Meoun’s Post

Top Educational Pathways: The Best Courses to Study in 2025 Choosing the right educational pathway is crucial for setting yourself up for success in your desired career. With a rapidly changing job market, it's important to stay updated on the best courses to study in 2021. Here are some top educational pathways that can lead to promising career opportunities: The Best Courses in Technology Technology is one of the fastest-growing industries, and studying courses related to technology can open up a wide range of career options. Some of the best courses to study in technology include computer science, data science, cyber security, and artificial intel... > Readmore https://lnkd.in/eBGZUTth

Hello Linkedin, How are you doing? I am looking into graduate programs other than mathematics Master's degree programs. I am thinking about doing a cybersecurity master's degree program, and I found some good universities offer the degree for online study. This way it is flexible so I can work during the day or night then go into class mode when I get home. Arizona State University- Online Master's of Computer Science-Cyber Security https://lnkd.in/d6G-y2uf Old Dominion University- M.S. in Cybersecurity https://lnkd.in/dZh4cZjz Georgetown University- Master's in Cybersecurity Risk Management https://lnkd.in/d44Jw-9v Narrowed it down from my search to these three prospective schools and programs. I think I could be great at cybersecurity mainly due to the fact it would help me in my aspiring career to work in Cryptography or Cryptoanalysis. #masterdegreeprograms #cybersecurity #programminggoals #careergoals #findthatplace

Why #math #matters in #cybersecurity #math #cybersecurity ------- https://lnkd.in/g6nC_HKt ------- There is a #severe #shortage of #qualified #cybersecurityprofessionals. #Knowledge of how your #skills, #interests, #experiences, and #aptitudes #align with those #needed for #success in #cybersecurity can help #figure out the #bestway to #get #started in the #industry. #Cybersecurity is a #technicalfield and #one that at its #core, #requires #strongquantitativeskills. This #guide is all about how #math is #used in #cybersecurity and the #bestway to #prepare for a #math-#driven #cybersecuritycareer. #Inthisguide ------- ▪︎ #Cybersecurity as a #science ▪︎ #Traits, #skills, and #abilities ▪︎ #Math in #cybersecurity ▪︎ #Math #requirements for #education ▪︎ #FAQ ▪︎ #Resources -------- While math is vital for some cybersecurity careers, there are other more essential skills and characteristics, such as: ▪︎ A value system that holds helping and protecting others in high esteem ▪︎ An ability to work in a high-stress environment ▪︎ A willingness to work as part of a team ▪︎ An ability to grasp new and complex ideas quickly #Frequentlyaskedquestions ▪︎ Why is math important in cybersecurity? Math plays a crucial role in cybersecurity as it provides the foundation for various encryption techniques,algorithms,and security protocols. Understanding math helps professionals design and analyze secure systems,detect anomalies,and mitigate threats effectively. ▪︎ What math topics are essential for cybersecurity? Key math topics in cybersecurity include number theory (for encryption), probability and statistics (for risk assessment), linear algebra (for cryptography), discrete mathematics (for logic and algorithms),and calculus (for network analysis). ▪︎ How can math help in encryption? Math enables the development of encryption algorithms that protect sensitive data. Concepts like modular arithmetic and prime numbers are used to create secure encryption methods, such as RSA and ECC (Elliptic Curve Cryptography). ▪︎ Can I study math for cybersecurity if I’m not a math expert? Absolutely! While a strong mathematical background is beneficial,cybersecurity professionals can acquire the necessary math skills through dedicated study and training programs. Many resources and courses cater to various skill levels. ▪︎ What are some practical applications of math in cybersecurity? Math is used in various cybersecurity applications, including encryption and decryption of data,threat analysis, penetration testing,firewall rule creation, risk assessment, and network monitoring. #Sources ▪︎ The Mathematical Analysis of Logic by George Boole | From Google Books in October 2023. ▪︎ BSE program information | Sourced from Arizona State University in October 2023. ▪︎ MS Cyber Security Specialization info | Sourced from Boston University in October 2023. ▪︎ PhD in Security info | Sourced from University of Colorado in October 2023.

We’re missing a trick. We need to teach computer science earlier, more broadly, and better. If a wider, more diverse group of young people can be convinced that a digital career is right for them, and cyber skills are incorporated into the curriculum from the primary school age, just imagine the potential. Read more here: https://brnw.ch/21wHHlf #InsideAtkinsRealis #Careers #EngineeringBetter #ComputerScience

🌟 Just stumbled upon an eye-opening article that compares cybersecurity with computer science, and it got me thinking in a whole new way! Here's a fun little metaphor to explain this: 🔒 Cybersecurity is like installing a state-of-the-art security system in your home - it's all about protecting your valuables from potential threats and intruders. Computer science, on the other hand, is like mastering the art of building a smart, efficient, and functional home with all the latest gadgets and tech wizardry! 🛡️ Did you know that cybersecurity degree holders are in high demand, with analysts and managers earning median incomes of over $98,000 and $142,000 respectively in 2017? It turns out that the cybersecurity job market is predicted to grow by 28% between 2016 and 2026 - talk about a promising career path! 🚀 On the flip side, the field of computer science is buzzing with opportunity, expecting a 19% growth between 2016 and 2026. Master’s degree holders in this field can look forward to a median salary of $118,370 per year. It's like a high-tech playground out there! 🌐 The article is packed with fascinating insights about the education options, skills gained, and career opportunities in both fields. But the real question is: in this digital age, are you more drawn to being the guardian of the gates or the architect of the digital universe? Tell me your thoughts below! https://lnkd.in/gRYcisqv

Check out our new graduate certificate in quantum computing for cybersecurity in the The Beacom College of Computer and Cyber Sciences (BCCCS) at Dakota State University (DSU)!

