O que você faz se quiser fazer a transição para a Engenharia Mecânica, mas não tiver as habilidades necessárias?

Aspiration - ask why individual want to learn specific skill? and degree of aspiration generates the thrust of learnings!! Now specific in context of Mechanical Engineering - start with basics and stay focused on topic of your interest like Automotive-> Passenger car-> Electric vehicle. This will help to build momentum in learning!!

I think there some several steps you can take to enhance your career prospects and find your direction. Here's a suggested path: 1. Self-Assessment 2. Skill Development 3. Exploration 4. Internships and Entry-Level Positions 5. Projects and Portfolio 6. Stay Open-Minded

If you want to Transition to Mechanical Engineering, you need to start with basic skills learning. Join few professional groups where mechanical engineering is discussed so you understand the requirements. Find a mentor, work (even free, for your education) with people who do mechanical engineering work to learn the skills! There is no short cut but this is do-able. I did same when I started transition to electrical engineering from my core strength of mechanical engineering.

Assessment has to done based on the future needs of industry or people not present nor pas ones. So you must pay close attention to suggestions and select those that forecast future demands requirements.

1. Learn basic physics and maths. 2. ⁠Observe your daily use items in your home like pen, table chair , bed, fan, tv , fridge etc. And ask these questions yourself-Why these are needed, what are their primary functions, 3. ⁠what type of materials is used in it. 4. ⁠why some parts are made of plastic and some of metals and some composites 5. ⁠what will its working life and cost. 7. ⁠Do some ground level internships/unpaid workshops in fabrication shops, small manufacturing units ,MSMEs they are gold mine for learning. 11. ⁠most of people focus only on CAD design and call themselves Designers which is wrong , Both k knowledge of machining and CAD with Concept of engineering calculations will make you a better problem solver in that domain.

In order to successfully transition into a new field, it is essential to know the building-blocks of the field. Mechanical engineering is a particularly broad and diverse field, and it is important to identify the specific subfield that aligns most closely with your interests and career goals. Once you have a clear understanding of the subfield you wish to pursue, the next step is to identify the skills and knowledge required to enter that field. This may involve taking courses, gaining hands-on experience, or both. By systematically acquiring the necessary skills and knowledge, you can effectively narrow your focus and establish a strong foundation for your transition into the field of mechanical engineering.

Start by reading Michael R. Lindeburg's Mechanical Engineering Reference Manual. It's a broad overview of many mechanical engineering concepts, and shows you on a practical level the types of problems mechanical engineers solve on a daily basis. It's an essential guide while studying for the PE exam (which is 4-6 years down your journey of being a mechanical engineer), but don't sweat it if you can't answer the practice questions right away. Switch it up by watching The Engineering Mindset channel on Youtube, which also teaches concepts in a friendly, approachable, memorable way. After completing both of those, you're pretty much ready for an entry level mechanical engineering job!

Conceitos básicos ou apenas entendimento de análises estruturais, analises de material, termodinâmica e mecânica dos fluidos te faz ter uma abrangência de quais são as principais matérias de cada segmento que você deverá ter q estudar para adquirir um bom conhecimento em Engenharia mecânica

One can start with the basic physics principles, design, and manufacturing of a product/process. Learning can be a practical approach by doing mini projects. Self assessment should be done in each stage of learning

Additionally, there are lot of platforms to study online through MOOCs from international universities on some certificates and specializations. From these learnings we can develop new topics related to mechanical engineering and can watch videos in youtube to gain further knowledge.Then there are lot of student versions of 3D CAD to practice and learn design,developments and drawings.Many design competitions and projects are available in Grabcad or other sources like freelance.The 3D Cad is one way to develop.Other imp is the knowledge to be gained in a material science and related chemistry.For complex aerospace we need to develop our physics studies along with maths and engineering.Some imp are MathCad,Ansys, and Cfds for aerospace.

Gaining hands-on experience is a cornerstone of skill enhancement in mechanical engineering. It offers a practical understanding of theoretical concepts, allowing engineers to bridge the gap between classroom learning and real-world applications. Through hands-on projects, workshops, and internships, engineers refine their problem-solving abilities, learn to troubleshoot complex systems, and become adept at using industry-standard tools and technologies. This experiential learning not only hones technical skills but also fosters teamwork, communication, and adaptability, making engineers more versatile and competent in addressing diverse engineering challenges.

Mapping theoretical knowledge to practical field in mechanical engineering requires tremendous individual skill set and meticulous efforts. When some one do it effectively then it resonates his productivity & performance.

The most important learning happens most of the time when a mechanical engineer is immersed in real-world experience. - Hackathons and competitions are not just venues for showcasing creativity; they are also settings for refining invention and strengthening resilience. - Seeking mentoring is about more than simply advice; it's about learning the ins and outs of the field from those who have been there before. - It’s a chance to learn not only the technicalities but also the soft skills that are crucial for a successful career in engineering.

