Mutual Respect between employee and manager is always needed, however I think that a manager doesn't necessarily need to be from the same discipline or have extreme technical knowledge of a matter for their employee's or project's to be successful (of course, a degree of knowledge of the industry/project is important and needed). I think a manager's respect should come from their ability to help the employee grow, become more successful, and equip them with the resources they need to be successful. I may have more technical experience than my manager, but that doesn't mean I should have difficulty respecting them (especially as everyone has different areas of knowledge). If you do have more technical knowledge/experience than your manager, then I think it is on you to work on communication to explain your reasonings (Although engineering is a technical field, communication is still the most important thing). 

I also think this ties into a difference between managers and research fellows (Subject Matter Experts). From what I've seen, at a certain point in a career in industry, you are asked to choose between the managerial route or the technical route. Of course, the technical route means you will eventually become an expert on a topic and that you will always be reporting to a manager that will know less than you about that topic. That doesn't mean the technical person shouldn't respect their manager, but should work on their ability to communicate their thoughts/ideas to their manager more clearly.

Thanks,

Matt

From my experience and industry and participating in various team dynamics and being under different managers, I noticed that the most successful teams were built on transparency, trust, and open communication across all members while also building on everyone's own unique strengths. As an engineer, cross-functional collaboration is essential to development, and it is a manager's job to ensure that they hear technical concerns and integrate it into project decisions. Additionally- I noticed that fostering a culture of accountability helps each team member take ownership of their role while still supporting the collective goal. Ultimately, having a dynamic where there is open communication, accountability, and a safe space to voice innovative solutions leads to a safe and effective medical device.

In terms of teams in general, I think that the most important factor is that there is mutual respect for both team members and project managers. I think trust and communication is a very important factor, and if you can trust your manager or your team members and feel comfortable sharing issues on the project in a constructive manner that leads to a good project. In team settings, every member has their role to play, and that includes both managers and engineers. I think the best team for a medical device project would be one with a project manager who is experienced in medical device development projects and engineers with backgrounds in fields applicable to medical devices whether that is material engineering, electrical engineering, chemical engineering, biomedical engineering, and so on. The project manager, I believe, does not necessarily need to have an expertise in the same field as the engineers. It is not the project managers job to design the medical device, they are there to provide a structured timeline and oversee that deadlines and deliverables of the project are being met. The project manager should certainly be familiar with the field and have a rough understanding of the design process but certainly does not need to be an expert like the engineers. To reiterate, out of all these points I think being comfortable and having good communication in a team whilst still maintaining professional integrity and respect for one another is the best dynamic to have within a medical device project. How do you think teams can best foster an environment of trust and open communication throughout the stages of medical device development?

I believe that a strong team dynamic is essential to the success of any medical device project. These projects carry high stakes because people’s health and safety are directly impacted, so the way teams communicate and collaborate can significantly influence both the quality and safety of the final product. An effective team structure, in my opinion, starts with a clear understanding of roles. Engineers must be able to raise technical concerns openly and directly, while managers need to balance project goals such as deadlines and budget without compromising safety or cutting corners. Mutual respect is key, and I cannot emphasize this enough. When each team member understands the value of the others’ expertise, it leads to smarter decisions and better outcomes. In my experience, teams function best when communication is consistent and transparent. For my Capstone Team, regular check-ins, detailed risk documentation, and a culture that encourages open dialogue help prevent small issues from becoming major problems. It also builds trust across the team, making it easier to collaborate during high-pressure situations. That said, every team works differently, so take everything I say with a grain of salt. My question to you all is what practices or tools have you found most effective for maintaining transparency and accountability in teams, especially when working under tight deadlines or strict regulatory requirements? I feel like this is a common issue present in the majority of capstone groups since it is simulating an actual project within the industry.

Something I've noticed in my own group projects is how the environment has an impact on whether people actually share concerns or just keep them to themselves. Even if the manager isn't the more technical person in the room, the team can still be successful if everyone feels comfortable speaking up if they think something seems off. From my experience, the projects that went the smoothest weren't always the ones with the "smartest" people involved, but then ones where we could be honest about mistakes and ask questions that may seem "dumb" or admit when we are stuck without worrying about judgement. I think it's important in medical device work since finding an issue early on can save a lot of time and prevent further mishaps. So, I believe, the best manager-engineer dynamic isn't just about technical skills or task delegation, but about creating an environment where people feel comfortable raiding problems and knowing their input will be heard and received. 

In medical device development, managers and engineers play different but complementary roles. Engineers focus on the technical aspects, such as designing, testing, and improving the device to meet performance and safety standards. Managers, on the other hand, oversee the project’s progress, budgets, timelines, and ensure regulatory compliance. While engineers provide the technical expertise, managers coordinate resources and guide the team toward successful completion. Together, both roles are essential to bringing a safe and effective medical device to market.

