Alan Ling’s Post

Say hello to Jess Barry 🧠✨, our Senior Recruitment Consultant - Medical Device and Neuro-Tech Specialist. Jess is a superstar in the medical device and biotechnology sectors, where she helps companies build their dream teams for R&D. From electronics and mechanical engineering to principal system roles, Jess knows how to find the perfect fit for every stage of a product’s journey. Why THIS sector, Jess? For Jess, it's all about the thrill of the future! She loves being at the cutting edge, chatting with innovators who are shaping tomorrow's healthcare. With a background in philosophy and neuroscience, Jess has a unique perspective that blends curiosity with technical know-how. Her deep dive into cognitive philosophy and neuroscience means she’s especially passionate about neurotech and health tech, making her the go-to person for these specialized fields. What makes Jess a standout recruiter? It’s her knack for speaking the language of engineers. Thanks to her neuroscience degree, Jess understands the nitty-gritty details that make these roles unique. She’s not just filling positions; she’s building connections. Jess spends loads of time getting to know R&D pros, soaking up their knowledge, and using it to prequalify jobs like a pro. Her deep dive approach ensures she nails the right match every time 🎯 Finding the right talent in the medical device world can be tricky, but Jess is up for the challenge. With experience across various sectors like oil and gas, green tech, and defense, she knows how to navigate complex specializations. Jess understands that medical device engineers often wear many hats and need to master a range of skills. She’s an expert at identifying those multi-talented individuals who can tackle anything from sensor development to diagnostics. Jess's love for philosophy means she finds every conversation with engineers fascinating. She dives into the "why" and "how" behind their work, turning technical discussions into exciting explorations. Jess believes engineers are some of the most interesting people around and her enthusiasm sure is infectious! Whether it's a breakthrough brain-scanning device or a life-saving neurostimulant chip, Jess is there, eager to learn and connect. Ready to join the future of medical technology? Connect with Jess Barry and discover how she can help your company find the perfect talent to innovate and excel.

The medical device sector is expanding rapidly thanks to advancements in technology and our aging population. This has created a global demand for skilled professionals in the field - but which country is best for medical device jobs? This blog will go over the 5 countries currently leading the pack in medical device engineering, each with their own unique advantages depending on your career goals and desired work environment. To read the full blog, click the link below 👇 https://lnkd.in/eywd_VVC #MedicalDevice #ScienceBlog #LifeScience

🔬 nullInnovative Technology Solutions for Biomedical Techniciansnull 🔬 In the rapidly evolving field of biomedical engineering, staying ahead with cutting-edge technology is crucial. At FixMed Technology LLC, we’re committed to revolutionizing the industry by integrating Flask and React to develop powerful software solutions that empower biomedical technicians. Here’s how our approach is transforming the sector: 🚀 nullReal-Time Data Managementnull Our solutions provide real-time updates on medical equipment status, ensuring timely maintenance and significantly reducing downtime. ⚙️ nullEnhanced Efficiencynull Automating routine tasks, such as email notifications for maintenance reminders, allows technicians to focus on critical issues, enhancing overall productivity. 💻 nullUser-Friendly Interfacesnull We design intuitive interfaces that make it easy for technicians to manage, track, and troubleshoot equipment, improving their effectiveness and efficiency. Our commitment to leveraging modern technologies not only boosts productivity but also ensures the highest standards of patient care. Through our innovative solutions, we aim to empower biomedical technicians to perform at their best, ensuring seamless and reliable healthcare services. 📈 nullInterested in learning more?null Follow our page for more insights and updates! Share your thoughts and experiences on how technology is shaping your role in biomedical engineering. Let's spark a conversation and collectively drive the industry forward. 💡 🔗 Curious about how we can transform your biomedical operations? Reach out to us or visit our website to explore our innovative solutions in detail. #BiomedicalEngineering #TechnologyInnovation #HealthcareSolutions #BiomedicalTechnicians #RealTimeData #Efficiency #UserFriendly #FixMedTechnologyLLC

The Ideal Medical Imaging Technologist: What Hiring Managers Really Want As the healthcare landscape evolves, so do the expectations for medical imaging technologists. Here's an insider look at 7 attributes hiring managers look for in their ideal candidates: 1. Technical Proficiency Across Multiple Modalities While specialization is valuable, versatility is becoming more desirable. Hiring managers are increasingly seeking multi-modality technologists. With advancements in hybrid imaging technologies, the demand for multi-modality technologist is increasing. 2. Patient-centered Approach Technical skills alone aren't enough. Hiring managers want technologists with excellent interpersonal skills, empathy, and the ability to explain procedures clearly to patients of all ages and backgrounds. The technologist’s interaction with a patient leaves a lasting impression. 3. Problem-Solving Abilities Every patient is unique, presenting challenges that textbooks and academic training don't cover. Hiring managers value technologists who can think on their feet, are creative, and can adapt imaging protocols as needed while maintaining image quality and patient safety. 4. Commitment to Continuous Learning With the rapid evolvement of imaging technology, the capability for ongoing education is non-negotiable. Ideal candidates actively seek out new learning opportunities and stay updated on industry trends. 5. Team Player Mentality Modern healthcare is collaborative and will continue to be even more so in the future. The ability to work seamlessly with radiologists, nurses, and other healthcare professionals is essential. Hiring managers look for technologists who contribute positively to the team. 6. Quality and Safety Focused Top candidates demonstrate a keen eye for detail and a strong commitment to maintaining high image quality and patient safety standards. Knowledge of, and adherence to radiation safety protocols is essential. 7. Emotional Resilience Healthcare environments can be stressful. Managers seek technologists who can maintain composure under pressure, handle difficult situations gracefully, and bounce back from challenging days. The ideal medical imaging technologist is more than just a sum of skills - they're a crucial link in the patient care chain, blending technical expertise with human compassion. 💬Hiring managers and imaging technologists: What other qualities do you think are essential in today's evolving healthcare environment? Share your thoughts in the comments. #medicalimaging #radiologictechnologists #diagnosticimaging #healthcarerecruitment #healthcareleaders #imagingtechnology #healthcarejobs #imagingexcellence #nuclearmedicine #molecularimaging #innovasparkconsulting #thesupernuctechacademy

