What should I do during my last semester to get a good job after mechanical engineering?

Updated on : December 7, 2021 by Waylon Floyd



What should I do during my last semester to get a good job after mechanical engineering?

If you want to get a good job after completing mechanical engineering,

you should try to recruit through an interview on the college campus. this is the best and perfect way to achieve a better job. For that, prepare an aptitude test, soft skills and basic mechanical engineering, if your university does not conduct interviews on campus, then study for the GATE test and apply for the job through the GATE website. if you get more points, you definitely have a good job.

It is true that increasing the network can help you get a job, but don't consider it as an option, just focus on increasing skills like communication skill, CAD software, CFD / FEA.

Keep reading

If you want to get a good job after completing mechanical engineering,

you should try to recruit through an interview on the college campus. this is the best and perfect way to achieve a better job. For that, prepare an aptitude test, soft skills and basic mechanical engineering, if your university does not conduct interviews on campus, then study for the GATE test and apply for the job through the GATE website. if you get more points, you definitely have a good job.

It is true that increasing the network can help to get a job, but do not consider it as an option, just focus on increasing skills such as communication skills, CAD software, CFD / FEA, programming in CAD software, etc., these types of courses They are available online, but get serious by joining the blog online based on your area of ​​interest.

Keep in mind that the competition is very tough so you decide to do it seriously.

It largely depends on previous work history, qualifications, interests, and connections. Make sure you maintain your work ethic and the skills you want to work with (CAD and Microsoft Office), for example, but start exposing yourself to the field you want to be in. If there is a way to enter an industry talk that is happening in your city and then make it happen. While they're there, convert and see if someone introduces you. Of course, apply for as many job openings for new graduates, internships, or even job-type jobs that will get you through the door.

Try to get an internship in your area of ​​interest. The best ones last 12 months.

Also take part in hands-on clubs, like car building competitions, etc. to get a real life experience.

Check your network through friends and family. I got my first job after college through a friend of my parents. The job interview consisted mainly of the manager selling the company to me.

Employers seek mechanical engineering graduates in almost every sector of the engineering industry. These include:
• Aerospace industry: researches, designs, manufactures, operates and maintains aircraft
• Automotive industry: designs, manufactures, distributes and markets motor vehicles
• Chemical industry: covers oil companies, chemical manufacturers and the companies that support them ( eg to build new plants or develop new process technologies)
• Construction industry: designs and constructs infrastructure, buildings and building services (eg heating and ventilation)
• Defense industry

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Employers seek mechanical engineering graduates in almost every sector of the engineering industry. These include:
• Aerospace industry: researches, designs, manufactures, operates and maintains aircraft
• Automotive industry: designs, manufactures, distributes and markets motor vehicles
• Chemical industry: covers oil companies, chemical manufacturers and the companies that support them ( for example, to build new plants or develop new process technologies)
• Construction industry: designs and constructs infrastructure, buildings and building services (for example, heating and ventilation)
• Defense industry: provides equipment, support and services for the armed forces and national security
• Electronics industry: designs and manufactures components and complete equipment for sectors ranging from automotive to medicine and the military.
• Fast moving consumer goods industry: manufactures products such as household cleaning supplies, personal hygiene items and prepared foods.
• Marine industry: develops and helps operate vessels.
• Materials and metals industry: activities include the development of new materials and manufacturing of components or final products
• Pharmaceutical industry: develops and manufactures medicines
• Rail industry: designs, builds, manages and maintains components of the railway system from trains and tracks to electrical power systems and train control systems
• Utilities Industry: Helps provide energy, water, waste management, and telecommunications.

What exactly would my job be as a mechanical engineer?

In many positions you will remain as a mechanical engineering specialist, applying your skills and knowledge to the specific aspects of your employers' technical operations that require this skill set. However, engineering careers in some areas involve becoming more generalist, drawing on or developing knowledge of other engineering disciplines, and perhaps doing the same job as a fellow engineer with a different background.

