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Thinking about your future after 12th? ?? Biomedical Engineering is the perfect blend of scope, salary, and growth! ?? Whether you're starting with a graduation degree or have already gained experience, the opportunities are endless: ?? Starting Package: ?4-12 LPA ?? With Experience & Skills: ?20 LPA+ Unlock a rewarding career in Biomedical! ???? Ready to dive in? Comment below if you’re interested, and follow us for more career insights! ???? #BiomedicalEngineering #CareerGrowth #EducationMatters #FutureReady #EngineeringLife #CareerTips

Life of a Biomedical Engineering Intern in a Hospital ?????? Here’s the truth about industrial training as a biomedical engineering student in a hospital: we're often seen as "the tech guys" ????. Need a bed fixed? Call the biomedical department. A machine malfunctioning? We’re there. But there’s so much more to what we do – and it’s all linked to patient care and safety ??????. Biomedical engineering is more than creating advanced devices; it's about making sure they work safely in the real world ??. During our training, we engage in maintenance and calibration ???? – tasks that might seem minor but are essential for keeping machines safe and accurate. For instance, ensuring a ventilator functions correctly can be a matter of life or death ??????. Our work demands technical expertise, medical knowledge, and a lot of patience ??. Initially, it might seem like we’re just there to "fix stuff." Yet every single task, no matter how small, plays a crucial role in the hospital’s smooth functioning. Biomedical engineering may look different on paper, but in the field, it’s about adapting, being resourceful, and understanding that even the tiniest fix impacts patient care ??????. #BiomedicalEngineering #InternLife #HealthcareHeroes #PatientSafety #RealWorldEngineering #HealthcareTech #TechInMedicine

??New Video Alert ?? ??10 things you need to know before embarking on this exciting and impactful career. ??Whether you're a student, recent graduate, or looking for a new direction, this guide will help you understand what it takes to succeed as a biomedical scientist. ?? Don’t forget to like, subscribe, and hit the notification bell for more career tips in biomedical science and beyond! ?? https://lnkd.in/dgzaigQX Follow Biomedical Science and Beyond #biomedicalscience #Careers #TransferableSkills #Networking #CareerGrowth #STEMCareers

Online courses are a good way to learn the basics if you are an undergrad student. However if you are applying that knowledge by engaging in projects, you can get an edge in this highly competitive sphere of academia. For example, if you are a Biomedical Engineering undergrad willing to gain skills on Machine Learning, embarking on Biomedical projects where you can apply these skills will validate your expertise. Moreover, this can be crucial in sessional projects during your final year or thesis/dissertation. You can even move for paper publication if the project outcome is qualitative. Bottom line is, project experience 1) will help you recall what you've learnt for quite a long time. 2) make your CV stand out while applying for post graduate studies or jobs in academia Good luck on your journey

In the intricate ecosystem of healthcare, there lies a vital, often underappreciated profession—the biomedical engineer. These are the individuals who work tirelessly to ensure the equipment that keeps patients alive and well functions seamlessly. Without their expertise, operating theaters, ICUs, and even basic patient monitoring would come to a standstill. And among them are the biomedical interns, the “little soldiers” in training. They are the future warriors of healthcare technology, learning the ropes, perfecting their skills, and preparing to bridge the gap between doctors and patients. These interns often work long hours, absorbing knowledge and experience, frequently with minimal or no compensation. Yet, their dedication to this critical field never falters. “A journey of a thousand miles begins with a single step.” Every intern's journey may begin humbly, but their contribution has the potential to reshape the very foundation of healthcare. Just as doctors are indispensable to saving lives, biomedical engineers are the backbone of a robust healthcare system. To all the biomedical engineering interns out there: never lose heart. Your work matters immensely. One day, your perseverance and dedication will be recognized, and your efforts will pave the way for better employment opportunities, advanced training programs, and a brighter future for all in this field. Let us, as a community, advocate for greater support and recognition for biomedical engineers. Together, we can build a stronger, more resilient healthcare system. #BiomedicalEngineering #HealthcareHeroes #FutureOfHealthcare #HealthcareTechnology #BiomedicalInterns #EngineeringInHealthcare #FutureOfHealthcare #HealthcareInnovation #BiomedicalEquipment #EngineeringHeroes #MedicalTechnology #InternshipJourney #TechnicalExcellence #EngineeringForHealth #SupportBiomedicalEngineers #InnovationInMedicine

