Oneiro Education’s Post

One of my passions is education. Education is the tool that allows a person to grow and gain the necessary skills, experiences and qualifications to then start their journey in the 'real world'. However, education alone isn't enough. There needs to be input from industry, an alignment that ensures people in education are able to seamlessly transition over to industry, especially when considering jobs within engineering and manufacturing. This can't be achieved without having highly skilled, industry professionals driving those academic programmes. In a nutshell, we need more engineers to consider roles in education. This is a challenge for a number of different reasons, but the major reason is that the majority of engineers have no idea that this is an option for them. This was the case for me when I made the switch from industry to education, I had never even considered this as an option. Why consider working in education? 1) You get to make a real difference to a young persons life and inspire them to become an engineer 2) Work in a vibrant, fast paced environment where no two days are the same 3) Enhanced holidays, amazing pension, working in state of the art facilities 4) Use your industry expertise to have an input in the creation of new courses 5) Access teacher training courses whilst working on the job (usually for free!) So if you are an engineer, from any discipline or background, and would like to find out more about how you can be supported to make the switch them book in an informal 15 minute phone call with me today (link in the comments) and I can let you know more. #teachengineering #careeroptions #inspireothers

During my morning stroll, I was accompanied by a companion who shared with me that his son has embarked on an industrial visit and will not return for several days. After dedicating four years to studying engineering, students are often taken to industrial sites where they are introduced to the concept of an industry, only to be expected to secure employment in that very field upon graduation. This expectation seems rather amusing. In the past, when students visited my office for industrial exposure, many inquired about their job prospects post-graduation. I would inform them that securing a job is feasible if they possess coding skills. It is evident that any student graduating from engineering colleges across India can find employment, provided they are proficient in coding. Recent reports indicate that the starting salaries for engineering graduates entering the IT sector have remained unchanged for two decades. In response, some have remarked that the current skill level of graduates does not justify even the stagnant salary being offered, citing that many lack the ability to write even a few lines of code.

🔍 𝐒𝐞𝐚𝐫𝐜𝐡𝐢𝐧𝐠 𝐟𝐨𝐫 𝐭𝐡𝐞 𝐩𝐞𝐫𝐟𝐞𝐜𝐭 𝐩𝐚𝐭𝐡 𝐭𝐨 𝐤𝐢𝐜𝐤𝐬𝐭𝐚𝐫𝐭 𝐲𝐨𝐮𝐫 𝐜𝐚𝐫𝐞𝐞𝐫 𝐣𝐨𝐮𝐫𝐧𝐞𝐲 𝐚𝐟𝐭𝐞𝐫 𝟏𝟎𝐭𝐡 𝐬𝐭𝐚𝐧𝐝𝐚𝐫𝐝? 𝐋𝐨𝐨𝐤 𝐧𝐨 𝐟𝐮𝐫𝐭𝐡𝐞𝐫! 🎓 Our diverse range of diploma courses offers a gateway to specialized skills and exciting opportunities in various industries. From business and hospitality to engineering and design, there's a diploma waiting to help you thrive. 🌟 Take the leap towards your dreams today! 📌 Read the full blog 👉🏻 https://lnkd.in/g-s4H-2m #digitalmarketingschool #diplomacourses #careerjourney #applyonline #onlineclass #contactustoday #skillsforsuccess

Choosing a college major is indeed a pivotal decision, especially in light of the significant investment required for higher education. The degrees listed are all highly regarded and align with industries that are integral to technological and scientific advancement. With that in mind, Bankrate compiled a list of the top 20 highest-earning college degrees. Below, we've laid out the best of the best: here are five college degrees that will lead to the highest salaries down the road. 1. Electrical Engineering: With an average salary of $110,000, electrical engineers play a crucial role in the development and maintenance of electrical systems, which are central to numerous technological advancements. 2. Computer Engineering: A field that’s essential for the tech industry, computer engineering graduates can expect to earn around $104,000 on average. Success stories like Larry Page illustrate the heights one can reach with this degree. 3. Pharmaceutical Sciences and Administration: This degree opens doors to various sectors, including research and government agencies like the FDA, with an expected salary of about $100,000. 4. Chemical Engineering: Chemical engineers are vital to the production of everyday products, and despite the degree’s challenges, it offers a median salary of $100,000. 5. Computer Science: Offering a broad range of career paths and an average salary of $100,000, a computer science degree remains a solid choice for a lucrative career. It’s clear that these degrees are not only financially rewarding but also offer the opportunity to be at the forefront of innovation and development in their respective fields. Happy studying and best of luck in your educational endeavors! 🎓✨ #collegeplanning #educationconsultant #collegeroadmap #theperfectcollegeroadmap #scholarships #collegescholarships #tuitiondiscounts #parentsofteens

