Here's how you can overcome obstacles in problem solving as an R&D professional.

To overcome obstacles in problem-solving as an R&D professional, follow these strategies: define the problem clearly, break it down into manageable parts, gather relevant data, brainstorm solutions, evaluate options, test and iterate on small scales, and stay adaptable. Maintain a positive mindset and perseverance to achieve successful outcomes. By defining the problem, breaking it down, gathering relevant data, brainstorming, evaluating options, testing and iterating, and staying flexible, you can effectively navigate challenges and develop effective solutions.

Understand that failure is a part of the process. It provides valuable insights and lessons that can guide future attempts. Don’t fear failure, but learn from it.

If you are not failing, you are not pushing the boundaries, you are playing it safe. Yes, you can use computer simulations and AI, but pushing for greater productivity, reducing costs through using minimum materials through novel design mean that new computer simulations and updating models may be needed. The Post-It note was a failed glue (adhesive). There may be a different product that can be developed from what was originally specified, or a completely different application.

R&D problems you identify, ask the relevant managers to transfer the identified items to your team and fix the problems. For example, if there is a problem in quality control and calibration, communicate with the team and the reference laboratory to increase accuracy. Investigate the insurance and contract as well as the percentage of production profit allocated to research and development and try to increase it annually. In the discussion of coal and oil and gas tanks, I did the SIL and API2350 standards and documented it. For example, if the capacity of the tanks is above or below a certain limit, an alarm will be given to remove the obstacles according to the necessary standards and prevent fires and serious problems.

Embracing failure is like navigating through a maze; sometimes you hit dead ends, but each wrong turn brings you closer to the right path. In research and development, encountering setbacks and failures is inevitable, but they serve as valuable lessons along the journey to success. By learning from each failure, you gain insights that guide you towards more effective solutions in the future. It is a strategy with each attempt to know what is it that you should not do in the future.

When you are confronted with a daunting problem, breaking it down into smaller bits that can work wonders. This technique lets you concentrate on tackling one piece of the puzzle at a time, making the overall challenge seem less intimidating. As you solve each smaller part, you will gain a sense of accomplishment and confidence, pushing you on to tackle the next piece. It is like putting together a jigsaw puzzle; each piece you fit in brings you closer to completing the whole picture.

R&D isn't the only function with expertise. Sometimes bringing in experience from manufacturing you gain a different perspective or wider experience/knowledge from other technologies/processes that may be useful.

In the world of research and development, collaboration brings innovation. Imagine you are working on developing a new drug for a specific disease. Instead of tackling the problem alone, you gather a team comprising pharmacologists, biologists, chemists, and even data analysts. Each member brings their unique expertise to the table, shedding light on different aspects of the research. Together, you brainstorm ideas, challenge assumptions, and explore various approaches. This collaborative effort not only accelerates progress but also ensures that you are considering all angles and possibilities. It is the synergy of diverse perspectives that propels you towards groundbreaking discoveries.

Let's say you are a researcher delving into immunology, particularly interested in developing novel therapies for autoimmune diseases. To stay informed, you regularly attend immunology conferences and seminars where leading experts discuss the latest findings and advancements in the field. Additionally, you subscribe to reputable scientific journals where groundbreaking research articles are published. Engaging in discussions on online forums or attending webinars hosted by esteemed immunologists further expands your knowledge base. By staying up to date with the newest discoveries and methodologies in immunology, you are better equipped to devise innovative solutions to combat diseases.

Working in R&D usually involves many highly qualified people often to PhD level. You have to be careful that whilst highly qualified and skilled people have significant experience and knowledge, sometimes you may have to work outside of their advice, because there may be an additional parameter that is having an effect that hasn't been considered. This is not denigrating anyone's experience or knowledge, but just reflecting the point that it may be a learning moment for everyone, no matter how experienced or knowledgeable or qualified they may be, and deviating from expert advice may be necessary.

Leverage technological tools and platforms that can aid in research, collaboration, data analysis, and more. Technology can significantly enhance efficiency and capabilities in problem-solving.

Always consider the practicality and feasibility of the solution. Ensure it aligns with the company’s goals, resources, and timeline. Also, consider the potential impact on all stakeholders. Remember, problem-solving is a skill that improves with practice. Embrace the journey and continually strive for improvement.