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What do cables on the ocean floor have to do with the State Department?  Undersea cables carry more than 95% of the world’s digital traffic. Any disruption or compromise could isolate a country, threaten national security, or lead to billions of dollars in damage. That’s why we’re working with our partners and private companies to ensure this infrastructure is secure and resilient. “This partnership is absolutely essential,” Secretary Blinken said when he visited technology company NEC Corporation in Tokyo during his recent trip to Asia. That’s also why we are always on the lookout for architects, engineers, digital communication experts and others to join our team.  Watch the video to learn more about our global collaborations and check out https://careers.state.gov/ for job opportunities at State.

Great opportunities

Undersea cables are essential to the modern economy and national security. U.S. Department of State is absolutely right about the importance of this infrastructure. Linked below are are two MITRE reports on "Five Things to Consider When Assessing the Impact Of PRC Digital Infrastructure" and the "Digital Silk Road Peace: Subsea Cable Connections to the ICT." https://lnkd.in/ehd8KEam https://lnkd.in/eyjhnG44

Embarking on a career in telecom engineering? Congratulations on your decision! This path places you as a vital figure working behind the scenes in our interconnected world. While it demands a distinct skill set, remember that revolutions are seldom straightforward. Outlined below are the key skills essential for initiating your telecom career: Critical Thinking • Telecom engineering embodies a methodical journey rather than a hasty race to solutions. • Critical thinking serves as our primary asset. We evaluate, analyse, and then strategize to overcome challenges. • The emphasis lies not on quick fixes but on comprehending the root of issues and crafting comprehensive strategies for resolution. Communication • While technical expertise is crucial, effective communication is equally vital. Clear communication with clients, colleagues, and stakeholders is indispensable. Teamwork • Operating akin to a well-synchronised machine, every component must function harmoniously. • Telecom projects necessitate the collaboration of various teams and departments, each contributing their expertise. • Engaging in this collaborative effort entails appreciating diverse perspectives and working toward a unified objective. #Careers #Skills #telecoms

Network Engineering: A Path Less Traveled But Highly Rewarding Some may say - and I'm afraid I have to disagree with it - It's not the most glamorous job in tech. But it sure is vital. Dive into the world of network engineering, where the unseen powerhouses of our digitally driven lives work behind the scenes to keep everything connected. As a seasoned network engineer and a professor in this field, I have enjoyed a career that has never ceased to challenge, intrigue, and ultimately fulfill me. Network engineering isn't just about connecting cables or routers; it's about problem-solving, strategic planning, and ensuring the lifeline of any company – its communication infrastructure – remains intact. In my many years in this field, I have witnessed dramatic changes as technology evolved. We've moved from cabling LANs to orchestrating virtual networks that span continents, making this a tremendously dynamic field to be part of. If you are considering a career in technology, don't overlook network engineering. It's a rewarding path that offers plenty of opportunities for growth and constant learning. Stay connected! #NetworkEngineering #TechnologyCareers #InformationTechnology #careerintech

💡 Network Engineer Tip: Optimize Wireless Network Performance with Channel Planning and Site Surveys! 📶🛠️ Improve the reliability and speed of your wireless network by carefully planning channel allocation and conducting site surveys. Channel interference and coverage gaps can significantly impact wireless performance. Follow these steps for optimization: 1. **Perform Site Surveys:**   - Conduct thorough site surveys to assess signal strength, interference, and coverage areas. 2. **Analyze Survey Results:**   - Use survey data to identify dead zones, areas of high interference, and optimal access point (AP) placement. 3. **Plan Channel Allocation:**   - Allocate non-overlapping channels (e.g., channels 1, 6, and 11 in the 2.4 GHz band) to minimize interference. 4. **Adjust Transmit Power:**   - Adjust AP transmit power levels to optimize coverage without causing interference. 5. **Monitor Network Performance:**   - Regularly monitor wireless network performance and make adjustments as needed based on usage patterns and environmental changes. #WirelessNetworking #ChannelPlanning #SiteSurvey #TechTips #Networking #LORSIVTechnologies By carefully planning channel allocation and conducting site surveys, you can ensure optimal wireless network performance and reliability. Share your experiences or tag a colleague interested in optimizing wireless networks! Follow #LORSIVTechnologies for more valuable network engineering tips and insights!