>>College diploma College Diploma is the type of program typically offered in the college and it takes around 2 years of full-time study to complete A College diploma is designed for you if you really want to get hands-on education in a very specific trade or area like marketing, business, welding or fabrication, networking, or any other business-related area So this program usually focuses on practical skills - like hands-on training and they will actually prepare you for entry-level positions in a chosen field A College Diploma is good for you if you want to start working in a particular chosen field as soon as possible You can apply for a college diploma whether you already have a degree or not >>Advanced Diploma Advanced diploma is also mostly offered in a college and is also like a higher level of education compared to a college diploma AD usually takes about 3 years of full-time study to complete and it usually focuses on areas like advanced Engineering or business management So basically, if you don’t want to go for a bachelor's degree which is like a 4 years program, whereby you want to get more hands-on experience, then, an advanced diploma can be your best bet >>Graduate certificate program So this is actually for you if you have already completed a bachelor's degree and you are now looking forward to specialize in a particular area The great thing about the graduate certificate program is that it is actually a shorter program and it typically takes around 1 year of full-time study to complete,….Although some can be 8 months They are basically designed for you if you want to enhance your knowledge and skill in a particular area whereby you don't really want to commit yourself to a 2 years master's degree or any full-time master's program >>Post-graduate diploma also known as PGD This is also offered to those who have completed their bachelor's degree and it usually takes one to about 2 years of full-time study to complete depending on the program These programs are designed to give you advanced knowledge in a particular field, e.g, environmental science, engineering, finance, business, etc PGD are very similar to graduate certificate... in the sense that they offer advanced training in a very specific field but they are usually more in-depth and require a lot of coursework compared to The Graduate program >>Master's degree This is actually the highest level in terms of Post-Secondary Education. It typically takes about 2 years of full-time study to complete and after that, you can go for a PhD Most Masters are usually research-based, whereby students are required to complete a thesis of a project However, there are Masters that are course-based which don't require you to write any thesis For the step-by-step GUIDE to relocate to Canada through study without paying an agent, connect with me on WhatsApp now: https://lnkd.in/e9_np8ag Talk to you soon. #studyincanada #canadastudy

Post #01 #REFLECTIONS Some #reflections on education, work and life: 1. Which school is better?🤔 Research has proved that education in mother tongue has greater impact, while foreign language helps to change world view. Most of the private schools have hefty fees, untrained teachers, no playgrounds, less infrastructure, while government schools have vacant positions of teachers, and those who are working are burdened with extra-educational work. 2. Which is better, theory or practical?🤔 Though both are very important and they are complementary to each other, both are ignored. We want quality students in top tech, biz, and med schools and we conduct tough exams for these. To prepare for these exams, students are enrolled in different private academies where they solve enormous question papers and learn the skill to qualify the exams without entering in labs and without knowing any apparatus. 3. What Next? 🤔 They join medical or engineering education (and sometimes management education) to continue preparing for civil services. If they prefer graduation with the given IQ and do conventional graduation degree, they will get more time, less headache, and possibly they can save much amount of money. 4. Specialization fiasco 🤔 What to choose: Arts, Commerce, Science, Engineering, Management, or Other? If Arts, which subject? If engineering, which trade? If management, which specialization? After completion of the chosen education, more courses are awaited to keep up with the market. Then, Engineers get jobs in non-engineering fields, for example, finance and start reading finance, banking, accounts, economics, and so on. Any job per se you take, you will realise after some time that you are 'thrown-into-being' and it's not what you were 'thought of'.🤔 To your surprise, you are hired as they urgently need you, and you are fired, without your own fault, immediately without any notice.🤔 The vicious circle goes on and on. Takeaways: #No matter what, you have to go through it. #Choose whatever, do it sincerely. #Specialize but be open to other opportunities. #Keep learning new things, if you want to survive.