Exciting news! I am embarking on a career change from Biomedical Electronics to Software Development. By coding my way into this field, I am carving a niche that marries my passion for biomedical electronics with information technology. Who says I can't have both? Stay tuned for updates on my journey! #CareerChange #SoftwareDevelopment #BiomedicalElectronics #InformationTechnology

Job applications are beyond obnoxious now. How does either answer here show that you're qualified for a PhD-level job? This is what happens when you stick under-educated people in gatekeeper positions and they have nothing better to do with their time. Also - "question 4 of 34?!". #jobsearch?#careerdevelopment?#careers?#resumes?#negotiating?#gethired?#jobtips?#phd?#phds?#postdoc?#postdocs?#phdlife?#phdchat?#phdjobs?#phdcareers?#phdstudents?#phdstudent?#science?#cheekyscientist?

What Skills Should Every Undergraduate Biomedical Engineering Student Master? 1?? Embrace Interdisciplinary Learning: Build a strong foundation in biology, chemistry, and healthcare to comprehensively understand the human body and medical systems. 2?? Master Programming: Gain proficiency in languages like Python, MATLAB, or R to excel in data analysis, medical device development, and computational modelling. 3?? Get Hands-On Experience: Seek internships, research projects, and industry collaborations. Explore online and offline opportunities to broaden your perspective and gain practical knowledge. 4?? Know the Rules: Familiarize yourself with regulatory frameworks and ethical guidelines to ensure your innovations are safe, effective, and compliant. 5?? Communicate Effectively: Develop strong written and verbal communication skills to convey complex technical information clearly and persuasively. 6?? Problem-Solving and Critical Thinking: Cultivate the ability to analyze biomedical challenges, develop innovative solutions, and make informed decisions. 7?? Teamwork and Collaboration: Enhance your interpersonal skills to work effectively in interdisciplinary teams and contribute to collaborative research projects. 8?? Business Acumen: Acquire a basic understanding of market trends, intellectual property, and project management, especially if you're interested in industry roles. ??Embrace every opportunity to learn, innovate, and network throughout your biomedical engineering journey. #BiomedicalEngineering #EngineeringSkills #CareerDevelopment

They've become a part of you!!!...??? The Rollercoaster Journey of a Biomedical Engineering Student, Late evenings in the lab, countless cups of tea, and the sheer determination to make things work – this is what the life of a biomedical engineering student often looks like. This snapshot may look like just another messy workstation, but to me, it’s a battlefield of ideas, failures, and breakthroughs. This workstation has seen it all – the joy of a code finally running, the frustration when troubleshooting leads to dead ends, and the overwhelming pressure of balancing deadlines with innovation. Designing and testing projects isn't just about the end product; it’s about the journey. Each piece of hardware, each wire, and every small detail in a project reflects hours of thinking, trials, and errors. Here’s what this image represents for me: -The pressure of meeting design requirements and solving unexpected errors builds resilience. -The unwavering support from professors, seniors, and peers reminds us that we’re not alone in this challenging field. -Staying back after university hours, despite being tired, because the possibility of success fuels us to keep going. In moments when everything seems stuck, it’s easy to feel overwhelmed. But when the project finally works, it makes every hurdle worth it. That’s the magic of biomedical engineering – combining science, creativity, and persistence to create something that could one day help others. To my fellow engineers and students: Celebrate your small victories and embrace the struggles. They shape the incredible professional, you’re becoming. #BiomedicalEngineering #EngineeringLife #StudentJourney

She had just started a postdoc. Out of the blue her PI told her funding was running out and she had 1 month to find a new job. Of course she could easily find another postdoc at the same university, but she didn’t want to. What was the point? Another job working 60 hour weeks, getting paid $50k/yr, and no job security? Is that all her PhD in neuroscience was worth? NO. She was just in the wrong place, with the wrong people. Thankfully, she had an amazing personality, leaned into networking and joined the Trulitica Community to workshop all of her questions on our weekly calls together. Weeks later she had nailed down a solid lead and after multiple rounds of interviews she was offered the job. New salary? 6 figures. New impact? Helping biotech companies identify, install, troubleshoot, and optimize the use of their new equipment for neuroscience R&D. Job security? Better than a postdoc. ---------- Don't let your PI who is making way more money than you tell you that science isn't about the money. If you can't pay your bills, buy a house, or afford to support your family... it is always about the money. ???? ???????? ???? ?????? ???????????? ??????????, ??'???? ???? ???????????? ?? "?????? ?????????????? ???? ???????? ????" ???????? ???? ???? ??????????????. It means exactly what it sounds like ?? #biotech, #biotechjobs, #scientist