Every now and again an opportunity arises that is so extremely specialised that there is only a very few who possesses the Skills, Knowledge and Attitude (SKA) to be effective in the role! Please view and repost the initial post below, and who knows, you might just assist in making one's dream job a reality. #thanksforreposting #thanksforsharing #teamworkmakesthedreamwork #defencesales #rfengineer #electronicengineer #salesengineer #technicalsalesmanager #rfspectrum #electronicwarfare #electroniccountermeasures #electroniccountercountermeasures #ecm #eccm #ecccm #ecccm #ITC #antenna #antennae #spectrumsafety #spectrumdefence #spectrumdefense

In today’s fast-evolving digital landscape, ensuring seamless, secure, and reliable network connectivity is more critical than ever. As a Senior Network Engineer, I’m passionate about crafting advanced solutions with SASE (Secure Access Service Edge) and SD-WAN (Software-Defined Wide Area Networking) that not only meet but exceed customers expectations. 🔧 What sets me apart? Deep Technical Expertise: I leverage the power of SASE and SD-WAN to optimize networks, enhance security, and provide unparalleled agility for businesses across all industries. Customer-Centric Approach: I believe that technology is only as good as the experience it delivers. I take immense pride in understanding each client's unique challenges and delivering tailored solutions that solve problems, not just address them. End-to-End Support: From initial design and implementation to continuous monitoring and optimization, I ensure every phase of the network lifecycle is managed with precision and care. The success of the customers that I´m supporting is always my top priority. 🔐 In the era of digital transformation, the need for secure, scalable, and efficient network infrastructure is critical. Whether it's implementing SD-WAN to improve application performance and reduce costs, or integrating SASE to provide secure access for users anywhere, I’m committed to delivering solutions that work for today and tomorrow. 🌟 If you're looking for a network engineer who brings expertise, innovation, and exceptional customer service together, I’d love to connect and explore how we can collaborate to elevate your services to the next level! #NetworkEngineering #SASE #SDWAN #CustomerFirst #TechInnovation #DigitalTransformation #Security #Networking #CustomerCare #EngineeringExcellence

Yesterday, I had the privilege of being part of a dedicated team tasked with reviving an enterprise-scale #network. As the only field engineer on site, my role was pivotal, while three remote engineers had access to the switches via SSH . The major issue was a critical interface connecting over 70 end devices—it was down, and the telltale LED light was ominously dark. The pressure was immense. My first step was to methodically check every physical connection using an #RJ45 cable tester and an #SFP cable tester. It was a painstaking process, but I uncovered a few faulty cables connecting the switch and patch panels. I replaced them, hoping for a sign of life, but the interface remained stubbornly down. Meanwhile, the remote engineers were deep in their diagnostics. They discovered an SFP mismatch on some switch interfaces, a potential breakthrough. I swapped out the SFPs, our hopes rising with each click of a new module sliding into place. But still, the interface refused to cooperate. Hours ticked by, the tension mounting as we wrestled with the problem. We had been at it for over six hours. Fatigue was setting in, but giving up wasn't an option. Our reputation and the client's operations were on the line. Frustration turned to a steely determination as we retraced our steps, reviewing every possible variable. Then, an idea struck: could it be the polarity on the SFP cables? It was a long shot, but at this stage, every possibility was worth exploring. With a mix of anxiety and cautious optimism, I adjusted the polarity on the SFP cables. As I made the final connection, there was a moment of palpable tension. And then—boom—the interface sprang to life. The LED light glowed with a reassuring brightness. Relief washed over me. I was elated, the remote engineers cheered through our communication channels, and the client was visibly delighted. It was a hard-won victory, a testament to perseverance and teamwork. The thrill of solving such a complex problem was exhilarating, and while there's still much more to learn in the life of a #networktechnician, moments like these make every challenge worthwhile.