HR Manager - Singapore

IT and Hair, Skin and back problems

I have observed and experienced the way IT engineers and many other similar professionals are working a lot, spending nights and day, constantly hooked onto laptops, many of us are losing a lot of hair, have dull skin and face a lot of other issues. There are a lot of issues that we don't observe like fatty lever, cholesterol, vitamin deficiency, back problems and many more. These problems don't surface in 4-6 months or a year. They will be there when we maintain unhealthy lifestyle over couple of years. Have seen people in 35 looking like 50 with grey hair, dull skin and unhealthy. Have seen a lot of people spending day and night on laptop voluntary even after having kids. I am 100% sure no family would want to see you guys working all night. What these people will tell their family is I have a lot of work when it's not the case

Daily Series #3: Geeking out → The Labyrinth Problem

I will continue with this series for people who like this kind of content, drop "+1" in the chat and I will tag you the next time I post content. Today, I was in the mood to go through some old CS problems I had solved a few years back. The problem is described in cses.fi [ https://cses.fi/problemset/task/1193 ] and is as follows: You are given a map of a labyrinth, and your task is to find a path from start to end. You can walk left, right, up and down. 𝗜𝗻𝗽𝘂𝘁𝘀: You are given n and m: the height and width of the map. Then there are n lines of m characters describing the labyrinth. Each character is . (floor), # (wall), A (start), or B (end). There is exactly one A and one B in the input. 𝗢𝘂𝘁𝗽𝘂𝘁: Revert with "YES" if a path is possible. Revert with "NO" if no path is possible. If "YES" also mention the path taken to reach B from A as L(left), R (right), U (up), and D (down). How do you solve a problem like this? Solution Approach: You traverse through the input and figure out where A and B lie within the input as (i,j) coordinates. Then, we do something called flood fill approach, where we start at A and then we update moves with BFS until we reach B. (L/D/R/U) Now, what we need to check next is whether it violates some assumptions. 1. Check each adjacent cell and it is not supposed to be a wall(#) 2. Adjacent cell should not be out of bounds, for example cells on the boundary cannot go outside the labyrinth. 3. Lastly we need to track that we have not already visited that cell before. If none of these cases are violated then we proceed to move in that direction. Then we apply BFS again and check for violation of these cases. All the while we maintain whether we visited that cell before and the path we have taken from A. We stop when we reach B's location. Now what happens if we don't reach B? Since, we are applying BFS we will end up reaching all cells except B. We would have completed entire traversal of the labyrinth yet no B in sight.

Need some suggestions for growing my modest startup.

We have started our new startup called as *Cloud Nexus* is a premier training provider specializing in delivering market-relevant analytics skills. Our programs are designed to equip learners with cutting-edge knowledge required in the industry, ensuring they stay ahead of the curve. We offer personalized one-on-one doubt-clearing sessions and comprehensive placement guidance to help our students succeed in their careers. With Cloud Nexus, learners are empowered with the tools and support they need to thrive in the fast-evolving world of analytics.Our key differentiator is that we maintain an interactive learning environment where students are never placed on mute during class. This ensures that any doubts can be addressed in real-time. Additionally, our instructors engage students directly, asking questions and fostering a participatory atmosphere throughout the lecture. Courses We Provide: 1. SQL for Data Analysis Overview: Structured Query Language for managing and analyzing data in relational databases. Languages: SQL Tools: MySQL 2. Python for Data Analytics Overview: Python programming for data analysis. Languages: Python 3. Data Visualization Overview: Principles of data visualization and effective communication of insights. Tools: Power BI 4.Advanced Excel for Data Analysis Overview: In-depth Excel techniques for handling large datasets and automation. Tools: Microsoft Excel So, TO EVERYONE READING THIS POST, I KINDLY ASK FOR YOUR SUGGESTIONS ON HOW I CAN GROW MY MODEST STARTUP. ANY ADVICE OR INSIGHTS YOU CAN SHARE WOULD BE GREATLY APPRECIATED. ADDITIONALLY, IF THERE IS ANY WAY YOU FEEL YOU CAN PERSONALLY HELP OR GUIDE US IN THIS JOURNEY, I WOULD BE DEEPLY GRATEFUL FOR YOUR SUPPORT. PLEASE DO DM.