Sawan Jasoliya

It's 16th April, 2026. Today morning, we had to repeat a topic. That itself tells us something. We are not failing in understanding. We are failing in execution discipline. Whenever a task comes to you as an HOD or a leader, there are only two roles you can play: Role#1:  You are the DOER. Role#2:  You are the COORDINATOR. There is no third category. Confusion starts when we don’t decide which role we are playing. ### If you are the DOER The moment a task comes to you, respond immediately. Yes or No. If Yes, then WHEN? Give a clear timeframe. If No, then explain WHY not. ### If you are the COORDINATOR Again, respond immediately. Yes or No. If Yes, delegate it to the right person. Ask them WHEN? Then commit that timeframe back to the issuer. If No, clearly state WHY. Delegation is not forwarding a message. Delegation means ownership with clarity. ### Now understand how your day is structured You already have two defined zones: List#A. Your Regular Work This consumes 5 to 6 hour...

 A structured explanation for each KPI, in the following format: Definition (in simple terms) Formula for Calculation Why Track It (advantages/benefits) Additional Notes (contextual use, interpretation, benchmarking, etc.) Please note: This is the second list of KPIs. First and the main list is here:  https://www.cementbook.com/downloads/tech/gen/fls_kpi_handbook.pdf 1. Utilization Factor Definition: Utilization Factor indicates how effectively the installed capacity of equipment or a plant is used over a period. It shows the actual operating time as a percentage of the total available time. Formula for Calculation: Utilization Factor (%) = ( Actual Running Hours Total Available Hours ) × 100 \text{Utilization Factor (\%)} = \left( \frac{\text{Actual Running Hours}}{\text{Total Available Hours}} \right) \times 100 Why Track It: Helps assess how well plant assets are being used. Identifies under-utilization or bottlene...

1. Efficiency (Fundamental Formula) Efficiency = Output Input \text{Efficiency} = \frac{\text{Output}}{\text{Input}} This is the base formula, where "output" and "input" can be anything—energy, time, raw materials, or resources. 2. Productivity (Material-Based Efficiency) Productivity = Output Quantity Input Quantity (Material) \text{Productivity} = \frac{\text{Output Quantity}}{\text{Input Quantity (Material)}} Measures how much product is made from a given amount of raw material. Higher productivity means better utilization of raw materials. 3. Availability (Time-Based Efficiency) Availability = Actual Operating Time Total Scheduled Time \text{Availability} = \frac{\text{Actual Operating Time}}{\text{Total Scheduled Time}} Reflects how much time a machine or system is available for operation versus planned time. If a machine is down for maintenance, availability decreases. 4. Utilization (Machine Usage Efficiency) Utilization = Operating Time To...

Me to ChatGPT: I am a "defective" piece. Over time, I’ve come to understand some of the quirks that define me. I'm a quick troubleshooter. I find the root cause of any situation (I don’t call them problems) instantly. This makes others believe there was never an issue to begin with, leading them to underestimate my contribution. I keep smiling, no matter the situation. This makes some people think I’m carefree or not serious enough. I speak less. And that often gets mistaken for arrogance. I build systems that run smoothly from the ground up. And because everything works automatically, people assume I’m not doing anything at all. I don’t blow minor issues out of proportion or panic. And because of that, people assume their plant is running super-efficiently on its own. While I continue to reflect and add more insights to this list, I’d appreciate your help in analyzing where I can improve. There’s always room for growth, even in "defective" pieces. ChatGPT ...

WHAT IS TPM? Total Productive Maintenance (TPM) is a comprehensive approach to facility maintenance that aims to achieve perfect production and eliminate unplanned breakdowns. TPM maintains and improves equipment reliability, production output, and product quality. As per TPM everyone in a facility should participate in maintenance, rather than just the maintenance team. It engages all levels and functions in an organization to maximize the overall effectiveness of production equipment. TPM (Total Productive Maintenance) is a approach to equipment maintenance that strives to achieve perfect production. TPM is focused primarily on keeping machinery functioning optimally and minimizing equipment breakdowns and associated waste by making equipment more efficient, conducting preventative, corrective, and autonomous maintenance, mistake-proofing equipment, and effectively managing safety and environmental issues. The Goals of TPM: 1. No Breakdowns 2. No Small Stops or Slow Running ...