Working by hands and getting the feel is the only way to enhance your knowledge and technical expertise in mechanical engineering field. Hands on experience of knowing the way things work, gives great confidence and moral support in moving ahead and learning.

In anyways hardwork and hand on job will give you particular learning, because hardwork never fail you. And in the field of mechanical engineering it's absolutely one should be go on field and be a witness of job and try hands on experience.then only one can achieve knowledge.

Building a robust network in the mechanical engineering sector is akin to laying a foundation for your career transition. This step is crucial as it opens up avenues for mentorship, insights into industry trends, and firsthand knowledge of cutting-edge technologies. Engaging with a community of like-minded individuals not only accelerates your learning curve but also significantly enhances your visibility in the field. Through these interactions, you can discover unconventional pathways to gain the necessary skills, perhaps through collaborative projects or mentor-led initiatives.

Crear tu red de contactos a diferentes niveles: estudiantil, comercial o profesional, te ayudará para desarrollar tu carrera profesional, así como el observar nuevas oportunidades laborales, técnicas desarrolladas, softwares empleados, y que te ayuden a crecer profesionalmente.

To transition into Mechanical Engineering with limited networking, start by leveraging online platforms like LinkedIn to connect with professionals in the field. Attend industry events, seminars, or workshops to expand your network and gain insights from experienced engineers.

Eso es fundamental, ya que aunque tal vez veas como pequeño un logro que hayas alcanzado, es importante el estar actualizado en tus conocimientos, habilidades y aptitudes, ya que eso demostrará tu visión a futuro, como persona y como el profesional que serás.

To transition into Mechanical Engineering with an updated resume, focus on highlighting relevant experiences and transferable skills from your previous roles. Emphasize any technical or analytical abilities that align with the requirements of Mechanical Engineering. Consider enrolling in relevant courses or certifications to bolster your qualifications and include them on your resume.

Read about company product/service background. What technology they work on and what kind of culture and work life balance. See reviews and what kind of product they make. Learn about their market and which area they serve

To prepare for interviews in Mechanical Engineering despite lacking certain skills, thoroughly research the field and familiarize yourself with key concepts and terminology. Practice answering common interview questions and consider how your existing skills can be applied to the role.

While transitioning into mechanical engineering you need to do followings, 1. As fresh engineer: If you are a fresh engineer of any other faculty, then you have take related credit hours courses in order to qualify as mechanical engineer. 2. As experienced professional: If you are switching to mechanical engineering professions then you have to do followings, a. Select one related field of profession like vibrations, lubrication or reliability etc b. Take a year or two on-the-job experience of related field c. Do related certification to gain adequate knowledge of profession d. Stay connected to posts from gurus or top professionals of the field e. Follow seminars or conference proceedings of subject field

Many work closely with other engineering disciplines such as electrical or chemical engineering. Mechanical engineers often benefit from an understanding of customer needs. With the advance of computing, AI, and robotics, mechanical engineers need more experience working with software and controls. The main point is many disciplines can translate well into a mechanical engineering role. Strong manufacturing background allows the ME to improve manufacturability and quality. Strong electrical, controls or software background allows an ME to create performant systems. People with strong soft skills and personal skills can use them to understand customer needs and pain points.

Mechanical Engineering is a broad category. It covers things as small as nano-particles and as large as 1200 Megawatt power plants. I recall taking the PE exam in Mechanical engineering, and seeing entire sections of problems dealing with cams, gears, pulleys, linkages, and mechanisms I never even studied in college. Fortunately, I saw other sections of the PE exam that dealt with thermodynamics, heat transfer, and fluid mechanics, which I studied quite a lot in college. SO. . . one needs to figure out what aspect of Mechanical Engineering one is genuinely interested in. Many of the courses for a college degree in Mechanical Engineering overlap with curricula for Nuclear, Petroleum, Chemical, Industrial, Civil, and Structural Engineering.

Busque diferentes Engenheiros Mecânicos para sanar todas as suas dúvidas e adquira o conhecimento de cada um sobre as formas que buscaram o conhecimento (como faculdades, cursos, workshops..) poder se programar e planejar bem as ações que deverão ser tomadas

If you have knowledge and skills,Learn soft skills along with it like presentation, paper reading , and always be confident and consistent with your words and resume , learn to make impact full and simple presentations. Learn MS excel, AI tools , and basics of IoT(Internet of things) Without these soft skills all of your knowledge and experience will be in dust. Learn Maths, Mechanics , Statics , Material science , Manufacturing processes and technologies, CAD (atleast 2 softwares), Basic Load calculations and Simulations , Detailed design drawings. Always try to solve the problem using most optimum solutions which are feasible and economical. Make a habit of learning daily atleast 20-30 minutes without any distractions