🏆 Ranked 7thSep 2025 • PES University, Bengaluru

LAM Robotics Challenge

A 4-stage national robotics competition spanning 3 months. From initial qualification rounds to the 2-day Grand Finale at PES University, this journey taught me the value of hardware thinking, rapid prototyping, and performance under intense competition.

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Grand Finale Achievement

Ranked 7th out of 24 Finalist Teams

Stages

4 Stages

Grand Finale Teams

24 Teams

Team Size

4 People

Duration

3 Months

The Challenge

The LAM Research Challenge was designed to test participants' problem-solving abilities under real-world constraints. As the conductor, my role was to facilitate the entire experience—from presenting the problem statement to evaluating solutions.

My Role & Responsibilities

✓Designed and presented the challenge problem to all participants
✓Managed the timeline and kept all teams aligned on progress
✓Provided real-time guidance while maintaining fair evaluation standards
✓Assessed solutions on technical merit, creativity, and practical applicability
✓Facilitated final presentations and gathered feedback from judges
✓Documented best practices from top-performing teams

Key Learnings

1. Problem Statement Clarity is Paramount

Teams that asked clarifying questions within the first 30 minutes performed significantly better. Clear problem boundaries prevent wasted effort and build confidence.

2. Mentoring Under Constraints

Providing hints without giving away solutions requires deep understanding of the problem. I learned to ask guiding questions rather than direct answers.

3. Diverse Problem-Solving Approaches

Different teams approached the same problem with wildly different strategies. The most elegant solutions often came from unconventional thinking.

4. Evaluation Fairness Matters

Transparent criteria and consistent evaluation build trust and encourage participation in future events. Document everything.

Personal Reflection

Conducting the LAM Research Challenge fundamentally changed how I approach mentoring and technical evaluation. I realized that great engineers don't just solve problems—they solve them thoughtfully, considering edge cases, scalability, and maintainability.

The experience reinforced that leadership in technical spaces is about creating an environment where people feel empowered to think deeply and take calculated risks. It's less about having all the answers and more about asking the right questions.

Want to discuss technical challenges?

Feel free to reach out on LinkedIn for collaboration or to discuss problem-solving approaches.

Connect on LinkedIn →

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My Role & Responsibilities

✓Designed and presented the challenge problem to all participants

✓Managed the timeline and kept all teams aligned on progress

✓Provided real-time guidance while maintaining fair evaluation standards

✓Assessed solutions on technical merit, creativity, and practical applicability

✓Facilitated final presentations and gathered feedback from judges

✓Documented best practices from top-performing teams

Key Learnings

1. Problem Statement Clarity is Paramount

Teams that asked clarifying questions within the first 30 minutes performed significantly better. Clear problem boundaries prevent wasted effort and build confidence.

2. Mentoring Under Constraints

Providing hints without giving away solutions requires deep understanding of the problem. I learned to ask guiding questions rather than direct answers.

3. Diverse Problem-Solving Approaches

Different teams approached the same problem with wildly different strategies. The most elegant solutions often came from unconventional thinking.

4. Evaluation Fairness Matters

Transparent criteria and consistent evaluation build trust and encourage participation in future events. Document everything.

Personal Reflection

LAM Robotics Challenge

The Challenge

My Role & Responsibilities

Key Learnings

1. Problem Statement Clarity is Paramount

2. Mentoring Under Constraints

3. Diverse Problem-Solving Approaches

4. Evaluation Fairness Matters

Personal Reflection

Want to discuss technical challenges?

Preparing your page

LAM Robotics Challenge

The Challenge

My Role & Responsibilities

Key Learnings

1. Problem Statement Clarity is Paramount

2. Mentoring Under Constraints

3. Diverse Problem-Solving Approaches

4. Evaluation Fairness Matters

Personal Reflection

Want to discuss technical challenges?