NLN CNEA accredited?

Yes, the online Doctor of Nursing Education (DNE) program at The Ohio State University holds initial accreditation from the National League for Nursing Commission for Nursing Education Accreditation (NLN CNEA). 

Ohio State’s online Doctor of Nursing Education is a professional nursing doctoral degree designed to prepare nursing educators with doctoral-level training in teaching skills to educate future nurses to meet healthcare workforce needs. To support busy nurse educators across the nation, 100% of these accredited nursing courses are online with no on-campus requirements. The DNE program offers two tracks: Academic Nursing Education for those who want to teach collegiate nursing education and Nursing Professional Development for those who actively train healthcare professionals in the workforce. 

We had the chance to ask program director Tara Spalla King a few questions about what this accreditation means for the program, its students, and for her personally. 

Why is NLN accreditation important for the Doctor of Nursing Education program? 

“Earning accreditation strengthens the DNE program’s credibility and signals our commitment to quality, innovation, and continuous improvement in doctoral nursing education.” She also noted that this accreditation affirms that the program “meets the highest national standards, delivering evidence‑based, up‑to‑date curricula that prepare nurse educators for excellence.” 

NLN CNEA Commission for Nursing Education Accreditation Seal

How does accreditation benefit Doctor of Nursing Education students? 

“Accreditation assures DNE students that they are receiving a rigorous, high‑quality education that meets national standards and supports their future academic and professional growth. For our students, accreditation opens doors, enhancing employment opportunities, supporting financial aid eligibility, and signaling to employers that they have been prepared in a program committed to excellence in nurse educator development.” 

This accredited continuing education for nurses not only acts as a stamp of approval from the NLN CNEA, but it also makes many forms of financial aid more accessible to you. Federal financial aid and student loans consider accreditation factors when distributing funds and can be one way to defray the cost of earning your doctorate.  

Is accreditation important to employers of DNE graduates? 

“For many employers, including academic institutions, accreditation matters. It signals that DNE graduates are well‑prepared, competency‑driven, and ready to excel as nurse educators. Accreditation gives employers confidence that DNE graduates come from a program grounded in quality, rigor, and evidence‑based educational practice.” 

Even if you aren’t planning to make a career change, accreditation is still important because many organizations offer tuition reimbursement only to employees who enroll in an accredited academic program. This can open up brand new avenues of funding your education and advancing your career. Consider asking your employer about what tuition reimbursement options are available to you so you don’t miss out on “free money.” 

How does earning this accreditation make you feel?

“Earning accreditation fills us with pride and affirmation. Our vision for the nation’s first Doctor of Nursing Education program has been recognized for excellence and impact. This accreditation energizes us for the future. It honors the dedication of our students, faculty, and partners, and confirms our commitment to delivering a high‑quality, evidence‑based doctoral program.” 

Since its inception in 2023, Ohio State’s DNE program has been equipping students and graduates to be expert nursing educators dedicated to teaching clinical skills to prepare the next generation of nurses. If you are looking for a terminal nursing degree and want to make a lasting impact on the lives and careers of future nurses, connect with your Enrollment Advisor today by requesting more information about the online Doctor of Nursing Education program. 

 

Change the future of nursing education.

Whether you’re looking to become an expert nursing educator in academia or in a healthcare setting, Ohio State’s Doctor of Nursing Education program will equip you to lead the future of nursing education. 

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5 reasons to become a nursing educator 

5 reasons to become a nursing educator

After building your clinical experience, the next meaningful step in your career may be sharing your knowledge to educate and mentor future nurses. How to become a nurse educator typically starts with understanding the role and impact of nursing education, which is more than just a new job; it’s a vital contribution to the long-term quality and value of health care. 

What is a nursing educator? 

A nursing educator is a specialized professional who teaches, mentors, and guides students. Drawing on broad clinical experience, they offer insight into a variety of roles and fields, helping students develop a personalized nursing career pathway. Beyond the classroom, their roles and responsibilities may include providing resources for professional development, career services, and assistance to help graduates successfully transition into their new roles. This highlights why nursing education is important in shaping competent and confident healthcare providers. 

Benefits of becoming a nursing educator 

The career transition to nursing education offers profound professional and personal rewards. 

