The Type of Employees Medical Device Companies Need in 2026

Picture this: one of your suppliers changes the material they use. The new material gets to your plant floor and starts affecting machine settings, process validation, product performance, risk records, regulatory files, and the production plan. 

One simple change has now touched and affected six different functions. 

This is why cross-functional experience matters so much in the medical device space. Technical problems rarely stay within the reach of a single team. They move through the entire product development lifecycle. 

Medical device companies need employees with a deep understanding of Quality, Regulatory Affairs, Manufacturing, Software, Validation, and Product Development. Increasingly, however, they also need those specialists to understand how their decisions affect adjacent teams. 

People who excel in cross-disciplinary judgment like this are often called T-shaped professionals. The stem of the T is a deep skill in one field. The top of the T is a working grasp of related fields. The combination of skills from different fields helps them spot risks early, ask better questions, and share clear facts as work moves across teams. 

The challenge is finding and growing this talent without packing several full-time jobs into one role. 

Why Medical Device Problems Move Across Teams 

Medical device development problems travel with the product through the full lifecycle. 

Consider a product complaint. Quality may review the first report. Engineering may study the failure. Manufacturing may check process data. Supplier Quality may inspect a part or material. Regulatory Affairs may then decide whether the company must update a report or file. 

A new product launch has its own chain. Design choices affect risk. Risk affects testing. Testing affects validation. The product must then move into stable production. Labels, suppliers, work steps, and post-market support all have a role. 

Each team owns part of the work. The result depends on the handoffs between them. A missed detail can slow down a launch, repeat a defect, or leave a key record out of date. 

New rules have made those connections in the process easier to see. The FDA’s Quality Management System Regulation took effect on February 2, 2026. It brings ISO 13485:2016 into the FDA’s quality system rules. It also calls for risk management across the product lifecycle. 

In Europe, four EUDAMED modules became required on May 28, 2026. They cover company registration, device data, certificates, and market surveillance. 

These rules didn’t create cross-functional work, but they did raise the cost of weak handoffs in the process. I previously covered the wider impact of these regulations in my guide to 2026 medical device regulations, FDA QMSR, and EUDAMED. 

The growing importance of cross-functional communication and assessment can be seen in talent acquisition strategy trends as well. In 2025, McKinsey and Russell Reynolds Associates spoke with more than a dozen medtech R&D leaders. Cross-functional teamwork was one of their top three trends. These leaders pointed to shared goals and job rotations as ways to build wider skills. 

What Does a T-Shaped Medical Device Professional Look Like? 

A T-shaped employee has a clear, main technical strength. A Quality Engineer should still know quality systems and risk. A Manufacturing Engineer still needs sound process skills. A Regulatory Affairs specialist must understand submissions and agency rules. 

The added value comes from understanding what happens before their involvement and how their work affects what comes next. 

For example, a Manufacturing Engineer may know that a process change could affect validation and risk files. That person doesn’t take over Quality or Regulatory work. They flag the issue, bring in the right expert, and share the facts that the team needs to make a sound judgement call. 

Many of these candidates have titles that point to experience in one field while the work they’ve done on projects often shows useful skills in other avenues. Because of this, it’s important for employers to look beyond the titles on a resume and question candidates to ensure you’re not missing out on valuable transferable skills. 

Which Combinations of Experience Matter Most in Medical Device Product Development Roles? 

In my experience, five combinations of skills and knowledge consistently stand out. 

Quality Engineering and Manufacturing Engineering 

Quality Engineers often study complaints, defects, nonconformances, and corrective and preventive actions, or CAPAs. Plant experience helps them see what is happening in the process. They can help find the cause and test whether a fix works during daily production. 

The value works both ways. A Manufacturing Engineer with quality experience may spot when a process change affects validation, risk, records, or product quality. 

Quality Engineering and Regulatory Affairs 

Quality and Regulatory work often connect through design controls, audits, risk, and change control. The overlap can be wider at small and midsized firms. One person may support the quality system, audit prep, product records, and parts of a filing. 

Working knowledge across both areas helps the employee spot when a quality choice may affect a rule or submission. 

Supplier Quality and Manufacturing Engineering 

A supplier issue can stop production or completely change how a product performs. Supplier Quality professionals with plant experience can judge the real effect of a new part, material, or process. 

They can also work with Engineering and Operations to protect output, validation, and product quality. 

Software Engineering and Regulatory Affairs 

Software now shapes many devices. A change  in software can affect risk, testing, cybersecurity, records, labels, and post-market support. 

Software engineers don’t need to become regulatory experts, but they do need to know why proof, traceability, and controlled changes matter. Regulatory professionals with software knowledge can ask better questions earlier to avoid future conflict. 

Validation and Process Engineering 

Process engineers change how work gets done. Validation shows that the new or changed process can perform the same way over time. 

