Jonathan S.

I am beyond excited to share that Altium Packaging will be partnering with the Department of Defense later this year for their DOD SkillBridge program! This program is an opportunity for service members to gain valuable civilian work experience through specific industry training, apprenticeships, or internships during the last 180 days of service. DOD SkillBridge connects transitioning service members with industry partners in real-world job experiences. For service members, DOD SkillBridge provides an invaluable chance to work and learn in civilian career areas. For industry partners, DOD SkillBridge is an opportunity to access and leverage the world's most highly trained and motivated workforce at no cost. Service members participating in DOD SkillBridge programs continue receiving their military compensation and benefits, while industry partners provide the civilian training and work experience. I have had a passion for transitioning service members into civilian life for a long time. As an agency recruiter, I spoke to many service members who were incredibly talented but struggled to translate their skillset to a nonmilitary career. Helping Altium Packaging become a valued partner of this program fills me with pride. If your organization would like to participate in this program, visit https://lnkd.in/gxRrTdsb.

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What Does a Mass Properties Engineer Actually Do? (And Why It Matters More Than You Think) When people think about aerospace engineering, they picture aerodynamics, propulsion systems, or cutting-edge avionics. But behind every successful aircraft program is a highly specialized role that often flies under the radar: the Mass Properties Engineer. So what do they do? At its core, Mass Properties Engineering is about weight, balance, and mass distribution three factors that directly impact performance, safety, and certification. Every pound matters. • Track and control aircraft weight throughout development • Calculate and monitor center of gravity (CG) • Analyze moments of inertia for flight stability • Evaluate engineering changes for weight impact • Support FAA and DoD certification requirements If the weight creeps up → fuel burn increases. If the center of gravity shifts → stability is affected. If inertia data is off → flight models become unreliable. In other words, this role directly impacts flight safety, efficiency, and mission success. It’s a blend of technical precision, cross-functional collaboration, and long-term program discipline. These engineers work closely with structures, systems, manufacturing, and flight test teams to ensure the aircraft performs exactly as designed. As aerospace programs continue to push performance limits, weight control and balance strategy are more critical than ever. And if you're a Mass Properties Engineer, your work may not always be visible from the outside, but it’s foundational to everything that flies. #AerospaceEngineering #MassProperties #EngineeringCareers #AerospaceAndDefense

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XENA is about pushing the limits of algorithmic analysis: turning ultra‑weak, blurred hard‑X‑ray data captured from long distances into meaningful, non‑imaging intelligence opening new possibilities in remote, non-invasive national security inspections.

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Another powerful example of why building a strong Defense-Tech ecosystem is critical for Puerto Rico’s long-term technological development. Strategic investments in advanced aerospace and defense capabilities don’t just create jobs — they accelerate the growth of local talent, strengthen technical expertise, and build institutional knowledge that compounds over time. Through continued investments at Collins Aerospace sites, RTX is helping cultivate a deep bench of engineers, software developers, technicians, operators, and mission-driven professionals on the island. Defense-Tech ecosystems have historically served as catalysts for innovation, workforce development, and high-value industry growth. When we invest in complex, high-performance technologies, we elevate the entire ecosystem — from universities and startups to suppliers and advanced manufacturing. Puerto Rico has the talent. With sustained investment and collaboration, we can continue positioning the island as a hub for aerospace, software, and advanced systems engineering in the Americas. If you’re passionate about contributing to a high-impact, innovation-driven future for Puerto Rico, now is the time to engage.

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As a recruiter, I have the privilege of connecting with some of the brightest minds in the engineering world, and today, I want to take a moment to talk about Systems Engineers – the unsung heroes of complex projects. 🔧 What makes a Systems Engineer special? A Systems Engineer is not just a technical expert; they're the glue that holds projects together. They work across multiple disciplines to ensure that all parts of a system interact seamlessly. From defining requirements to overseeing integration, they ensure that every cog in the machine works in perfect harmony. 🌍 Why the demand is growing? With the rise of smart technologies, AI, automation, and global projects, companies are relying more than ever on Systems Engineers to oversee the development and integration of complex systems. Whether it's aerospace, healthcare, robotics, or renewable energy, their skill set is invaluable in tackling today's most challenging problems. 🔑 Skills that set Systems Engineers apart: Interdisciplinary Expertise: The ability to manage and integrate complex systems from software to hardware. Problem Solving: They anticipate and solve problems before they arise, ensuring smooth system operation. Collaboration: Systems Engineers often work with teams from various departments, bridging the gap between software developers, mechanical engineers, and project managers. Attention to Detail: Every system detail counts, and a Systems Engineer’s precision keeps everything running without a hitch. 📈 For Employers: If you're looking for a Systems Engineer, remember – you're not just hiring someone to manage a project; you're bringing in a professional who can navigate the complexity of technology and ensure your system’s success from start to finish. 💬 For Engineers: If you’re a Systems Engineer, I’d love to connect! Let's chat about new opportunities to help you grow your career in an industry that values your unique skill set. The future is all about systems, and it’s the Systems Engineers who are driving innovation! #SystemsEngineering #Recruitment #EngineeringJobs #TechTalent #Innovation #EngineeringCareers #Hiring

