Our Knowledge Twin is like the ultimate intern—always learning and never taking a day off! Thanks to its Continuous Learning Loop, the Knowledge Twin absorbs information shared by field staff as text, images, or even audio. Whether it’s a quick photo of a maintenance issue or detailed troubleshooting notes, it captures every detail, turning real-world experience into actionable knowledge. The more it learns, the smarter it gets, helping your team make faster, better decisions. Ready to see it in action? Learn more at www.teamsolve.com.
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First Day as an intern CLIMASOUL™ Learn how to use google sheets, maintaining verified data and how to extract data from google.
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🚀Thrilled to share a milestone from my recent internship🚀 Task:Creating a basic student grades tracker Company:CODTECH IT SOLUTIONS During my time as an intern, I had the opportunity to work on a project to create a system for tracking and managing student grades. This involved designing a user-friendly interface, developing backend logic to handle grade calculations, and ensuring data security and integrity. 💻📊 Here are a few highlights of what I accomplished: Designed and implemented a database schema for storing student grades and coursework. Developed a web application using [Technology/Stack], enabling teachers to easily input and manage grades. Integrated real-time analytics to provide insights into student performance and trends. Ensured data security by implementing encryption and authentication mechanisms.
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Hey ! My 2nd project on consumer lifetime value prediction. **Customer Lifetime Value (CLTV)** represents the total amount of money a customer is expected to spend in a business during his/her lifetime. This is an important metric to monitor because it helps to make decisions about how much money to invest in acquiring new customers and retaining existing ones. My task was to : Predict the lifetime value of customers for a business based on their historical interactions. So, in this project I have used linear regression to make predictions and at the end of the project I have also showed metrics representation for the same with the help of r2_score, median_absolute_error #internship #codeclause CodeClause #datascience
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Day 5 of My Advanced DSA Journey: Binary Search Trees (Part-2) Continuing my preparation for a software development internship, today I explored more advanced topics in Binary Search Trees (BSTs). Understanding these concepts is essential for efficient data management and complex tree operations. Accomplishments: -Converted a sorted array to a balanced BST. -Transformed an unbalanced BST into a balanced BST. -Determined the size of the largest BST within a binary tree. -Merged two BSTs into one. -Studied AVL Trees and their self-balancing properties. -Explored Red-Black Trees through reading materials. Challenge: Merging two BSTs was challenging due to the need to maintain the properties of the BST while merging nodes from two separate trees. Insights: Converting sorted data into a balanced BST ensures efficient operations. Self-balancing trees like AVL and Red-Black Trees are crucial for maintaining optimal performance. Understanding the structure and operations of advanced tree types broadens problem-solving capabilities. Next Steps: Tomorrow, I'll be moving on to Heaps. Any recommendations for resources or tips on heap operations would be greatly appreciated! #DSA #Coding #SoftwareDevelopment #BinarySearchTrees #InternshipPreparation
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Cybersecurity specialists don't get created overnight. The process is long, tedious, and difficult. In the end it's always worth it. Another important building block in our training is memory flashing. Not many engineers had the opportunity to do it hands-on, but it is crucial in understanding the big picture of cybersecurity and embedded systems. #bootloader #memoryflashing #cybersecurity #automotive
#InternshipUpdate Throughout this week, we have been engaged in a critical phase of our project, focusing on performing write and read operations from a specific address in flash memory, as part of preparation for a future software update. This initial stage is important for the success of the update, allowing us to verify compatibility and ensure a solid foundation for further implementation. This experience has challenged us to apply advanced software engineering knowledge and collaborate closely with the team to navigate through the technical complexities of the process.