Defense and fast-moving consumer goods are two industries that often require generalists.
• Paul Jones, Business Integration Manager at BAE Systems, explains the situation in the defense industry. He comments: “At BAE Systems, and at most other defense companies, today's engineers work primarily at the systems level. A 'system' could be an aircraft or a submarine, or one of its major components, or the entire battlespace in which it operates, including associated communications technologies, people, buildings, and legal requirements. Defense systems are now so integrated that engineers must operate across the board, for example using a combination of mechanical, electronic and electrical engineering skills. Most engineering degrees now cover a variety of areas, but if you come from, say,
• Meanwhile, Chris Traynor, a career advisor and former engineer and engineer recruiter, describes the situation in the rapidly evolving consumer goods industry. He explains: “Almost all graduate positions are in one of two areas: manufacturing / engineering or supply network operations / logistics. And for both areas, graduates from different disciplines would be doing similar jobs to each other. The reason for this is that the actual "work" is not defined in nice separate buckets of mechanical, electrical, chemical, etc., but usually a mix of different disciplines like a general manufacturing or logistics engineer. Graduates will acquire skills from other disciplines as they advance in their training and career.

If you prefer to specialize, there are numerous options.
• The Rolls-Royce website describes job roles in its part of the aerospace industry, stating that: 'Mechanical technology engineers are responsible for understanding the stress and vibration loads applied to the entire engine and to specific components. They have a great influence on the design of power plants and work closely with the design community, materials engineers and manufacturing. Although this area is primarily based on analysis, mechanical technology engineers are also involved in the verification and validation of component models through experiments and physical tests. This includes reviewing the physical condition of the post-test samples. '
• Mechanical engineering graduates may also choose to work in the materials and metals industry. Tata Steel Knowledge Group Leader Dr. Andrew Smith says that in this industry: “Mechanical engineering graduates can be involved in technology and process development, manufacturing or process improvement. They could also be involved in more customer-oriented functions, for example, customer technical support (CTS), or in major CAPEX capital expenditure plans, ensuring that the engineering is right. And this list is by no means exclusive. '
• Similarly, in the power generation industry, Paul Clarke, asset developer at EDF Energy - Generation, explains: 'Mechanical engineers generally maintain mechanical plant elements (steam turbines, gas turbines, pumps, valves, pipes, coal mills, fans, heat exchangers, refrigerators, storage tanks, etc.).
• Jerry England, Group Asset Management Director at Network Rail, describes opportunities in the rail industry. He reveals: 'Mechanical engineers could be involved with track systems, rolling stock and other rail vehicle engineering, as well as other mechanical systems such as overhead power lines, which although transmitting power at 25 kV are largely an engineering design. mechanics'.
• In the utility industry, Neil Pullen, director of transmission asset management at National Grid, comments: 'Mechanical engineers can work with pressure systems (eg pipes, compressed air systems in power plants), corrosion , tribology, asset design or network design. '
• Mechanical Engineers industry oil and gas equipment and machines designed upon which marine engineers and technicians, such as pipes, valves and turbines, making sure they are productive and safe to use.
• Lee Hankins, Johnson Matthey Senior Technical Engineer, explains that chemical industry mechanical engineers' are often involved in delivering reliability enhancements, technical support, or large CAPEX projects on a range of state-of-the-art automated production assets including conveyors, industrial furnaces, pipes, valves, pumps and robotics ».

Hope all the mechanics take all the jobs! All the best

Hello there,

This question would have been much easier to answer if you had excluded the "get a job" part.

Anyway, to answer your question, let me tell you a fictional story inspired by real characters.
As the whole story goes, there were once four friends: Raja, Ram, Mohan and Roy, who studied Mechanical Engineering at a prestigious university.

Raja was very good at studies. He studied day and night. Excelled Academically - Topper of the batch. He was able to solve any question / problem that came his way. On doomsday (interview day), the interviewer showed him a photo of a bicycle

Keep reading

Hello there,

This question would have been much easier to answer if you had excluded the "get a job" part.

Anyway, to answer your question, let me tell you a fictional story inspired by real characters.
As the whole story goes, there were once four friends: Raja, Ram, Mohan and Roy, who studied Mechanical Engineering at a prestigious university.

Raja was very good at studies. He studied day and night. Excelled Academically - Topper of the batch. He was able to solve any question / problem that came his way. On the doomsday (interview day), the interviewer showed him a photo of a bicycle and asked him to locate the spark plug and explain how it worked. He tried with all his might to locate the spark plug, but failed in his attempt: he could not decipher the interview.

Ram was a resourceful person. He was never interested in academics, but he was the master of practices. He could spin, spin, and play with machine parts all day. Name the resource, knew where to find it. On doomsday, the interviewer asked the spark plug question: He was able to locate the spark plug with his eyes closed, but could not explain how it worked satisfactorily. The interview could not be deciphered.