1. Maximize your impact on future nurses and patients 

As an educator, your influence multiplies. By training new nurses, you are ensuring they are prepared with the clinical and ethical foundation necessary for high-quality patient care. You gain immense influence on the next generation of health care providers, fundamentally shaping the profession’s trajectory for the better. 

2. Solve a critical national shortage 

Tens of thousands of qualified students are turned away from programs each year due to limited faculty and resources. With the U.S. facing a growing nursing shortage, you have the chance to make a real difference as a nursing educator. By becoming a nursing educator, you can mentor the next generation of nurses, help expand program capacity, and ensure patients continue to receive high-quality care as the workforce adapts to retirements and an aging population.   

3. Unlock professional growth and development 

The role of an educator demands continuous learning, keeping your clinical knowledge current and refining your teaching methodologies. This constant evolution fosters professional growth and development that is essential for educators in both academic and nursing professional development settings. Exploring advanced programs such as the Doctor of Nursing Education (DNE) program at The Ohio State University can further support your career advancement and mastery of nursing education principles. 

4. Pursue advanced career opportunities 

If you have a bachelor’s degree in nursing, a certification may be a good way to demonstrate commitment to ongoing professional growth as a nursing educator. If you have earned your Master of Science in Nursing and are ready to pursue a terminal degree, Ohio State’s Doctor of Nursing Education can prepare you to become an education leader in academia or healthcare settings, such as hospitals, clinics, or home care, helping you take your career to the next level. 

5. Find flexibility and work-life balance 

While rigorous, many academic roles offer a different schedule than traditional clinical settings, which may lead to enhanced flexibility and work-life balance. These benefits make nursing education an attractive path for experienced nurses seeking meaningful impact with sustainable work schedules. If this sounds appealing, becoming a nursing instructor at a college or university may be a good fit for you. 

How to become a nursing educator with Ohio State 

For nurses who already hold a master’s degree in nursing and want to focus on education, specialized training is key. The Ohio State University’s online Doctor of Nursing Education (DNE) degree provides advanced educational theory and clinically informed teaching principles to help nurses thrive as educators. 

The 100% online DNE program offers two specialized tracks: The Academic Nursing Education track, designed for those who want to teach in colleges and universities, and the Nursing Professional Development (NPD) track, focused on educating nurses in clinical and workforce settings. Both tracks include field immersion experiences and a culminating project, allowing nurses to tailor their training to the environment where they want to make the biggest impact. 

If you are ready to make a significant contribution to nursing, the online Doctor of Nursing Education provides the education and strategies needed to become an expert educator with the highest level of education in the field. Connect with your Enrollment Advisor today to discover how the Doctor of Nursing Education can transform your career and the lives of your students. 

Change the future of nursing education.

Whether you’re looking to become an expert nursing educator in academia or a healthcare setting, Ohio State’s Doctor of Nursing Education program will equip you to lead the future of nursing education.

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Discussing the Value of Professional Development in Nursing Education

Nursing professional development (NPD) practitioners hold a wide range of degrees at the doctoral level, from EdD to PhD to DNP, but until recently, none of the available degrees have specialized in NPD. The Ohio State University Doctor of Nursing Education program directors Tara King and Tara O’Brien recently joined the Association for Nursing Professional Development’s NPD Forecast Podcast to share insights into Ohio State’s Doctor of Nursing Education specialized track for nursing professional development practitioners and staff development nurses. Take a listen and find out how this ground-breaking online doctorate in nursing education got started and how it was created with nursing professional development professionals in mind.

Change the future of nursing education.

Whether you’re looking to become an expert nursing educator in academia or a healthcare setting, Ohio State’s Doctor of Nursing Education program will equip you to lead the future of nursing education.

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Transcript

3 impacts of an online Master of Healthcare Innovation degree

Today’s healthcare environment is complex, fast-moving, and in constant need of transformation. That’s why The Ohio State University’s online Master of Healthcare Innovation (MHI) program is designed to go beyond theory and make an immediate impact. It empowers professionals like you to lead change, implement new ideas, and take bold steps forward in their careers across a wide range of medical disciplines.