Linkedin Hive Mind... what do you tell high school kids who say they want to get into cybersecurity and don't know what kind of major to do. A computer science degree would position you more strongly for appsec/prodsec/pen testing work. But I can't help but feel in my own experiences that GenAI is getting pretty good at a lot of that kind of work. But for security operations and engineering work, are there any good college programs out there? I have never once heard anyone on my team express any interest in a candidate having a degree in IT or cybersecurity. Are they even that hands on? Is there a semester long "endpoint hardening" class available in college? I almost feel like a degree in data science and a CISSP would get you further than a bachelors in IT or security. What education pathway do you recommend for young folks wanting to get into this field? Thanks in advance!

"If a software engineer is not educated in security and privacy, how can [consumers] trust the products that they're using?" An interview with Professor Ming Chow, a senior lecturer in the Department of Computer Science at Tufts University. A survey showed that computer science department heads were asked to choose which 5 subjects out of a list of 10 were the most important to the undergraduate core curriculum. According to the professors, the top five fields were: - Algorithm & data structures - Software design - Operating systems - Programming languages - Software architecture Security was second to last, right before compilers. There are so many computer science students don’t know that cybersecurity is even a field. If you actually talk to students in computer science, where do most people aspire to work after graduation, from an undergrad perspective? Google, Microsoft, Facebook, Apple, Amazon, and similar companies are the usual suspects. Most computer science graduates will end up going to a tech company that builds software. How can anyone know that this field exists when it’s rarely or not even mentioned in the curriculum? I’m also not sure if many faculty members or career service departments know that this labor gap exists. https://lnkd.in/d3CWY3Sg #cybersecurity #interview #computerscience 

🎉 Exciting News! 🎉 I’m thrilled to announce that I have successfully completed a software engineering job simulation, where I had the unique opportunity to tackle real-world challenges. One of the standout experiences was cracking a leaked password database—a task that pushed my skills and knowledge in cybersecurity to new heights! 🔍 What I Learned: Password Security: Understanding how vulnerable password management can be and the importance of strong password policies. Encryption Techniques: Gaining hands-on experience with various encryption methods and learning to apply them effectively. Problem-Solving Skills: Developing analytical skills to approach complex security issues systematically. This simulation not only reinforced my technical abilities but also highlighted the critical role that cybersecurity plays in today’s digital landscape. I’m eager to continue expanding my skills and taking on more challenges. #SoftwareEngineering #forage #Cybersecurity #PasswordSecurity #Learning #CareerGrowth #JobSimulation #TechJourney #Programming

This is a forwarded Post from our Partner Site: —————————————————————— 🔍 **Social Engineering in Schools and Universities: A Growing Concern** As we usher in an era defined by digital evolution, it's crucial to bring attention to a pressing issue that often flies under the radar: social engineering in educational institutions. 🔑 **What is Social Engineering?** At its core, social engineering manipulates individuals into divulging confidential information by exploiting psychological tactics rather than relying solely on technological vulnerabilities. 📚 **Why Schools and Universities?** - **Vulnerability**: Students and staff may not be as vigilant about cybersecurity as tech professionals. - **Trust**: Education environments thrive on trust, making them prime targets for manipulative tactics. - **High-value Data**: Institutions possess vast amounts of sensitive data - personal information, research, and financial records. ⚠️ **Real-World Impacts** - **Identity Theft**: Imagine a student's financial aid package hijacked, their identity impersonated. - **Disrupted Learning Environments**: Phishing attacks can lead to widespread disruptions in academic activities. - **Loss of Trust**: Breaches shake the foundational trust that binds students, faculties, and administration. 🚨 **A Call to Action** Educational institutions need to proactively address these challenges. Here’s how: - **Awareness Training**: Regular workshops can equip students and faculty with knowledge on recognizing social engineering tactics. - **Open Dialogue**: Create a culture where individuals feel comfortable reporting suspicious behavior or incidents. - **Policy Framework**: Establish clear guidelines on data management and cybersecurity protocols. 👉 **Key Takeaway** Social engineering is not a distant threat; it's an immediate risk that can disrupt our educational environments if we remain complacent. 🌟 As we champion innovation in learning, let’s also prioritize the protection of our community against these manipulative tactics. Together, we can create safer educational spaces. #SocialEngineering #Cybersecurity #Education #SafetyFirst #Awareness