Mohan was a bit of both. He studied well academically to strengthen his basics and got some great grades. He was also a resourceful person, knew where to find resources and knew how to work with machines. Now you might think he broke the interview, unfortunately NO. Why do you ask. when the interviewer asked the cliche question of the spark plug. He replied, "Why are you asking me such a silly question? I am an engineer, not a mechanic. Ask me a worthwhile question." Poor Mohan.

Roy was a smartass. He was an average student, but very confident. He studied and strengthened his basic concepts. He worked in workshops to get hands-on exhibits. He looked at himself and worked on his weaknesses and strengthened his core. He tried to be polite and introduced himself better. Needless to say, when the clichéd question occurred to him, he answered it with a smile and took the job away.

Now I'm not going to advise you on what to do and how to improvise. You can draw your own conclusions from the story and work on it.

I have tried to generalize my answer and this answer would apply to any professional student. If you want a more specific answer, you can read Ninad Manoj Borkar's answer.

Thanks for asking. I hope it helps you.

Mechanical engineering is one of the most difficult branches of engineering. It is the study of design, construction and testing of mechanical and thermal sensors, etc. Personally, I think that if you have managed to complete your four years doing mechanical engineering, then you must be a very smart and intelligent person.

There can be many options to choose from if you are looking to do something after completing your graduation. Some of them will be listed here. For example, you can develop your skills or try later for a company. There are many things to do! Let me inform you about topics that could

Keep reading

Mechanical engineering is one of the most difficult branches of engineering. It is the study of design, construction and testing of mechanical and thermal sensors, etc. Personally, I think that if you have managed to complete your four years doing mechanical engineering, then you must be a very smart and intelligent person.

There can be many options to choose from if you are looking to do something after completing your graduation. Some of them will be listed here. For example, you can develop your skills or try later for a company. There are many things to do! Let me inform you about those topics that might help you.

  • You can opt for GATE.

One of the best options you could select would be to prepare for Gate. Gate is one of the most important exams that are conducted to allow students to complete their PG courses. This allows them to have job opportunities abroad, which means that their salary would be much higher. Gate is a timeless option for those who wish to continue their studies. Some of the universities I would like to mention would be IIT Kharagpur, BITS Pilani, IIT Madras, Arya College main campus, etc.

Doing MTech abroad. After completing Gate, you can always take the exams like IELTS and TOEFL and go abroad to do your PG courses there.

  • Online learning courses

You can always go for professional online courses to start your career like a new one by taking courses on Udemy, Coursera, Skillshare, etc.

  • 3D modeling and drawing

3D modeling and drawing skills are the most important aspects of the life of a mechanical engineer. These are done through Autocad. Practicing 3D modeling and drawing is very important if you want to land in industrial services. With the perfect knowledge and improving yourself in 3D modeling and drawing, you can land on services like:

  • Creation of metallic structure
  • 3D feature-based modeling
  • Freeform surface modeling
  • 3D sectional views and CAD models. Now mechanical engineering is good at universities like the main campus of Arya College, BITS, etc.
  • CAE analysis

It stands for Computer Aided Engineering. Most of the analysis is done to calculate magnitudes such as strain and stress, volume, stress, etc., when subjected to forces.

  • Advanced MS- EXCEL

It is very important to learn the basic operations of MS-Office. Being able to use them as a perfectionist will always lead to good jobs.

Microsoft Excel allows the use of mathematical calculations, drawing different types of graphs.

  • Working in the Auto-mobile sectors

This would be one of the best jobs as a mechanical engineer. After completing your graduation, you can always apply for military engineering services where your skills can be of great use. You will contribute your knowledge in the manufacture of many things, and one of them would be the manufacture of automobiles. Not only that, mechanical engineers can always be involved in making an airplane as well.

  • Teaching Profession

This would also be the best profession. Mechanical students can always change their paths to the teaching profession. They can use their knowledge in immediate universities or schools as training centers, etc.

Therefore, there are many areas for students who have completed Mechanical Engineering. It's just that you need to find the scope that best suits your needs.

So, you want to know what you can do after B.tech in mechanical engineering. There are so many options to choose from, it took me a long time to decide what to do with my mechanic degree.

Usually there are still some skills that need to be overcome to bridge the gap between your degree and the industry.

  1. PG Diploma Courses: There are some institutes where you can train in courses such as master in CAD / mechatronics / advanced machining. The courses are usually 6 to 12 months.
  • CITD, Hyderabad
  • NTTF - This is the only place I could find with a PG diploma in automotive design
  • CTTC
  • CIPET

2. M.Tech: More

Keep reading

So, you want to know what you can do after B.tech in mechanical engineering. There are so many options to choose from, it took me a long time to decide what to do with my mechanic degree.