We sat down with several Ohio State Master of Healthcare Innovation alumni to hear why innovation is important in healthcare. They also shared how they use what they learned in the online MHI degree to transform their careers, lead their healthcare organizations, and create positive change.

Career transformation

For many Master of Healthcare Innovation graduates, the knowledge, skills, and tools they gain in the program lead directly to new career opportunities and increased salaries that weren’t available through job experience alone. For others, a healthcare innovation master’s opens careers in a completely different industry.

Laura Potts is now the Senior Quality Manager at Harding Hospital, but that wasn’t always the case. “I was working in substance abuse and mental health on the floor and since completing the MHI program, I have taken the step to a quality position.”

Amy Whittington shared that she is now a Clinical Informatics Consultant for The James Cancer Hosptial which is “a completely new role for me. I had 14 years of neonatal and ICU bedside experience and I actually went completely from neonatal to adults and from bedside nursing into the role of training and helping to drive innovation for IT.”

Jeff Frantz II, who works as the Training and Development Leader for Jazz Pharmaceuticals, had a background in the sales industry before transitioning into the pharmaceutical side of healthcare.

“After I finished my bachelor’s degree. I didn’t know what I wanted to be when I grew up. So, I followed a career in professional sales. Getting into the pharmaceutical industry made me want to learn to like learning again.”

And that’s when the puzzle pieces started falling into place for Jeff. “Our company rolled out the opportunity to get tuition reimbursement. I had never really considered going back to school. But because of that time I had spent within pharmaceuticals and learning to like learning again, I reached out and said, ‘I haven’t been in school for a very long time. Would I even be a serious candidate for something like this?’ Because as I reviewed the course content, it aligned with a lot of my company’s goals and a lot of my professional goals.” Jeff then decided to enroll in the Healthcare Leadership and Innovation Graduate Certificate, and after doing well in those courses, he rolled those credits into the full Master of Healthcare Innovation program.

Leading through innovation

Everyone likes to talk about healthcare innovation, but what is innovation in healthcare and what does it look like to implement it? Allison Beedy, a Clinic Nurse Manager at the Total Health and Wellness Clinic in Columbus, Ohio, discovered what innovation in healthcare truly means.

“Innovation was like a buzzword that everyone thought they knew but in order to really fully understand it, you would have to go through this program. Innovation takes on so many different components that people don’t quite understand. The program definitely helped me understand where healthcare is going and how I could be an innovator within healthcare. Whether it was with leadership, program development, or product development, those are some things that it really helped me understand.”

Allison also described how the healthcare innovation master’s gave her a broader understanding of “what were the necessary steps for innovation in healthcare, using evidence-based practice, how it would work in groups, and how you can communicate effectively. Those are some things that really helped me in my work now.”

Goldie Moritz, a Nurse Manager at The Ohio State University James Cancer Hospital, completely transformed the way she leads her staff. “I’ve had up to 109 employees and change is very difficult for people. So one of my guiding principles has been design thinking. I always start with my team and I present them things and say, ‘help me make it work. What do you guys think we should do here?’ So I think that has always helped me be successful with my team.”

For Amy Spurlock, the Strategy Director at Elevance Health, her master’s in healthcare innovation gave her a completely new way of thinking about problem-solving. “The idea of looking holistically and not only where we can innovate and renovate, which is always where we seem to focus, but it was ‘exnovate’ that really caught my attention. We are constantly building on top of old processes and old ways of thinking, but really looking at where we can exnovate, where there’s maybe no longer value added. It’s something that I have carried forward.”

Amy Whittington, Jeff Frantz II, and Laura Potts all echoed the sentiment that just because something isn’t completely broken doesn’t mean it should stand in the way of finding a better solution. For Amy, the online MHI degree helped her find her voice. “I think that going through the healthcare innovation program helped me prepare for a lot of things in my career. It really helped me feel that my voice can be heard and that I do not always have to be satisfied with the status quo. We can go against the grain, whether that be trying to implement new knowledge, implement new technologies, develop practice, or advance the technology that already exists. We don’t have to be satisfied with the way things are,; we can use our voices and work with leadership to push through to get these ideas further.

