Jesse M.’s Post

🚀It was difficult . But. . . . . . 🎓 As a computer science student deeply passionate about technology, I recently had the opportunity to participate in a Data Structures and Algorithms (DSA) competition, and I must say, it was an exhilarating journey filled with invaluable lessons and personal growth. Today, I'm excited to share with you the highlights of my experience. 🔍 The Challenge : The competition tasked participants with solving a series of algorithmic problems within a specified time frame, testing our proficiency in DSA concepts, problem-solving skills, and ability to think creatively under pressure. 🌟 Key Takeaways : 1. Adaptability : With each problem presented, I quickly realized the importance of adaptability. The ability to swiftly analyze the problem, identify relevant DSA techniques, and devise efficient solutions on the spot proved to be crucial in navigating through the competition challenges. 2. Collaboration : Despite being an individual competition, the spirit of collaboration was palpable. Engaging in discussions with fellow participants, exchanging insights, and learning from each other's approaches enriched the experience and fostered a sense of camaraderie within the community. 3. Resilience : Throughout the competition, I encountered obstacles and setbacks that tested my perseverance and resilience. However, each challenge served as an opportunity for growth, pushing me to push beyond my limits, iterate on my solutions, and emerge stronger and more determined. 4. Continuous Learning : Above all, the competition reinforced the importance of continuous learning and improvement. Reflecting on the experience, I'm inspired to further deepen my understanding of DSA concepts, sharpen my problem-solving skills, and explore new horizons in the ever-evolving landscape of technology. 🚀 Looking Ahead : Participating in the DSA competition has ignited a newfound sense of motivation and determination within me. Armed with newfound insights and lessons learned, I'm eager to tackle future challenges, pursue excellence in my academic and professional pursuits, and make a meaningful impact in the world of technology. 🤝 Join the Journey : I invite fellow computer science students, enthusiasts, and professionals to join me in embracing the thrill of DSA competitions, coding challenges, and collaborative learning experiences. Together, let's push the boundaries of what's possible and inspire each other to reach new heights in our technological endeavors. #DataStructures #Algorithms #CompetitiveProgramming #ProblemSolving #Technology #LearningJourney #LinkedInLearning

😇😺🩵🖥⌨️💻💛 🔧 Building Skills, One Line of Code at a Time! 💡 As a Computer Engineering student, I’ve come to realize that learning never really stops. From debugging endless lines of code to mastering new technologies, each day brings new opportunities for growth. 🌟 😌Key Lessons I’ve Learned Along the Way: 1. Adaptability is Key😎: The tech landscape is ever-changing. Staying curious and open to learning new languages, frameworks, and tools keeps me ahead of the curve. 2. Failure = Progress👍: Every error or failed project is a stepping stone. With each mistake, I’ve improved my problem-solving skills and learned new strategies to overcome challenges. 3. Networking Matters🤞: I’ve gained so much from conversations with industry professionals, mentors, and peers. Sharing knowledge and experiences is invaluable in this field. 📚 I’m currently diving deeper into [insert current skill/topic], and I’d love to hear how you’ve embraced learning in your own tech journey. Let’s connect and grow together!😊 #ContinuousLearning #TechSkills #ComputerEngineering #Innovation #GrowthMindset 💕