Usually there are still some skills that need to be overcome to bridge the gap between your degree and the industry.

  1. PG Diploma Courses: There are some institutes where you can train in courses such as master in CAD / mechatronics / advanced machining. The courses are usually 6 to 12 months.
  • CITD, Hyderabad
  • NTTF - This is the only place I could find with a PG diploma in automotive design
  • CTTC
  • CIPET

2. M.Tech: Masters in India from Tier 1 and Tier 2 universities are reasonable.

Better try IIT / NIT through GATE.

3. Design Intern / Master Certification:

  • In automotive / aerospace design that is domain specific like BIW, exterior panel, interior, seats, lighting, etc.
  • Mainly in tool testing for design, they give a sheet metal component or part.
  • Apply for UTC aerospace internships, Tata advance systems ltd and keep emailing companies about internships.

4. Defense: Request different AFCAT, CDS, TGC, SSC tech tickets and direct marine tickets for OBS / NAIC / ATC. Prepare for SSB and join the prestigious IMA, INA and AFA academies.

5. Master in Germany: Goethe A1, A2 and IELTS 6.5+ certifications, you can get a good university in the international English teaching program. Some even need a GRE score like RWTH Aachen.

This is the next option, to do masters in the USA, which might not be that expensive if you are lucky to get financial aid or a fee waiver. Grades must have a good 3.2 / 4 GPA.

6. Join some smaller companies and develop your skills. You will surely be in a very good position in 3-4 years.

7. NET: Write the NET exam and grade it. You can work as a junior researcher for different investigations across the country.

I would say don't rush, take your time and decide after all, you are responsible for your life !!

The big advantage is that you are still in student mode and probably in your last year you have figured out how to deal with a lecture and learn effectively. It's amazing how quickly knowledge evaporates and you get used to a more comfortable life with no assignment deadlines and exams to consider.

You're also probably used to a relatively low-income lifestyle and likely have fewer outside obligations.

I came back as a mature student, feeling the loss of the company car as much or more than the income, with a wife, son, and widowed mother to consider, along with a

Keep reading

The big advantage is that you are still in student mode and probably in your last year you have figured out how to deal with a lecture and learn effectively. It's amazing how quickly knowledge evaporates and you get used to a more comfortable life with no assignment deadlines and exams to consider.

You're also probably used to a relatively low-income lifestyle and likely have fewer outside obligations.

I came back as a mature student, feeling the loss of the company car as much or more than the income, with a wife, son, and widowed mother to consider, along with a mortgage that wiped out my savings from more than a decade of employment. I supplemented my income with a part-time job - very different from my recent time in the industry. (I also had to travel a significant distance).

On the other hand, you should have a good reason to do the MSc. It shouldn't be just to put off the world of work for another year. Therefore, it should be chosen carefully with your talents and the future opportunity it provides in mind.

Don't take an "academic break." Use well every year of your young life. It can mean more than just studying: what is up to you and the opportunities available.

Both are better * The grade doesn't matter too much, your presentation skills are more important in the interview because at some point a person with a 53 percent grade was seen passing the exam and interview, but a person with a 93 percent hundred will not be able to pass even the main exam.
* Experience and knowledge matter more than qualification because if you look at a lot of millionaires, they are that they dropped out of college and realized this before many people realize it after many years.
* Experience and knowledge must be entrepreneurial ...

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I assume you are asking about the UG level.

If you are willing to get into the fluent domain, the most important topics for you will be:

  1. Fluid mechanics
  2. Fluid Machines
  3. Thermodynamics
  4. Heat transfer
  5. Computational fluid dynamics
  6. Refrigeration and air conditioning
  7. Internal combustion engines
  8. Gas turbine elements

If you want to enter the Structural and Design domain, then -

  1. Solid mechanics
  2. Material science
  3. Kinematics and dynamics of the machine
  4. Machine design
  5. Finite element analysis
  6. Tribology
  7. Introductory course in product design

If you are more interested in robotics, then ...

  1. Basic computer programming course
  2. Mechanism kinematics and dynami
Keep reading

I assume you are asking about the UG level.