This skill mix helps optimize new equipment, automation, line moves, product launches, and process changes. These individuals can help plants resolve recurring problems in their process. 

How Can Employers Spot Real Cross-Functional Depth? 

Candidates can have broad exposure to different parts of product development without actually having proven skills in any of the areas. So how do you find individuals who truly excel in a cross-functional environment? 

My advice: look for people who can clearly explain where and how they’ve added value. Candidates should be able to describe the problem they faced, the decisions they made, and the actions they took to resolve it. They should also be able to clearly define what they owned and explain the final outcome. 

Strong candidates should be able to give detailed, organized answers that lead to a clear outcome. 

That answer should show: 

• A clear technical, quality, supplier, or product problem 

• The candidate’s thought process 

• The choices and actions the candidate owned 

• The point where another expert took the lead 

• The records, tests, risks, or controls that changed 

• A clear result and proof that the fix worked 

In addition, it’s important to build behavioral interview questions related to the work the new hire will face: 

• Walk me through a product, process, or supplier problem that involved several teams. 

• What did you own? What did the other teams own? 

• Which records, tests, risk files, or controls had to change? 

• How did you explain the issue to people outside your field? 

• When did you know it was time to bring in another expert? 

• What changed, and how did you confirm that the fix worked? 

These questions help separate real depth from a long list of duties. They also test whether the person can keep a problem clear as it moves. 

How Can Companies Develop T-Shaped Talent? 

Companies can build this talent from within, but employees will need guided exposure, useful feedback, and real work to own. 

Use Rotational Programs 

I have come across development programs that move employees through functions such as Quality, Manufacturing, Supplier Quality, Regulatory Affairs, and Product Development. Some also include exposure to Operations, Safety, or capital projects. These programs are typically geared toward employees earlier in their careers. 

A strong rotation should give the employee a real responsibility and a measurable outcome. Observing another team builds awareness, but owning part of the work is what builds judgment. 

Pair Employees with Mentors in Other Fields 

A mentor can help an employee understand what another team needs and why. They can explain which information and records matter, where handoffs commonly break down, and when another function should be involved. 

This does not require a large formal program. A Quality Engineer could partner with a senior Manufacturing Engineer during a CAPA, while a Process Engineer could work alongside Validation during the installation and qualification of a new line. These experiences help employees understand how decisions in their own function affect the teams around them. 

Assign Work That Crosses Team Lines 

Some projects teach these skills faster than a course. Good examples include: 

• Design transfer 

• Process validation 

• CAPA reviews 

• Supplier changes 

• Complaint reviews 

• Automation 

• New product introduction 

For people pursuing this type of career, it is essential to learn the full product lifecycle from conception through post-market support. 

It is also essential for professionals to seek work that goes beyond their normal title. They should learn where each stage of the process connects. They should practice sharing technical issues with people outside of their field. Most of all, they should find a part of the process that they can own. 

When Does Cross-Functional Become Too Much for One Job? 

Cross-functional skills have limits. A company shouldn’t expect one hire to serve as the top expert in mechanical, electrical, software, and manufacturing engineering. 

The role also becomes hard to fill when one person must support daily production, lead major regulatory filings, and drive long-term product work at the same time. 

I encourage companies to watch for signs that they may be combining too many jobs into one role: 

• The company lists five urgent problems and expects one hire to solve them all 

• The role combines the work of several full-time jobs 

• Pay and authority fit one job, while the duties cover several 

• The main purpose of the role is hard to explain 

• The employee must influence many teams but lacks access or support 

Start with the person’s core field. Then name the nearby teams and the handoffs they will own. Be clear about which skills they need from day one. Other skills can be learned after hiring. 

The job should have clear core responsibilities. Tell candidates whether the role is mainly technical, operational, strategic, or focused on leading people. Give the position enough authority and internal support to accomplish its cross-functional responsibilities. 

Build the Search Around the Real Problems You Face 

Interviews should be built around actual problems the person will encounter, not just the job title. 

First, define the core skill. Next, choose the two or three related fields that include the skills that matter most. Separate what the person must know now from what they can learn. Then ask for proof that they can solve the problems you need solved. Look for clear choices, useful influence, sound communication, and results. 

Medical device firms will continue to need specialists with deep expertise in their respective fields. The strongest professionals, however, also understand how their work connects to the broader product lifecycle. They can anticipate how a decision may affect manufacturing, validation, the quality system, regulatory requirements, and ultimately the end user. 

That does not mean companies should look for one person to do everything. It means hiring and developing people who know how to follow a problem across functions, communicate clearly with adjacent teams, take ownership of their part of the work, and recognize when another expert should lead. 

For more information on this topic or to discuss a search for specialized talent in the medical device space, reach out to me or our life sciences recruitment team! 

Jack Pollard
Recruiter & Project Coordinator
jackp@richgroupusa.com
(804) 404-7311 ext. 7311