Industrial Visit #snsinstitutions #snsdesignthinkers #designthinking #snsct Enhanced Learning Experience: Industrial visits contribute to a more enriched and engaging learning experience. Students often find that witnessing real-world applications helps them grasp complex concepts more effectively. Career Clarity: Exposure to different industries assists students in clarifying their career goals. It allows them to witness the day-to-day activities of professionals in their chosen field, helping them make more informed decisions about their future careers. Soft Skill Development: Beyond technical knowledge, industrial visits aid in the development of soft skills such as communication, teamwork, and adaptability. Interacting with industry professionals hones these skills and prepares students for the challenges of the professional world. Increased Motivation: Observing successful industrial setups can inspire and motivate students. It provides them with a tangible goal and a clear understanding of the rewards that come with hard work and dedication in their chosen field. Conclusion: Incorporating industrial visits into academic curricula is a powerful means of supplementing classroom learning. These visits offer students an opportunity to connect theory with practice, fostering a more holistic understanding of their chosen field. By providing exposure, insight, and practical experience, industrial visits contribute significantly to the overall development of students and better prepare them for the challenges of the professional world. As educational institutions continue to recognize the importance of these experiences, the integration of industrial visits is likely to become an even more integral part of the learning journey.

When you get your degree, are you going to make any money? The three factors included in my post below give you the information you need to find out. And, if you are still in high school...it's even more important to know this as you look for what you want to do after college. If you need some help finding your career or finding your first job out of college, give me a shout. That's what I do! #CareerCoach #CollegeCareerCoach floydspencer.com

These are the three things you need to know about your degree before you commit to getting one, and definitely before you are ready to graduate and get a job: 1. What is the starting salary and what is the mid-career salary For a Chemical Engineer (the highest starting salary): Starting Salary - $75K Mid-Career Salary - $120K For a Mechanical Engineer (about halfway down the list) Starting Salary - $70K Mid-Career Salary - $105K General Business degree (at the bottom of the list) Starting Salary - $50K Mid-Career Salary - $80K 2. What is the unemployment rate for your degree? Chemical Engineer to Construction Services - Less than 5% General Business - 5.3% Marketing - 6.3% 3. What is the UNDEREMPLOYMENT* rate? First of all, "underemployment" means that you have a degree in something but the job you end up with is MUCH lower on the earning scale due to multiple factors...and none of them are good: Chemical Engineer - 19.6% Mechanical Engineer - 15.8% Nursing (the lowest rate) - 10.1% Marketing - 52% General Business - 52.4% Criminal Justice (the highest rate) - 71.3% I strongly encourage those high school students who are thinking about a career to review both the salary information in the article and the Underemployment* rates at the URL below. Knowledge is power and data drives knowledge. Be sure you are looking at the right data and then making your decision based on useful knowledge! And if you need help finding a job as you near the end of your college degree, give me a shout. That's what I do! #CollegeDegree #SalaryByDegree #JobsOutOfCollege floydspencer.com * Underemployment rate - https://lnkd.in/dvDMPvZn

Most fields these days don't rely on a degree. Let me explain why I think so. In the past, a degree was an example of one's ability to learn in a field. It showed that you went through the basics of mechanical competency testing in the field and were certified to enter employment and be taught the specifics of a position. These days, a degree doesn't do that anymore. All of that changed when a degree became a status symbol. Instead, some of the most competent people in large organizations don't have degrees. They have portfolios worth of work that they can point to and say that they did that. Now, I'd be remiss to lump all degrees together similarly. The degrees I'm discussing are the STEM variety. Do they teach you what you need to know to progress in the field? The bare minimum. Most of these degrees teach you something useful, but you find out that around 80% of the things you learn are not relevant to whatever position you're hired in. Coding jobs, for example, give you a competency test when you apply to see if you really know what you're doing. And even then, sometimes the test doesn't relate to your job function within the organization. There's a distinct disconnect between hiring departments and understanding the jobs they're hiring for in many cases. But I digress; that's a discussion for another day. Why do we still have degrees, then? Because many companies haven't realized that competency and certification are not the same. As long as they don't, they'll still hire people based on their certificates, not their work. Are you an HR professional? Does your organization hire on certification or proven work? I'd love to know. I'm also up for discussing this if anyone thinks my take is wrong. #CareerDevelopment #HiringPractices #WorkforceEvolution #SkillsOverDegrees #TalentAcquisition #ContinuousLearning #PortfolioCareer #STEMEducation #HRTrends #CompetencyBasedHiring #FutureOfWork #CertificationVsExperience #RecruitmentStrategy #EmployabilitySkills #AlternativeCredentials #HumanResources