If you are willing to get into the fluent domain, the most important topics for you will be:

  1. Fluid mechanics
  2. Fluid Machines
  3. Thermodynamics
  4. Heat transfer
  5. Computational fluid dynamics
  6. Refrigeration and air conditioning
  7. Internal combustion engines
  8. Gas turbine elements

If you want to enter the Structural and Design domain, then -

  1. Solid mechanics
  2. Material science
  3. Kinematics and dynamics of the machine
  4. Machine design
  5. Finite element analysis
  6. Tribology
  7. Introductory course in product design

If you are more interested in robotics, then ...

  1. Basic computer programming course
  2. Kinematics and dynamics of mechanisms
  3. Desing assisted by computer
  4. Introductory course to robotics
  5. Biomechanics

If you are interested in manufacturing, then-

  1. Workshop practice
  2. Material science
  3. Manufacturing Science
  4. Conventional and unconventional machining processes
  5. Computer-aided manufacturing
  6. Technological production
  7. Additional manufacturing

If you are interested in cars,

  1. Internal combustion engines
  2. Automotive engineering
  3. Solid mechanics
  4. Computer-aided design
  5. Material science
  6. Finite element analysis
  7. Machine design
  8. Kinematics and dynamics of machines

So this list covers almost all the main topics. Other than that, there are few courses related to industrial engineering.

Confused about what to do next? Here you have a little help.

1. M.Tech in Mechanical Engineering

The ever popular advanced course is an M.Tech in Mechanical Engineering. All major institutes such as IIT, NIT, BITS and others offer M.Tech courses in Mechanical Engineering. This is a 2-year full-time program to be taken after a B.Tech. For working engineering graduates, this is a regular 3-year part-time program. Admission to M.Tech courses is dependent on BA (BE / B.Tech) or Graduate Engineering Aptitude Test (GATE) score and an interview.

The subjects of

Keep reading

Confused about what to do next? Here you have a little help.

1. M.Tech in Mechanical Engineering

The ever popular advanced course is an M.Tech in Mechanical Engineering. All major institutes such as IIT, NIT, BITS and others offer M.Tech courses in Mechanical Engineering. This is a 2-year full-time program to be taken after a B.Tech. For working engineering graduates, this is a regular 3-year part-time program. Admission to M.Tech courses is dependent on BA (BE / B.Tech) or Graduate Engineering Aptitude Test (GATE) score and an interview.

Specialization subjects in M.Tech courses include Mechanical Engineering Design, Industrial and Production Engineering, Thermal Engineering, Automotive Engineering, etc.

2. Course on Pipeline Design and Engineering

This is an excellent work-oriented course as it prepares students for industry. It is one of the courses recommended by experts after completing the graduation in Mechanical Engineering. Not all engineering graduates are eligible to take this course. The piping course has mechanical engineering concepts included, which makes it relevant for a mechanical engineer to study this course compared to other engineering backgrounds.

Courses offered by various institutes

  • M.Tech in Pipeline Design and Engineering
  • Postgraduate Diploma in Pipeline Design Engineering
  • Certificate Course in Pipeline Design and Drafting
  • Pipe stress analysis certificate course
  • Diploma in Pipeline Technology

While the M.Tech and PG Diploma courses are full-time 2-year courses, the certificate courses are short-term, ranging from 3 months to 1 year.

Job prospects

Following pipeline engineering opens career opportunities in the sectors of the chemical industry, the merchant marine, oil refineries, manufacturing companies, etc. All of these sectors are in high demand for piping specialists.

3. Master of Engineering in Tool Design

It is a very lucrative course for graduates in Mechanical Engineering. These can be 2-year full-time courses or short-term diploma and certificate courses. Long-term courses offered by various institutes are

  • ME in CAD / CAM
  • ME in tool design
  • Postgraduate Course in Design of Tools, Dies and Molds
  • Post Diploma in Tool Design
  • Advanced Diploma in Tool and Die Manufacturing (ADTDM)
  • M. Tech (Mechatronics)

The specialization subjects are Auto CAD CNC Programming, Application of Hydraulics and Pneumatics in Tool Design, Unigraphics (CAD & CAM), CATIA (CAD), ANSYS (CAE), Materials Specification and Heat Treatment, Reverse Engineering Concept, Tools Press, Die Casting dies, plastic molds, etc.

It is best to complete this course from institutes recognized by India Council for Technical Education (AICTE), New Delhi. The Central Institute of Tool Design, Hyderabad, is a premier institute offering tool design courses.

4. Robotics course

Another advanced course of study suitable for Mechanical Engineering graduates is Robotics. It is the scientific study of the design and manufacture of robots and a subspecialization of mechanical engineering. This field of engineering is enormously emerging, providing many career opportunities for robotic engineers.