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🙋♂️ I've got a confession to make... Working with various market reports in the solar technology landscape has been incredibly rewarding. However, as I prepare to start week 5 at the EMU Center for Digital Engagement with APT Solar Solutions, I realized something important: Despite my extensive research experience at the University of Michigan and my work with various brands over the years, research is HARD! Depending on the focus of my research, I sometimes feel uneasy about the validity of my findings, despite the knowledge I've gained. It can be challenging to ask for clarity and reassurance, out of fear that it might make me appear "unprepared," as Mowaninuola's post mentions. This actually happened to me during the initial weeks of my market research on the U.S. solar lighting market, leading us to discard some of the research I had spent a few days working on. Thankfully, this setback wasn’t catastrophic, but the "worst case scenario" could have been much more than redoing a few hours of work! To address this, Anna Withrow and I worked with APT Solar Solutions to break down our larger project and research goals into smaller, manageable tasks. We documented these tasks on a Gantt Chart I created, helping us stay organized and on track! This chart allows us to keep each team member, including the executive chairs we work closely with, aligned on our progress and future tasks. (Message me "GANTT" and I’ll send you the template of the Gantt Chart I'm using! 📊) I wholeheartedly agree with Mowaninuola: "As an intern, you're not expected to know everything" --- What matters is our willingness to learn, grow, and ask questions! Thank you for sharing this! 🙌
Is there a such thing as “bad” questions as an Intern? When I started my internship at Microsoft one thing I was worried about was when and how to ask questions. I didn’t want to come off as unprepared or as if I didn’t know what I was doing. But as an intern, you're not expected to know everything! What is expected though is that you ask for help when needed and leverage the resources provided to you. Not doing so can look just as bad, if not worse, than being “unprepared.” Here are 3 things I keep in mind when I get stuck: - Research and Troubleshoot: Spend some time trying to figure out the problem yourself. This not only helps you understand the issue better but also gives you something concrete to show when you ask for help. Your team can then build on your research, speeding up the problem-solving process. Stack Overflow is your friend! - Don’t spend too much time on a problem: I once spent hours on a problem that ended up being solved in 10 minutes once I finally asked for help. Spending too long on trivial issues can detract from making progress on important tasks. - Make sure you actually understand the task! Some problems can stem from things getting lost in translation and it is perfectly fine to ask clarifying questions. When it comes to understanding your project scope, there may be questions that you aren’t able to just lookup due to how specific it is to your project. Your best bet in this case is to leverage members of your team. I think of it this way: Worst case scenario, if you ask a "bad" question, your team may have expected you to spend more time researching, but your problem still gets solved, allowing you to move forward. If you don't ask at all, you might spend hours not making progress, falling behind on your work and your team might wonder why you didn’t ask for help when you needed it. Tldr: One of your main goals should be to make progress and oftentimes asking questions can allow you to progress quicker and more efficiently.
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POV: Bro after deleting the prod. database on the first day of the internship, realizing Control+Z isn’t working 😂 Lesson: Always double-check your actions, especially with important databases! Attention to detail is key. Don’t forget the power of backups and version control. Mistakes happen, but they’re valuable learning experiences that shape your growth in tech! #TechLife #InternshipFails #TechMistakes #LearningInTech #CareerGrowth #TechJourney #NebiantAnalytics
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Just intern and manager things😂🫣 Tag that intern who always needs a few extra explanations 😅 #relatable #funnyvideos #funnymemes #officereels #corporatememes #enterpriseanalytic #erpsystem #businesssolutions
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🌟 Just completed Task 03 of my internship at Prodigy InfoTech! 🚀 Task : Build a decision tree classifier to predict whether a customer will purchase a product or service based on their demographic and behavioral data. Use a dataset such as the Bank Marketing dataset from the UCI Machine Learning Repository. Building a decision tree classifier to predict customer purchase behavior using demographic and behavioral data provides several valuable insights and benefits. Here's what you can gain from this process: 1. Understanding Data Structure and Quality: Data Inspection: By loading and inspecting the dataset, you understand its structure, the types of variables it contains (e.g., numerical, categorical), and the presence of any missing values. Data Distribution: Examining the distribution of features helps in understanding the range and central tendency of the data, which is crucial for preprocessing and feature engineering. 2. Data Preprocessing Techniques: Handling Missing Values: Learning how to identify and handle missing values ensures that your model receives clean and complete data. Encoding Categorical Variables: Understanding techniques for encoding categorical variables (e.g., one-hot encoding) to convert them into a format suitable for machine learning algorithms. Feature Scaling: Knowing when and how to scale numerical features to ensure that they contribute equally to the model. 3. Feature Selection: Importance of Features: Decision tree models provide insights into which features are most important for predicting the target variable. This helps in understanding the key drivers of customer behavior. 4. Model Building and Evaluation: Model Training: Learning how to split the data into training and test sets, train a decision tree classifier, and tune its parameters. Model Evaluation: Understanding how to evaluate model performance using metrics such as accuracy, precision, recall, F1 score, and confusion matrix. This helps in assessing how well the model generalizes to unseen data. 5. Interpreting Decision Trees: Tree Structure: Gaining insights into how decision trees split data at various nodes based on feature values, which helps in understanding the decision-making process of the model. Visualizing Trees: Learning to visualize decision trees to interpret the model’s decisions and to communicate findings to stakeholders effectively.
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