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4 The Most Dangerous Laser Welding Jobs! 🚀⁣⁣ Dare to put your guts and skills in this job? 🥶 Laser welding is one of the most dangerous jobs. It is an extremely high risk. You need specialized training, stringent safety measures, and equipment. __ _ ⚠️ Let's see the rank from the most dangerous: 1. Underwater Welding This is the welding job with the highest fatality rate. Not only need to be a master welder, but you also an accomplished diver. 2. Nuclear Power Plant Welding This work must prevent leakage of nuclear connected or unconnected joints, pipes, and tubes. Think the annual salary is decent too. 3. Aerospace Welding Interested in working at NASA or joining a spaceflight? This is one of the most in-demand positions in US. 4. Shipyard Welding For this, you must be ready to weld in confined spaces, lack of ventilation. So, do you think the salary and risk is worth it? __ _ Considering a career in one of these high-stakes roles? Weigh the risk against impressive salaries and the thrill of tackling some of the most challenging projects in engineering. __ _ 🏗 Find all your industrial engineering needs in one place! Visit Now 👉 drsengineering.ae ✅ Let’s Follow Us & Innovate Together! 🔁 Repost to share with your Network! #engineeringjobs #engineeringindustry #engineeringcareer #welding #welderjobs

Firing Order:👇 Firing Order is an internal combustion engine is the sequence of ignition for cylinder. If the firing order is not correct.These problems occur:👇 1) Engine vibration. 2) Engine back pressure. 3) Engine cooling. 4) Engine efficiency. Most common Firing order:👇 1Cylinder Firing Order- 1 2Cylinder Firing Order- 1 2 3Cylinder Firing Order- 1 3 2 4Cylinder Firing Order- 1 4 3 2 / 1 3 4 2 6Cylinder Firing Order- 1 5 3 6 2 4 8Cylinder Firing Order- 1 5 2 6 4 8 3 7 Note: Firing order depends on the engine manufacturer. #firing #order #ignition #diesel #engine #important #engineering #mechanical #marine #offshore #vessel #fpso #tanker #maritime #shipbuilding #oil #gas #singapore #learning #education #training #skills #opentowork #job #hire #recrute #mechanic #technician #servicetechnician #maintenance #plant

🛳 Software Engineers - Submarines 🕒 Full Time, 5 days in the Office 🌍 Derby, Raynesway ⚡ You will be able to build the career you desire as an engineer, technical specialist, or technical leader. We want you to maximise your potential and will support your technical development through coaching, experience, and training. ⚡ ❗ Training will be provided where required to equip you with the skills necessary to develop requirements, architectures, designs, code and associated tests for controls software applications essential for the protection and monitoring of nuclear propulsion plant.❗ If you are interested, apply via link below! https://lnkd.in/dQBQauCE Daniel S. / Marlena Marciniak - Sobczak / Daniela Z. / Ethan Allsopp / Norbert Fertő / James Trace / Paul Gargett FIRP  / Nicola Kettle #changeagent #changeagents #jobs #innovation #future #energy #technology #nuclearjobs #submarines #career #business #work #team  #engineering #safety #engineer #development #quality #change #gas #opportunities #construction #projectmanagement #project #property #planning #procurement #supplychainmanagement #supplychain #sourcing #help #transformation #projects #experience  #marketing #investing #markets

Having been in Engineering now for 26 years this month, predominantly in Rail, Naval, Industrial locomotive, with a good mix of Nuclear, Oil and Gas sectors. Things have certainly changed in terms of experience and qualification as a ratio within Engineering. I will always say that good time-served engineers, coming from the coalface will produce a better output. This is not a dig at a modern approach to desktop engineering, but experience of building it, working out its flaws, fixing it, maintaining it is everything in how we learn to engineer better solutions for the future whilst applying modern design strategies and solutions. It takes some serious mettle to be out in a foreign country or remote site, often on your own solving real life engineering problems to build an engineer of tomorrow. Technology, however advanced, will never fix a birdseye view of an engineering problem, and time to work out a solid solution, whether it be mechanical or electrical or a mixture of both disciplines. I would urge any young budding engineers, to leave their nests and get stuck in realtime, especially when against the clock on a major deadline. My point of this post, is to ensure, that our time served seniors take time to show every aspect of technical delivery at the point of application. We have an immense duty upon us, to ensure that our engineers of the future understand that it takes serious effort and application very often to keep our designed and problem solving systems working. Get out, get dirty... It is Engineering, and a very rewarding career....