Jeff was frustrated by a common excuse, but his healthcare innovation master’s taught him a better response. “I’m sure we’ve all heard the phrase ‘the way we’ve always done it’, right? Just because ‘the way we’ve always done it’ might work sometimes and it might not work all the time, but I think just having the interest in seeing, well, could it be done better? That’s just like a small niche of the program that I use daily.”

Laura summed up the idea succinctly.

“I think outcomes are much more important than the process. If we can get to those outcomes, we can change the process.”

Real-world tools

One thing that sets the Master of Healthcare Innovation program apart is how applicable it is to day-to-day healthcare challenges. Unlike an MBA in healthcare innovation, this degree focuses on developing innovative solutions and real-world applications, rather than just understanding traditional healthcare management. Graduates pointed to specific concepts they now use regularly to lead teams, guide strategy, and drive improvement.

    • Design thinking – Jeff Frantz found design thinking extremely applicable. “I would say in training and development, design thinking is something that I use very regularly. We talk a lot about not reinventing the wheel just to create new content or a workshop. But having practicality to it and the gap analysis is a big piece of that, and determining what’s needed. My boss leans on me a lot to bring some of the creative, new, and innovative ideas because a lot of that stems from design thinking.”

    • Emotional intelligence – Amy Spurlock pointed to emotional intelligence as very important for future healthcare leaders. “Having that self-awareness, that relationship management, I think are so important. The other thing is appreciative leadership. It was a term that I learned through the MHI program that I love and that I really latched on to.”

    • Mind maps – Julia expressed that the mind map framework is something that really stuck with her. “I find myself jotting things down or taking notes in any setting. And frequently I’m like, ‘I just made a mind map.’ It’s kind of ingrained in me, but I reference it frequently.” Jeff was able to share mind maps and create value within his organization. “We actually brought mind maps into our work, and you’d be surprised how many people in senior leadership have never seen one. It’s like you’ve invented bread to them.”

Parting advice

We also asked what advice they would give someone in the online MHI program or considering applying to the program.

Jeff spoke to how applicable the coursework is to everyday job tasks. “When I decided to pursue a master’s in healthcare innovation, I wanted some of that business of healthcare to align with it. What I see, having finished the program and then taking on a leadership role, is that these themes and the curriculum translates to the real world and in the workforce. So there’s just so much that comes organically. When you really try to implement some of the very specific learnings, it translates very, very well for us.”

Julia spoke to fellow nurses who are wondering what to do next.

“With a new degree comes new opportunities. So, once you achieve that new degree, you make a change… Don’t overanalyze it. Don’t think, ‘what am I supposed to do next?’ Go with your gut. This program is preparing you interdisciplinarily. You already have great experience as nurses. And this program is just building on that. So, no matter what you do, you’re going to have different opportunities present themselves.”

Allison shared that, just like any type of innovation, sometimes you can break new ground through the job role you fill. “I think as an MHI graduate, you have to take some responsibility for educating people about what you can do with the degree. That was something that I found when I was interviewing. You kind of have to tell them what you can do with it, or what you hope to do with it, but I think you can create your own job too… and mold it to what you want to do with healthcare.”

Ready to transform healthcare?

If you’re ready to lead innovation in your healthcare organization and take your career in a bold new direction, the 100% online Master of Healthcare Innovation at The Ohio State University offers the real-world tools, mindset, and flexibility to get you there. Apply today or connect with an Enrollment Advisor when you request more information.

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What can I do with a Master of Engineering Management degree?

What can I do with a Master of Engineering Management degree?

If you’re an engineer who is ready to lead projects and innovate, a Master of Engineering Management (MEM) may be the next step in your career. Blending engineering expertise with business and leadership skills, an MEM degree opens the door to roles that shape the future of a number of industries. If you’re wondering, “what can I do with an engineering management degree?” The answer is: A lot more than you might think!

What is engineering management?

So, what is an engineering manager, and what does an engineering manager do? Engineering management sits at the intersection of technology and business. It equips professionals with the tools to lead complex projects, manage interdisciplinary teams, and make data-informed strategic decisions. Think of it as an MBA tailored specifically for engineers where you’re not only managing material and human resources, you’re managing innovation.

Career opportunities with a master’s in engineering management

Engineers who pursue a Master of Engineering Management often transition into leadership roles across sectors like aerospace, manufacturing, health care, energy, defense, and technology. Whether you’re looking to step into a team lead position or move up to senior management, the skills gained through an engineering management master’s can prepare you to drive results on a larger scale.