I think you really nailed the issue of being on the same wavelength for managers and engineers. The Challenger example shows us how bad communication can be. Projects of medical devices have a lot at stake so the importance of an open relationship as well as a transparent one cannot be overstated. I believe the best team dynamic is one where it is easy for everyone to raise an issue and the managers actually listen while providing a realistic deadline, it trust is being built both ways. Engineers provide the technical expertise and managers provide the operational view of the bigger picture... but both have a commitment to safety and continual progress on the project.

I think the best team dynamic for a medical device project is one where engineers and managers operate with mutual transparency and respect for each other’s expertise. Medical devices are heavily regulated, and both technical performance and compliance with deadlines are critical. If engineers focus only on technical details without considering timelines, the device might never reach the patients who need it. On the other hand, if managers prioritize speed without listening to technical warnings, safety risks could lead to harm or even regulatory failure.

In my experience working on biomedical engineering projects, the most effective approach is cross-functional collaboration: engineers provide clear, data driven updates about risks, testing results, and design limitations, while managers translate these insights into timelines, regulatory milestones, and resource allocations. This way, no decision is made in isolation, and patient safety stays at the center. I believe the best dynamic is similar to a checks-and-balances system. Engineers ensure technical integrity, managers ensure delivery and compliance, and both share responsibility for communication. That balance is what makes medical device development safe and effective.

In the creation of medical devices, engineers and managers have complimentary roles, and I wholeheartedly agree. My personal experience with research projects has shown me that when trials must be repeated for precision, the technical side of things can occasionally become monotonous, while the management side (which I don't have much experience with) makes sure that this procedure doesn't throw off budgets or schedules. To have a balance between creativity and rationality, both viewpoints are required.

Given that employees in smaller businesses/firms often take on several responsibilities, do you believe it is possible or even beneficial for one individual to hold both managerial and technical positions? Or does that run the risk of overworking someone?

The best team dynamic that would suit the development of a medical device would be one where there is an environment of open communication and team members that don't fear voicing any problems. Since the device is made to impact the health and safety of patients using it, there needs to be an open platform for engineers to talk about any technical or safety issues without feeling intimidated by deadlines or cost factors. Management needs to take this into consideration and give the team enough time and resources to deal with the issues. The team dynamic can make or break the company and device development. Team dynamics need to involve clear understanding of individual roles in combination with working towards common goals. Engineers, managers, quality assurance teams and other members of the team will have varied priorities, but all of them need to have the same goal of developing a safe and efficient product. From my experience with engineering project management, teams perform better when there is consistent communication, mutual respect among team members and dealing with problems early. 

I also believe that clarity among engineers and managers is essential, especially in the development of medical devices since safety should not be jeopardized for the sake of deadlines. I believe that an ideal team is one that is cross-functional, where engineers, quality, regulatory, clinical, and project managers can interact openly and express their opinions freely. While the division of labor is essential, it is more important that the team creates an environment in which technical concerns may affect the decision-making process.

As many have discussed previously, the relationship between the manager and engineer is paramount to the success of the project. A manager that is knowledgeable, respectful, and open in communication with their engineers can lead to an environment and dynamic generally conducive to team success. Conversely, a good engineer is one that can communicate technical information to a manager clearly, even if they themselves don't have the save level of technical knowledge as the engineer.

On the topic of technical competence of managers, I would assume technical managers generally have more success than nontechnical managers. I believe this for the following reasons:

• Technical managers are more likely to have a stronger grasp of the technical aspects of the project, lowering the need for engineers to 'translate' these aspects to the manager
• Technical managers are more likely to understand the common roadblocks that their engineers face, and likely have an idea how to remedy them
• Engineers are more likely to respect a technical manager

This being said, I don't think this necessarily means a nontechnical manager cannot be successful managing a technical team. Even though a technical manager may have the advantages above, I believe a nontechnical manager who makes an effort to foster and open and respectful team dynamic can see success. While they may need to work to understand and gain respect from their technical peers, a nontechnical manager often may have a different yet complementary skillset. For instance, a nontechnical manager may be better at working with clients and nontechnical stakeholders, or have a stronger understanding of the business and money side of the project. This added diversity of skills to the team may ultimately be better for the success of the project.

A lot of great points have been made on this thread and I agree with the majority of them. It is always great for the entire project when a project manager has some experience in engineering or in medicine, and it makes the communication much easier and more effective. However, that is not always the case and in these situations it always helps to know if the project manager is flexible and can adapt to the engineering team. One way to do this is by understanding common vocabulary from both sides of the table. Engineers and managers speak different languages, technical specifications versus budgets and timelines, and a great team dynamic bridges roles. For a project to succeed, an effort needs to be made from both parties to better understand each other.

The best team dynamic for a medical device project is one where there are no walls. You can't have different departments like regulatory affairs and engineers working separately. Instead, cross-functional integration allows for a strong dynamic where all departments work in unison. For a project to succeed, an adaptable environment needs to be set by the project manager.