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Raytheon's LTAMDS recently completed the US Army's flight test program and achieved DoD Milestone C designation, initiating the production and deployment phase of the program. This powerful radar delivers 360-degree coverage and is designed to defeat advanced and next-generation threats, including hypersonic weapons. #DSEIJapan2025 Learn more: https://rtxcorp.co/45rMrSa

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Demand for electronics and hardware engineers is steadily increasing as advances in AI drive the need for specialized chips, embedded systems, and high-performance computing hardware

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My first LinkedIn video... here we go 😅 As a recruiter, I review a lot of resumes from incredibly talented engineers and technical professionals. And I keep seeing the same mistake… Candidates list responsibilities instead of impact. Example: ❌ Responsible for testing radar systems ✅ Led testing for next-generation radar systems that improved detection performance by 25% When recruiters review resumes, clarity around impact makes a huge difference. For those in engineering, aerospace, or defense what’s been the hardest part of the job search lately? Resume writing? Getting noticed? Interviews? Drop it in the comments. And if you’d like another set of eyes on your resume, feel free to send me a direct message, happy to help. #career #jobhunting #engineering #insight

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The US Army has awarded Raytheon a $279.2 million cost-plus-fixed-fee contract to provide functional management support for the Land-based Phalanx Weapon System. Read More - https://lnkd.in/gaJgHMSe

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The role of an Electrical Engineer working in a testing environment, such as one implied by "LA testing" (often referring to a testing lab or a product approval process like the Los Angeles Electrical Test Lab), focuses heavily on ensuring electrical systems, equipment, and components are safe, reliable, and compliant with relevant standards and regulations. ​Key Work Points for an Electrical Testing Engineer ​The primary work points, or duties, for an electrical engineer in a testing and compliance setting typically include: ​1. Test Planning and Development ​Creating Test Plans and Procedures: Designing detailed test protocols for electrical products and systems, including functional, performance, safety, and compliance testing (e.g., UL, IEC, IEEE, NEC standards). ​Designing Test Setups and Fixtures: Developing and implementing test hardware, instrumentation, and software (like LabVIEW or Python) for automated and manual testing. ​2. Test Execution and Data Analysis ​Performing Electrical Tests: Conducting a variety of tests on electrical equipment, such as continuity, insulation resistance, earth testing, high-voltage/dielectric strength tests, and thermal analysis. ​Data Acquisition and Analysis: Collecting, processing, and analyzing test data to evaluate performance, reliability, and identify any anomalies or failures. ​Troubleshooting: Investigating and determining the root cause of electrical system failures or non-conformance issues during testing. ​3. Compliance and Documentation ​Standards Compliance: Ensuring the product or system under test meets all local, national, and international safety and performance regulations (e.g., LA City Municipal Code, NEC, OSHA). ​Report Generation: Preparing detailed, accurate technical test reports that document procedures, results, analysis, and conclusions for internal review and for regulatory bodies or clients. ​Certification Support: Collaborating with regulatory agencies and certification bodies to achieve product approval and listing (e.g., Los Angeles Research Reports (LARR) approval, if applicable to the "LA testing" context). ​4. Collaboration and Improvement ​Cross-functional Collaboration: Working closely with design, manufacturing, and quality assurance teams to provide feedback, suggest design modifications, and resolve technical issues. ​Equipment Maintenance: Calibrating and maintaining test equipment and instrumentation to ensure accuracy and reliability of all measurements. ​Continuous Improvement: Developing and implementing new testing methodologies and processes to enhance efficiency and quality.

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