Job roles and titles for engineering management graduates

With a master’s in engineering management, graduates are prepared for titles such as:

  • Aerospace engineer
  • Automotive engineer
  • Chemical engineer
  • Civil engineer
  • Computer hardware engineer
  • Industrial engineer
  • Industrial production manager
  • Wind energy engineer

If you’ve ever wondered “what can I do with an engineering management degree,” this list is just the beginning. These roles combine deep technical knowledge with strategic oversight, making you a vital link between engineering teams and executive decision-makers.

Salary expectations and career growth

Engineering management degree salary expectations are strong across the board. According to the U.S. Bureau of Labor Statistics, engineering managers earn a median salary of $167,740 per year. Regional and industry variations can push salaries higher, especially in high-demand sectors like tech and energy.

Beyond salary, career growth for engineering managers is projected to remain steady, with the BLS projecting a 6% growth over the next decade. So if you’re asking “is a master’s in engineering management worth it,” the return on investment in terms of salary and upward mobility speaks for itself.

Benefits of pursuing a master’s in engineering management

1. Enhanced leadership and management skills

A Master of Engineering Management equips you with the skills to lead with clarity and confidence. You’ll gain practical knowledge in areas like project management, financial oversight, organizational behavior, and strategic decision-making. These tools are essential for navigating high-stakes environments, coordinating multidisciplinary teams, and delivering results under pressure. Whether you’re overseeing a complex engineering initiative or managing a department, this degree helps you bridge the gap between technical execution and effective leadership.

2. Promotion and career advancement

Earning a Master of Engineering Management can be a catalyst for career advancement, opening doors to roles like program manager, engineering director, or operations lead.

In Ohio State’s online Master of Engineering Management program, you’ll gain strategic skills in financial statement analysis, managerial accounting, project leadership, and equipping you to drive innovation and support organizational goals. You’ll also learn to lead diverse teams, communicate with business leaders, analyze large data sets using visualization techniques, and understand global trends linking science, engineering, and public policy. This powerful combination of technical and managerial expertise positions you for faster promotions and broader leadership opportunities.

3. Increased marketability and job prospects

Standing out in the job market requires more than technical know-how. Employers are looking for engineers who understand business, lead teams, and drive innovation.

According to the most recent data from the Bureau of Labor Statistics, the most in-demand jobs include industrial engineers, with projected growth of over 12% within the next 10 years. The second most in demand are chemical engineers, with 10% projected growth. Bioengineers, biomedical engineers, and computer hardware engineers expect more than 7% growth, while aerospace engineers are expected to grow by 6%. No matter what corner of the engineering industry you come from, there is plenty of growth expected in the near future and a need for well-educated engineering managers.

How long does it take to get a master’s degree in engineering?

At Ohio State, the online MEM program is designed to be flexible, allowing you to complete your degree in about two to three years, depending on your course load and schedule. All engineering courses in this program are asynchronous as well. This allows you to balance work, life, and school without putting your career on hold.

Whether you’re balancing a full-time job or planning your next career move, Ohio State’s programs are designed with flexibility and rigor in mind so you can earn your degree on your terms, without compromising on quality.

How to choose the right Master’s in Engineering Management program

Not all MEM programs are created equal. Here are some things to look for:

Instruction type and flexibility

How courses are delivered can make a huge impact on your schedule when you are earning a master’s degree, so choose wisely. Many engineering management programs require you to attend a class at a set time for every single course. Some programs even make you spend weeks on their physical campus, disrupting your life and work schedule. Every course in Ohio State’s Master of Engineering Management program is 100% online, and all engineering courses are offered asynchronously, which means you have the flexibility to complete coursework on your schedule. Courses are taught by the same professors who teach on campus, so you are still getting the highest quality instruction with no campus visits required.

Accreditation and program reputation

When choosing a master’s program, reputation matters. An accredited program ensures that the curriculum meets rigorous academic and industry standards giving you confidence in the education you’re investing in.

Accreditation also signals quality to employers, which can impact hiring decisions and salary negotiations. By selecting a degree from a well-respected institution like Ohio State, you benefit from a legacy of academic excellence, strong alumni networks, and industry partnerships that support career advancement long after graduation.