🚀 Embarking on My Data Structures and Algorithms (DSA) Mastery Journey!🚀 Dear LinkedIn Community, I am thrilled to share a significant milestone in my journey as a Computer Science and Engineering student. Today, I begin my quest to master Data Structures and Algorithms (DSA). As someone passionate about technology and innovation, I understand that DSA is the bedrock of all computer technologies. It’s the cornerstone that enables efficient, scalable, and effective coding solutions. 🌟 My Motivation: My love for DSA stems from its pivotal role in transforming complex problems into manageable solutions. Understanding DSA is not just a requirement but a fundamental necessity for anyone aspiring to excel in the tech world. It sharpens problem-solving skills, enhances performance optimization, and lays the groundwork for advanced computational techniques. With a robust academic background and hands-on experience in various projects, I am committed to pushing my boundaries and growing as a programmer. 🛤️ My Pathway: This journey will be tackled methodically, starting with the basics and progressively delving into more complex topics. Day 1: Strings 🔍 My Approach: - Consistent Learning:** Dedicate daily time to study and practice, ensuring a solid grasp of each concept. - Practical Application:** Engage with platforms like LeetCode, HackerRank, and GeeksforGeeks to apply what I learn and solve real-world problems. - Diverse Resources:** Utilize books, online courses, and tutorials to gain multiple perspectives and enhance my understanding. - Detailed Documentation:** Maintain a comprehensive log of my progress, including challenges faced and solutions found, to reflect on my growth. - Community Engagement:** Share insights, seek advice, and collaborate with fellow learners and industry experts to enrich my journey. 💡 Why This Matters: DSA is the backbone of computer science. Mastery in this area will significantly enhance my problem-solving capabilities and prepare me for the technical challenges of the professional world. This journey is crucial for my goal of becoming a proficient software engineer, capable of developing robust, scalable, and efficient solutions. I am excited to share my progress, insights, and resources with you all. Your support and feedback will be invaluable as I strive to reach my goals. Join me on this exciting journey! I will create a GitHub repository for the code and a drive folder for code explanations and analyses. Stay tuned for updates and follow my progress! 😊 #DSA #DataStructures #Algorithms #LearningJourney #Coding #Programming #ComputerScience #SoftwareEngineering #TechCareers #JobSeeking #CareerGrowth #TechCommunity #SoftwareDevelopment #ProblemSolving #Optimization #Innovation #TechJobs

I personally believe that the art of learning is dying. Hear me out. Why did you take Engineering? For the job prospects. Why did you take Computer Science? Same answer. Why did you study that particular algorithm? Are you kidding me? I need to pass the lab exam?!?! Those are my answers. But I was talking with a friend last night and it occurred to me if I don't monetize what I am learning then what is the point of learning? If I am putting my blood, sweat and tears in sitting through courses and youtube tutorials,I might as well be getting paid for it right? But what if it doesn't have to be that way? What if we learn for the sake of satiating our curiosity, for the sake of understanding that problem a little bit more, for the sake of just learning something? But for that to happen, I would need endless amount of time and patience and for a brain with an attention span of one minute reels,I am not sure if that's even possible. I still stand by my statement though. #artoflearning #curiosity #contentwriting

📚 Going Back to Basics: Embracing the Learning Curve 📚 Today, I had a conversation that made me pause and reflect on my journey in computer science. Someone asked me about my highest qualification, and proudly, I mentioned completing my M.Tech in Computer Science back in 2014. But then came the unexpected question: "How do you rate yourself in Operating Systems?" I will admit, I hesitated. It wasn't that I didn't know the answer, but rather, I realized there's always room to revisit the fundamentals. When the conversation steered towards concepts like "fork" in operating systems, I found myself stumbling. "Since I completed my studies in 2014, I seem to have forgotten that," I replied. But here's the thing that struck me: the person I was talking to wasn't from an IT background, yet they seemed to grasp complex concepts effortlessly. It was a wake-up call. Despite being immersed in operating systems day in and day out, I realized there were gaps in my understanding. So, I've decided to embrace this as an opportunity rather than a setback. I'm going back to the basics, cracking open the textbooks, and diving deep into the core concepts of operating systems. It's a humbling experience, but one that I believe will make me a stronger professional in the long run. I want to extend my gratitude to that someone who sparked this realization within me, even though they prefer to remain anonymous. Your curiosity and knowledge were truly inspiring. Here's to continuous learning and growth in our ever-evolving field! #ContinuousLearning #OperatingSystems #BackToBasics #Gratitude #TechJourney