The American Society of Mechanical Engineers (ASME) develops and publishes a wide range of codes and standards that play a crucial role in various sectors and industries, particularly those related to engineering, manufacturing, and construction. The importance of ASME codes in these sectors and industries can be summarized as follows: 1. Safety: ASME codes are primarily designed to ensure the safety of people, equipment, and processes. Compliance with ASME codes helps prevent accidents, injuries, and catastrophic failures in industries such as chemical processing, nuclear power generation, and pressure vessel manufacturing. 2. Quality Assurance: ASME codes establish guidelines for designing, manufacturing, and inspecting products and systems. Adherence to these codes helps maintain consistent quality and reliability in industries like aerospace, automotive, and petrochemical. 3. Regulatory Compliance: Many industries are heavily regulated, and compliance with ASME codes often aligns with regulatory requirements. Failing to adhere to ASME codes can lead to legal and regulatory issues. 4. Interoperability: ASME standards provide a common language and framework for engineers and manufacturers worldwide. This helps ensure that components and systems from different suppliers can work together seamlessly, enhancing efficiency and reducing costs. 5. Innovation: ASME codes evolve to incorporate the latest advancements in technology and engineering practices. They encourage innovation by providing a solid foundation upon which engineers can build new solutions and technologies. 6. Education and Training: ASME codes serve as essential educational resources, providing a framework for teaching engineering principles and best practices to the next generation of engineers and technicians. Specifically, ASME codes are instrumental in various sectors and industries, including: - Pressure Vessels and Piping: ASME Boiler and Pressure Vessel Code (BPVC) sets standards for the design, fabrication, and inspection of pressure vessels, boilers, and piping systems used in industries such as power generation and petrochemical processing. - Nuclear Power: ASME standards play a critical role in ensuring the safety and reliability of nuclear power plants, including the ASME Section III for nuclear components and Section XI for in-service inspection and testing. - Oil and Gas: ASME standards govern the design and operation of equipment used in the oil and gas industry, including pipelines, drilling rigs, and offshore platforms. In summary, ASME codes and standards are essential tools that contribute to the safety, quality, and efficiency of various sectors and industries, playing a critical role in engineering and manufacturing practices around the world. #asme #mechanical ASME (The American Society of Mechanical Engineers) ASME India (The American Society of Mechanical Engineers)

Are you curious about how a Mechanical Design Engineer excels in the nuclear industry? 🤔💡 Look no further! 🚀 Mechanical Design Engineers in the nuclear sector play a crucial role in ensuring the safety and efficiency of nuclear facilities. 🏭🔍 Their responsibilities include: ✅ Designing Robust Systems: They create intricate systems that can withstand extreme conditions and maintain structural integrity over time. 🛡️ Safety First: Safety is paramount in the nuclear industry. These engineers meticulously design systems to prevent accidents and protect the environment. 🧪 Adhering to Strict Regulations: Nuclear facilities are subject to rigorous regulations. Mechanical Design Engineers ensure that every component meets the required standards. ⏱️ Meeting Deadlines: Working under pressure to meet deadlines is common. These engineers are adept at delivering high-quality designs on time. 🔍 Attention to Detail: The tiniest oversight can have significant consequences. Mechanical Design Engineers pay scrupulous attention to detail. 🌟 Innovation: They bring fresh ideas to the table, developing solutions that push the boundaries of technology. 🤝 Collaboration: Teamwork is key. These engineers collaborate with experts from various disciplines to achieve their goals. 📚 Continuous Learning: The nuclear industry is dynamic, and engineers keep learning to stay at the forefront of technology. 💪 Problem Solving: When challenges arise, they don't back down. Instead, they tackle problems head-on. 🌐 Global Impact: The work of Mechanical Design Engineers in the nuclear sector has a global impact, as they contribute to sustainable energy and medical advancements. Are you ready to harness the expertise of a Mechanical Design Engineer in the nuclear industry? 🚀💡 #MechanicalDesignEngineer #NuclearIndustry #EngineeringExcellence 🔧🌍🏭

🌟 We're Hiring! Join Our Team Today! 🌟 #NowHiring #JoinUs #JobOpportunity #Hiring #JobRecruitment #Mechanic #MechanicalSkills #MechanicalEngineer #EngineExpert #Dewatering #WaterManagement #DewateringServices #GroundwaterControl #DewateringSystems #DewateringEquipment #PumpSpecialist #GroundwaterManagement #DewateringTechnology #PumpMaintenance

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Interested as senior mechanical engineer