The Ohio State University is accredited by the Higher Learning Commission. The Higher Learning Commission, or HLC, is an institutional accrediting agency recognized by the U.S. Department of Education.

Ohio State’s online Master of Engineering Management degree is also consistently top-ranked as one of the best online programs by U.S. News & World Report. So not only are you earning a master’s degree from the comfort of your own home, but you are earning a degree from one of the best programs in the nation.

Curriculum and specialization options

The online Master of Engineering Management program at Ohio State offers a flexible, 30-credit curriculum that blends technical expertise with business and leadership skills, ideal for engineers ready to lead. Core courses cover project management, financial and managerial accounting, technology strategy, and data visualization, while electives allow customization in areas like sustainability, public policy, and Lean Six Sigma. The program culminates in a hands-on capstone focused on operational excellence and continuous improvement.

Why choose Ohio State’s online MEM program

The Ohio State University offers a dynamic, fully online learning experience grounded in collaboration and excellence. The Master of Engineering Management (MEM) program is shaped by partnerships with the Fisher College of Business and the John Glenn College of Public Affairs, giving you access to world-class faculty and real-world leadership expertise in the fields of engineering, business, and public affairs. With a program that’s ranked #13 in the nation and the flexibility of many asynchronous classes that you can take from anywhere, it’s clear that engineering excellence starts at Ohio State.

Take the next step and lead the future of engineering.

Request more information to see how Ohio State’s online Master of Engineering Management can easily fit your schedule and help you reach the next level of your career.

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What’s the difference between a welder and a welding engineer?

What’s the difference between a welder and a welding engineer?

If you’re looking to get into the welding industry, it is crucial to know the difference between welders and welding engineers. Both are crucial to the construction, manufacturing, and materials joining industries, but they are worlds apart in terms of responsibilities, education, and career prospects.

If you want to take your engineering career to the next level, The Ohio State University offers the only Master of Science in Welding Engineering degree in the nation, a big step toward becoming a leader in this in-demand industry.

Welder vs. welding engineer

Welding engineering is more than just joining metal; it’s an engineering discipline that combines advanced science, technology and, hands-on skill. In the industry, the terms “welder” and “welding engineer” represent two different career paths with different roles, qualifications, and expectations.

What is a welding engineer?

If you’re asking yourself, “Why are engineers important?”, welding engineers offer a clear answer. They ensure structural safety, production efficiency, and quality assurance in complex manufacturing environments — which all contribute to modern industry.

Welding engineers are highly trained professionals who design, develop and oversee welding processes. They use advanced knowledge in materials science, metallurgy, welding codes, and quality assurance to solve engineering problems and tackle materials joining challenges. Welding engineers work in pressure vessels, off-road equipment, turbine engines, and aerospace industries.

Welding engineers select welding techniques, evaluate welds, document operations and ensure structures meet welding standards and codes. Many welding engineers have degrees in welding engineering or mechanical engineering with specialization in specific industries.

The online Master of Science in Welding Engineering program at Ohio State offers a unique opportunity to advance in this field with specialized education and training in advanced welding techniques and processes for professionals who already have an engineering bachelor’s degree.

What is a welder?

Welders operate welding machines to fuse metals together according to procedures developed by welding engineers. Welders are experts in reading blueprints, interpreting welding symbols, and setting up welding machines for various projects. With technical training and certifications like those from the American Welding Society (AWS), welding career paths are vast, and welding professionals bring designs to life and ensure each weld meets strict quality control processes.

Key differences in responsibilities and qualifications

While both welding engineers and welders are important, the key differences can be found in their scope of work, education and responsibilities.

  • Welding Engineers work on a systems level to design, evaluate and improve welding processes for production and safety. They usually have a bachelor’s degree in welding engineering or mechanical engineering.
  • Welders are hands-on professionals who execute welding tasks on the shop floor, following established welding procedures and safety protocols. Many welders get their qualifications through certifications and hands-on training.

What do welding engineers do?

Welding engineers bridge the gap between design and execution. They ensure welded structures meet quality and safety standards through in-depth knowledge of materials, processes, and industry codes. Their role is strategic and requires continuous problem-solving and collaboration across various engineering disciplines.