🎓 Celebrating Milestones . . . . . 🚀 As a computer science student with a passion for technology, I'm thrilled to reflect on my progress in learning Data Structures and Algorithms (DSA) and the significant milestones I've achieved along the way. Today, I want to share this journey with you and express my gratitude for the invaluable experiences and growth opportunities it has brought. 📚 Starting the Journey : My journey in learning DSA began with a thirst for knowledge and a determination to master the fundamental concepts that underpin software engineering. From the basics of arrays and linked lists to the complexities of graphs and dynamic programming, each concept presented a new challenge to overcome and a new milestone to achieve. 🌟 Milestones Achieved : 1. Understanding Core Concepts : One of the initial milestones I achieved was gaining a solid understanding of core DSA concepts such as arrays, stacks, queues, and trees. Through dedicated study and practice, I developed a strong foundation that served as the springboard for further exploration. 2. Problem-Solving Proficiency : As I delved deeper into DSA, I focused on honing my problem-solving skills through coding challenges and practice problems. Achieving milestones such as solving my first dynamic programming problem or implementing a complex graph algorithm filled me with a sense of accomplishment and reinforced my passion for DSA. 3. Applying DSA in Projects : Another significant milestone was applying DSA concepts in real-world projects and applications. Whether it was optimizing data structures for efficiency or designing algorithms for complex tasks, integrating DSA principles into my projects allowed me to witness firsthand the practical impact of my learning. 4. Participation in Competitions : Participating in DSA competitions and coding challenges marked a major milestone in my journey. Testing my skills against peers, tackling algorithmic problems under pressure, and achieving respectable rankings fueled my motivation to push boundaries and strive for excellence. 🌐 Looking Ahead : While I'm proud of the milestones I've achieved so far, I recognize that the journey of learning DSA is ongoing and ever-evolving. As I continue to progress, I'm excited to set new goals, overcome new challenges, and embrace new opportunities for growth and learning. 🤝 Join the Conversation : I invite fellow computer science students, professionals, and enthusiasts to share their own experiences and milestones in learning DSA. Let's celebrate our achievements, inspire each other, and embark on this journey of continuous learning and improvement together. #DataStructures #Algorithms #LearningJourney #Milestones #Progress #ContinuousLearning #LinkedInLearning

From Maria Flynn at Jobs for the Future (JFF): "it’s critical for us all to start from a place that imagines what’s possible for humans in the age of A.I. When you do that, you find yourself focusing quickly on people skills that allow us to collaborate and innovate in ways technology can amplify but never replace." This is more true than ever for both #K12 and #highered, and one reason why, as a former teacher, competency-based education resonates so strongly with me. It ensures students successfully master core technical skills like #reading and #math, while at the same time prioritizing those higher order skills and dispositions so essential to success in an ever evolving future. Our kids can't wait - now is the time to rethinking #K12 education https://lnkd.in/efWPbjuS

Hey everyone! 👋 Navigating the college application process might seem like trying to code a complex AI model from scratch, trust me, been there, done that. 😅 ✅ Start early: Think of it as a software development project. The earlier you start, the more time you have to address bugs - in this case, to tailor your applications to your dream schools. 🕐 ✅ Research, then research some more! 🧪 Just like discovering the latest trends in AI or automation tools, do your homework on each prospective college. Get a grasp of the culture, clubs, opportunities, and the vibe on campus if it's possible. 🎓 ✅ Reach out to Admissions officers, faculty, alumni, anyone connected to the college. They are often more than willing to share their experiences and insights. Don't shy away from expressing interest and establishing a connection! 🤝 ✅ Soothing your nerves may feel as tough as debugging a Python script at 2 am, but remember: All the effort counts, and everything happens for a good reason. Hang in there. You got this! 💪 Did you find these tips helpful? Have any college application gems of wisdom to share? Leave a comment below!👇 let's learn from each other's experiences. #CollegeApplication #HigherEducation #AdmissionsProcess #StudentLife #ApplicationTips #CollegeLife

Studying Computer Science at university can open up a world of opportunities! Why Choose Computer Science? - Many Career Paths: Whether it's software development, data science, cybersecurity, or AI, there are countless ways to go. - Make an Impact: Create tech that solves real problems and changes the world. - Job Security: Tech skills are in high demand, leading to great job prospects and good salaries. Tips for Your Journey: 1. Master the Basics: Focus on learning programming languages, math, and logical thinking. 2. Get Hands-On: Work on personal or open-source projects to build your skills and portfolio. 3. Network: Join coding clubs, attend tech meetups, and connect with others on LinkedIn. 4. Stay Updated: Tech is always changing. Keep learning with online courses, blogs, and communities. 5. Find a Mentor: Seek out mentors for guidance and advice. Resources to Check Out: - Online courses from Coursera, edX, and Udacity - Practice coding on LeetCode, HackerRank, and Codecademy - Follow tech blogs and YouTube channels for the latest trends #ComputerScience #TechFuture #CSStudents #Programming #Innovation #UniversityLife #CareerInTech #STEM #FutureLeaders #TechCommunity