Here's a comprehensive guide of which engineering fields are growing the most and what engineering roles are in high demand. And be sure to check our job posting page afterwards! https://lnkd.in/dfVUPY-s
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Engineers Australia (EA) is the designated authority for assessing skills and competencies related to engineering occupations in Australia. The skill assessment process for Engineers Australia involves several steps. Here's a detailed procedure: 1. Determine Eligibility Before applying, ensure you meet the basic eligibility requirements, including educational qualifications and work experience relevant to the engineering occupation you are applying for. 2. Choose the Appropriate Pathway There are several pathways for assessment, depending on your qualifications and experience: Accredited Qualifications Pathway: For those with qualifications accredited by Engineers Australia or recognized through accords like the Washington Accord, Sydney Accord, or Dublin Accord. Non-Accredited Qualifications Pathway: For those with qualifications that are not accredited by Engineers Australia. Competency Demonstration Report (CDR) Pathway: For those whose qualifications are not accredited or recognized. 3. Prepare Required Documents Collect and prepare all required documents, which generally include: Academic transcripts and degree certificates. Proof of work experience. Continuing Professional Development (CPD) records. Identification documents (passport, birth certificate, etc.). 4. Prepare and Submit Application Depending on your pathway, you may need to submit different types of documentation: Accredited Qualifications Pathway: Submit your academic qualifications and other relevant documents. Competency Demonstration Report (CDR) Pathway: Prepare and submit a CDR, which includes: CPD List: A summary of your CPD activities. Three Career Episodes: Detailed descriptions of your engineering projects or work experiences. Summary Statement: A summary that cross-references your career episodes with the competency elements required by Engineers Australia. 5. Submit the Application Online Create an account on the Engineers Australia website and submit your application through their online portal. Upload all the required documents and pay the assessment fee. 6. Await Assessment Outcome Engineers Australia will review your application and may contact you for additional information or clarification. The assessment process can take several weeks to months. 7. Receive the Outcome Once the assessment is complete, you will receive the outcome via email. If successful, you will be issued a letter stating your assessed engineering occupation and qualification. For more information: Ashi Gupta Call☎️: +61480091240 WhatsApp📱: https://lnkd.in/gsssNkw2
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The electrical market is constantly evolving, which is why every electrical engineer needs to regularly update their knowledge in this field. This is why I decided to refresh my skills by taking the Electrical Project Manager course with the renowned firm Felec Engineering
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Here are detailed answers to the top electrical engineering interview questions for a construction company
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It's a beautiful time to become a Systems Engineer. Please reach out to me if you are considering a career change, pivot, or if you just want to hear more about what we do as Systems Engineers. Cool thing is you can easily transition from your Engineering branch of expertise if your background is in Electrical Engineering, Chemical Engineering, Mechanical Engineering, Civil Engineering, etc... Even cooler is that you don't even have to be an Engineer to begin down this path because you can bring the best practices from your experience, learn the concepts of Systems Thinking, and blend them with your unique perspective to be able to quickly provide value to our world. 🙏🏽
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🔍 Discover the World of Building Services Engineering! 🌎⚡️🔧 As someone frequently asked by engineering graduates and professionals looking to transfer into this field, “What is Building Services?”, I can confidently say it's a dynamic and rewarding career path. Building Services Engineering is all about designing and maintaining the systems that bring buildings to life. From heating, ventilation, and air conditioning (HVAC) to lighting, plumbing, and fire safety systems, these engineers ensure that our buildings meet the needs of the people who live and work in them. 🔧 Why Choose Building Services Engineering? ✅ Innovation: Apply scientific principles to create sustainable and efficient building solutions. ✅ Impact: Play a crucial role in reducing carbon emissions and environmental impact. ✅ Diversity: Work on a wide range of projects, from residential homes to large-scale commercial buildings. Whether you're just starting your career or looking to make a change, building services engineering offers a wealth of opportunities. Learn more about this exciting field and hear from professionals in the industry in this 📹: (https://lnkd.in/e9pzy988). Get involved with the Chartered Institution of Building Services Engineers (https://lnkd.in/e5Ymr4nM). #BuildingServices #Engineering #Sustainability #CareerDevelopment #CIBSE CIBSE
What does a career in building services engineering look like?
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To all my Engineers Colleagues 🔗 The Interconnectedness of Engineering Disciplines In the world of engineering, collaboration is key. Each discipline—civil, mechanical, electrical, and beyond—plays a crucial role in the success of any project. As civil engineers, we rely on the innovations of mechanical and electrical engineers to design sustainable infrastructure that meets modern needs. From energy-efficient buildings to resilient transportation systems, our work is intertwined and dependent on one another’s expertise. This October, let’s celebrate the synergy among all engineering fields. By fostering collaboration and sharing knowledge, we can tackle complex challenges and drive innovation forward! 🚀🤝 #SaudiVision2030 #EnergySector #OilAndGas #InfrastructureDevelopment #ProjectManagement #Sustainability #EngineeringExcellence #CivilEngineering #InnovationInEngineering #ConstructionManagement #MiddleEastEngineering #SmartInfrastructure #ResilientDesign #EngineeringLeadership #UrbanDevelopment
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"Why Energy Systems Engineering (ESE)?" People often ask me why I chose this major. To start, ESE combines basic engineering principles with specialized courses in energy and business management. The program merges the core principles of mechanical, electrical, and industrial engineering, offering a solid foundation in the field. Growing up, I enjoyed building structures with Legos which got me to consider engineering. As I explored further, I realized I wanted to specialize in something not widely pursued. This degree attracted me because it allows me to develop a variety of technical skills across different engineering sectors, all applied to the crucial area of energy.
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Engineering Technologists: Outcomes and Criteria What is the "Criteria" in the application documents? Appendix A to the Discipline Specific Guidelines for Candidate Engineering Technologists details the types of evidence of performance that would be appropriate to demonstrate the outcomes applicable which candidate engineering technologists should become competent to do in the various phases of an engineering project or task. I have created a video that takes you through the Criteria under each Outcome. follow this link; https://lnkd.in/dfWFpnA7
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Last year, together with my colleague Mirko De Luca, I had the opportunity to design an electrical installation for a construction site using iProject, a software by Schneider Electric. This technical report outlines the approach we took in the planning and implementation stages, highlighting key considerations in electrical design, safety measures, and system optimization. We focused on delivering a solution that not only meets the technical requirements but also ensures energy efficiency and scalability, essential for modern infrastructure projects. I am pleased to share this work, which reflects our commitment to applying cutting-edge tools and methodologies in the field of electrical engineering. I hope this report will be useful for professionals and organizations looking to enhance their knowledge and approach to electrical system design in construction projects.
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