Some of the key duties include:

  • Investigate welding-related issues to improve product performance and increase manufacturing productivity.
  • Design welded components, assemblies and structures including buildings, pressure vessels and pipelines.
  • Develop repair procedures and evaluate flaws to assess structural fitness-for-service.
  • Establish standards for materials, weld joint design and welding processes.
  • Create and qualify welding procedure specifications, supplier qualifications and testing protocols.
  • Diagnose welding problems and implement corrective actions.

What do welders do?

Welders execute the essential tasks required to bring designs to life. They use various welding machines and techniques to join materials, ensuring the final product meets safety and quality standards. Precision and safety are key in this field, as is the ability to perform non-destructive testing on welds.

Some key duties include:

  • Join metals using various welding techniques and processes.
  • Operate welding equipment, such as arc welding machines, which generate electrical currents to produce heat and fuse metals.
  • Select appropriate welding methods based on factors like metal type, material thickness and project requirements.

Salary comparison: welder vs. welding engineer

According to the Bureau of Labor Statistics, the median wage for welders is around $51,000 and can vary based on education, skill set, industry and many other factors.

Meanwhile, welding engineers typically earn a salary that reflects their advanced education and specialized skills. According to the American Welding Society, the median salary for welding engineers is around $95,000 and higher, particularly in sectors like aerospace, energy and automotive where their expertise in materials and welding technology is highly valued.

Factors affecting salary differences

  • Education level: Welding engineers usually have an engineering degree (bachelor’s or advanced), while welders get their skills through certifications and hands-on training.
  • Job experience: Years of experience in complex welding operations or engineering projects impact earning potential.
  • Industry demand: Welding engineers are in high demand in industries that require precision, such as aerospace, energy and off-road equipment.

How to become a welding engineer

To become a welding engineer, aspiring professionals typically pursue a degree in welding engineering or a related field like mechanical engineering.

Many people ask, how long does it take to become a welding engineer? Generally, it can take about four years to earn a bachelor’s degree in welding engineering. Additional time may be needed for certification or advanced degrees, such as the online Master of Science in Welding Engineering, which can add one to two more years depending on different factors.

  • Education: Bachelor’s degree in engineering or physical sciences
  • Training: Hands-on experience in welding and fabrication
  • Advanced Education: Master’s degree in Welding Engineering
  • Advanced Training: Completion of an apprenticeship program
  • Advanced Certification: Professional Engineering license (P.E. or P.Eng.)

Career paths for welding engineers

The online Master of Science in Welding Engineering program at Ohio State enhances your technical expertise and broadens your knowledge within the welding field, with applications across many industries.

Whether you’re pursuing a career in aerospace, biomedical, materials, or mechanical engineering or looking to advance in your current engineering role, this program prepares you for professional growth and career advancement.

Potential roles include:

  • Aerospace engineer
  • Automotive engineer
  • Industrial engineer
  • Materials engineer
  • Mechanical engineer
  • Mechatronic engineer
  • Nanosystems engineer

Benefits of the master of science in welding engineering program at The Ohio State University

The Ohio State University is the only institution in the nation to offer the Master of Science in Welding Engineering. This unique, 100% online program provides students with specialized knowledge to lead in the welding industry.

Benefits of the program include:

  • Proven track record: Part of a well-established program with a history of producing top-notch welding engineers since 2003.
  • Global industry recognition: Trusted by the global manufacturing community to meet the growing demand for skilled welding professionals.
  • Flexible online format: Fully online and asynchronous program designed for working professionals, so you can advance your education without putting your career on hold.
  • Highly ranked: Ranked among the top online master’s in engineering programs by U.S. News & World Report.
  • Career growth: For engineers looking to move up or retrain into welding engineering roles.
  • Industry experts: Learn from instructors with extensive industry experience in welding process development, weldability testing, and residual stress analysis.
  • Technical depth: Get the skills to handle complex welding processes and materials in high-end manufacturing roles.

 

Build your career.

Ready to get started? Engineering excellence starts at Ohio State. Request more information to see how Ohio State’s online Master of Science in Welding Engineering can elevate your skills and advance your career.

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