Biomedical engineers have a diverse range of responsibilities focused on designing, maintaining, and improving medical equipment and healthcare systems. Here are some of their key duties: * Equipment Design and Development: Create and improve medical devices, such as imaging machines, prosthetics, and diagnostic equipment, tailored to meet clinical needs. * Maintenance and Repair: Ensure that medical equipment is functioning safely and efficiently by performing regular maintenance, troubleshooting, and repairs as needed. * Installation and Calibration: Set up new devices in healthcare facilities, calibrating them to meet safety and accuracy standards. * Testing and Quality Assurance: Conduct rigorous testing on medical devices to ensure they meet regulatory standards and function as intended under different conditions. * User Training and Support: Train healthcare staff on the correct and safe use of medical equipment, providing ongoing support to answer questions and solve problems. * Research and Innovation: Conduct research to develop new technologies or improve existing medical devices, often collaborating with scientists and medical professionals. * Compliance and Safety Monitoring: Ensure that all medical equipment complies with industry regulations and safety standards, working with regulatory bodies as needed. Documentation and Reporting: Maintain detailed records of maintenance, repairs, testing results, and regulatory compliance to track equipment performance over time. * Cost Management: Assist with budgeting and planning for new equipment purchases, considering cost-efficiency without compromising quality and safety. Biomedical engineers play a crucial role in healthcare by ensuring the reliability and advancement of medical technology, supporting patient care, and improving healthcare outcomes. BiomedicalEngineering #HealthcareInnovation #MedicalEquipment #EngineeringInHealthcare #HealthcareTechnology #PatientCare #MedicalDeviceDesign #HealthcareSafety #BiomedicalResearch #QualityAssurance #EquipmentMaintenance #MedicalDeviceTesting #InnovationInHealthcare #HealthcareProfessionals #MedicalTechnology #LifeSavingTech #HospitalEquipment #BiomedicalInnovation #HealthcareSolutions #TechnicalExcellence #BiomedicalScience #ComplianceInHealthcare #MedicalEngineering #FutureOfHealthcare #SafetyStandards #HealthTech

Communication skills are crucial for biomedical engineers because they often work at the intersection of healthcare, engineering, and technology. Effective communication enables them to clearly convey complex technical information to a diverse audience, including healthcare professionals, patients, and regulatory bodies. This ensures that their innovative solutions and technologies are accurately understood and appropriately applied in clinical settings, which is essential for patient safety and the successful implementation of biomedical devices. Furthermore, strong communication skills facilitate collaboration within multidisciplinary teams. Biomedical engineers often work alongside physicians, scientists, sales team and other engineers, requiring clear and concise exchange of ideas and information. This collaboration is vital for problem-solving, as it allows for the integration of various perspectives and expertise, leading to more innovative and effective solutions. Good communication helps to align team goals, manage project timelines, and ensure that all team members are informed and engaged throughout the development process. In addition to these practical advantages, effective communication is also necessary for the professional growth and development of biomedical engineers. Being able to articulate their ideas and findings through presentations, research papers, and reports enhances their professional credibility and can lead to greater recognition within the field. It also opens opportunities for leadership roles, as strong communicators are often seen as effective leaders who can inspire and guide teams. Overall, the ability to communicate effectively is indispensable for biomedical engineers to advance their careers, foster collaboration, and ensure the successful application of their technical expertise in the healthcare industry. #biomedical #engineering 💙

Effective communication is crucial

Getting a job in medical devices and technology won’t be easy, but we share a few tips to help you get your foot in the door. #WeAreStarPeople #TrustedToDeliver #medicaldevices #meddevicejobs #jobsearch #recruitment #hiring #vacancy #looking #careers #recruitmentagency #jobtips #jobadvice

Biomedical engineering is such a misinterpreted degree. People ask what can Biomedical engineers do, I ask what can we not do? We can code We can solder We can develop materials We can 3D print We can analyze systems And we can do more. Most importantly, we can learn faster and we can apply engineering principles to all products and projects. If you are hiring for a specific engineer and a Biomedical Engineer applies please do not eliminate them just because of their major.