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What do you do if your problem-solving approaches aren't effective in robotics engineering?

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In robotics engineering, encountering problems that resist your usual problem-solving approaches can be frustrating. When the sophisticated interplay of mechanics, electronics, and software in robotics doesn't yield to your methodologies, it's essential to reassess your strategies. Robotics engineering is a complex field where mechanical engineering principles are applied to design and create robots. These automated machines can perform tasks autonomously or semi-autonomously and are often used in manufacturing, healthcare, and other industries. Mechanical engineering skills are crucial in robotics for designing the structure, mechanisms, and systems that allow robots to function.

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Baktavar Lalani

Partner at Shiv Ref-Air India LLP( Authorised Reseller for Danfoss India) President - ISHRAE Rajkot Chapter (S.Y…
Peera Tienthong

1 Reassess Methods

When your current problem-solving methods fall short in robotics engineering, take a step back and reassess your approach. Consider whether you're addressing the symptoms rather than the root cause of the issue. Robotics systems are complex, and a problem in one area can manifest in another. Engage in a thorough analysis of the robot's design, its components, and the interrelations between them. Sometimes, a fresh perspective or a return to the fundamental principles of mechanical engineering can reveal overlooked solutions or alternative pathways to address the problem.

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Peera Tienthong
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Robotics systems are complex and require detailed analysis. To save time and cost before delving into works, it's essential to analyze the systems in the abstraction levels thoroughly. After clearly defined the problems, then it's time to dig deeper into lower levels, managing them independently and modularly as possible so that later in the processes we can easily debug and optimize them easily.

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Adarsh Wankhede

Intern at Adani Wilmar| Accenture Job Simulant participant | Placement Secretary at Welingkar institute of management | Cohort - PGDM'25 - Business Design & Innovation | Mechanical Engineer | All India Football Player
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In my previous role at Forbes Marshall, I encountered situations where standard quality control procedures didn't fully address a complex issue. I then researched alternative methods and consulted with senior engineers. This collaborative approach helped me develop a more effective solution. I think similarly this can be one approach in any industry which can be helpful.

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Abhijit Kulshreshtha

USF MBA. EDA/ECAD. Tech Strategy & Operations.
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Reassessment should be made on the basis of the concept of robotics and machine learning considering the fact that the degree of freedom of robotics and programming are limited to how much the creators enable them to feed. Using AI and High Performance Computing one can create a log of the arising issue and can it be resolved using reverse engineering. For individual these problems may take prolonged durations to resolve but a team of coordinating engineers can resolve them effectively and rapidly.

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Amir Rafatipour

Maschinenbau / Konstrukteur - CAD / Produktdesigner - Industriemechaniker / Inventor / Mechanik-Entwicklung
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In this situation, probably one of the most common jobs is looking for similar problems and answers in other companies. Most of the time, it works, but if it doesn't generate possible solutions, it starts testing them and keeps monitoring them during the procedure.?

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2 Consult Peers

Robotics engineering is not a solitary endeavor, so when you're stuck, consulting with peers can provide new insights. Colleagues may have encountered similar issues or might offer a different perspective based on their experiences and expertise. This collaborative approach is beneficial because it combines diverse knowledge bases and problem-solving styles that can lead to innovative solutions. Remember, the collective wisdom of a group often surpasses that of an individual, especially when dealing with complex robotic systems.

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3 Upgrade Skills

If the problems you're facing in robotics engineering persist, it might be time to upgrade your skills. The field of robotics is rapidly evolving, with new technologies and techniques emerging regularly. Enroll in advanced courses, attend workshops, or obtain certifications in areas where you feel less confident. This continuing education not only broadens your knowledge base but also equips you with the latest tools and methodologies that could be the key to solving your current challenges.

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Naveen Raj

Mechanical Engineer _ in field of MEP (Mechanical, Electrical, and Plumbing), and with expertise in piping and installation of mechanical systems, including HVAC systems, piping networks, and fire protection systems.
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As of now I am specialised in MEP and piping engineering, and didn't have specific knowledge in robotics, so the option is to upgrade with new technology through skill development

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4 Break Down Issues

Breaking down complex issues into smaller, manageable parts is a time-tested strategy in mechanical engineering. Apply this approach to robotics by isolating components or subsystems and addressing each one individually. This method can help identify which part of the robot is malfunctioning or contributing to the problem. Once isolated, you can apply targeted solutions, which is often more effective than trying to tackle the entire system at once.

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5 Embrace Innovation

In a field as dynamic as robotics, embracing innovation is crucial when standard problem-solving methods fail. Investigate cutting-edge technologies or unconventional approaches that could offer a solution. Sometimes, the answer lies in adopting new materials, rethinking the design process, or utilizing software advancements. Innovation often requires stepping out of your comfort zone, but it can lead to breakthroughs that not only solve your current problem but also advance the field of robotics engineering.

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M.S. Baca

Let’s make History
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We as humans are programmed to see and fix problems in the way we each are individually programmed to solve problems. This is based on many factors such as our upbringing as well as our education and confidence just to name a few. Once one steps out of their pattern or daily motions innovation and creativity begin. One must be willing to take a leap. Into the future.

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6 Reflect and Adapt

Finally, reflection is key in any engineering discipline. Take time to reflect on what isn't working and why. Consider keeping a detailed log of your problem-solving attempts, successes, and failures. This reflective practice can help you identify patterns or recurring issues that may not be obvious in the moment. Adapting your approach based on these reflections can lead to more effective problem-solving strategies in the future and contribute to your growth as a robotics engineer.

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Baktavar Lalani

Partner at Shiv Ref-Air India LLP( Authorised Reseller for Danfoss India) President - ISHRAE Rajkot Chapter (S.Y 2024-25)
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Yes every time it's not necessary like we are the engineer so we knows everything. We have to take the advice and adopt the quality and skills of the other industrial leaders who are already successful in field of engineering.

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7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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What do you do if your problem-solving approaches aren't effective in robotics engineering?

1

2

3

4

5

6

7

1 Reassess Methods

2 Consult Peers

3 Upgrade Skills

4 Break Down Issues

5 Embrace Innovation

6 Reflect and Adapt

7 Here’s what else to consider

Mechanical Engineering

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What do you do if your problem-solving approaches aren't effective in robotics engineering?

1

2

3

4

5

6

7

1 Reassess Methods

2 Consult Peers

3 Upgrade Skills

4 Break Down Issues

5 Embrace Innovation

6 Reflect and Adapt

7 Here’s what else to consider

Mechanical Engineering

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