Courses offered

  • Diploma in Robotics
  • Master of Engineering in Robotics Engineering
  • Master of Technology in Robotics
  • Master of Engineering in Advanced Robotics
  • Master of Engineering in Robotics and Automation Engineering
  • Master of Technology in Mechatronics Engineering
  • Master of Engineering in Automation and Robotics
  • Master of Technology in Automation and Robotics
  • Master of Technology in Artificial Intelligence and Robotics

Some prominent universities offering these courses are IIT, Jadavpur University (Kolkata), Hyderabad University, Thapar Institute of Engineering Technology, SRM University (Kattamkulathur Chennai), etc.

Job prospects

A robotic engineer has great job prospects in space research organizations, in industries that make microchips, in the military, medical, and automotive industries to do experimental robotics, etc.

5. Mechatronics course

Otro próximo curso de estudios superiores para ingenieros mecánicos es Mecatrónica, un estudio de la ciencia que es una combinación de cinco disciplinas: mecánica, informática, electrónica, automatización y robótica.

Cursos ofrecidos

  • Maestría en Ingeniería en Ingeniería Mecatrónica
  • Maestría en Tecnología en Ingeniería Mecatrónica

For Post Graduate programmes in mechatronics, a candidate needs to have B.E/B.Tech with specialisation in mechanical, electrical engineering, electronics, instrumentation, and telecommunication from any recognised university.

Some prominent industries offering these courses are VIT University (Vellore), Karpagam College of Engineering (Coimbatore), Rajalakshmi Engineering College (Thandalam, Chennai) and Madras Institute of Technology (Chennai)

Job prospects

After completing M.E / M.Tech in Mechatronics, job opportunities are primarily found in electronics industry, automobile, manufacturing, mining, transport, gas and oil, defence, robotics, aerospace and aviation, army, navy, air force, etc.

6. Nanotechnology

This is another excellent option for higher study for Mechanical Engineering graduates. It is the study of applied science, engineering and technology.

Courses offered

  • Master of Technology in Nanotechnology
  • Master of Science in Nanotechnology
  • Master of Engineering in Nanotechnology

For admission to a postgraduate course in Nanotechnology, a candidate should be a graduate with 50% marks in subjects in Physics, Chemistry, Mathematics or B.Tech in Mechanical/Biomedical/Biotechnology /Electronics / Computer Science from recognised University.

Specialisation subjects include

  • Ceramic engineering
  • Green nanotechnology
  • Nano-biotechnology
  • Materials science
  • Nanomechanics
  • Nanoarchitectonics
  • Nanoengineering
  • Wet nanotechnology

M.Tech programs in Nanotechnology are offered in very few institutions in India such as Jadavpur University (Kolkata), the NIT (Calicut), the Amity Institute of Nanotechnology, Amrita Vishwa Vidyapeetham, the Birla Institution of Technology (Ranchi), etc.

Job Prospects

Nanotechnology professionals are in great demand in industrial products, electronics, and healthcare markets, environment industries, pharmaceutical, as investment advisors in biotechnology, research and development in government, private research institutes, product development and advising, etc.

7. Masters in Business Administration

Last but not the least, a popular course for mechanical engineering graduates is to do a postgraduate diploma programmed in management or MBA from reputable business schools or institutions. An engineering degree with MBA is very helpful in getting jobs in managerial positions. It offers a wide choice of career options.

I hope this well you.

We interview at a company, they decide if we are a good fit. We sit at a desk in front of a computer for 30 to 50 hours per week, the whole time wiggling the mouse and typing on the keyboard. Sometimes we pause to think through things but most the time it is a quick email and we are off again wiggling the mouse. Sometimes a spreadsheet is involved.

For doing this our employer pays us the agreed salary every two weeks or twice monthly.

Then we go home and design everything in the shower or when we should be sleeping, eating, talking to our spouse or playing a sport.

These creations then add value

Keep reading

We interview in a company, they decide if we fit in well. We sit at a desk in front of a computer for 30 to 50 hours a week, all the time moving the mouse and typing on the keyboard. Sometimes we pause to think about things, but most of the time it's a quick email and we move the mouse again. Sometimes it is a spreadsheet.

To do this, our employer pays us the agreed salary every two weeks or twice a month.

Then we go home and design everything in the shower or when we should be sleeping, eating, talking to our spouse or playing a sport.

These creations then add value to the company we work for and give a salary in return.

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