7 answers
Roberto
Student
Yuma, Arizona
1
Question
Asked
456 views
What jobs involve making technology ?
What jobs could I get so that I can create new technology for different uses. I really want to design different technology that could help with problems.
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7 answers
Joshua Allard, Ph.D.
Data Science & AI, Quantum AI designer developer
25
Answers
Port St. Lucie, Florida
Updated
Joshua’s Answer
Several exciting careers involve creating new technology to solve problems and improve the world. One of the most common is a Software Engineer or Developer, who designs and builds software applications, websites, mobile apps, and even AI systems that power modern technologies. Software engineers often work across different industries, developing technology solutions that range from entertainment apps to critical systems like medical software. On the hardware side, a Hardware Engineer focuses on designing physical components like processors, memory chips, and other parts that make devices like smartphones, computers, or even robots function. This can even lead to building quantum chips for quantum computers, as a significant part involves having the correct and efficient hardware for these systems.
If you are interested in combining creativity and technology, you might enjoy a role as a Product Designer. Product designers work on creating user-friendly technology, ensuring that devices and applications are both functional and intuitive for people to use. A career as a Robotics Engineer would be perfect for someone fascinated by robots or automated systems. Robotics engineers design and build robots used in manufacturing, healthcare, or space exploration, helping solve complex problems through automation and innovative solutions.
For those interested in pushing the boundaries of what's possible, becoming a Research Scientist in fields like technology, artificial intelligence, or quantum computing allows them to create cutting-edge technology solutions. Research scientists work in labs or research institutions, inventing new technologies that have the potential to revolutionize industries. Another field for creating groundbreaking solutions is Data Science or Artificial Intelligence (AI) Development. Data scientists and AI specialists develop intelligent systems that analyze data and provide insights, automate processes, and solve real-world problems in healthcare, finance, or environmental sustainability.
Becoming a Tech Entrepreneur allows students with a passion for business and innovation to start companies or develop products that create new technology. Entrepreneurs work on solving global challenges by launching innovative tech solutions, often combining different areas of expertise. Those interested in human-centered design could become a User Experience (UX) or User Interface (UI) Designer. UX/UI designers focus on how people interact with technology, ensuring digital interfaces are easy to use and enjoyable.
An Electrical Engineer designs and develops electrical systems that power various technologies, from home electronics to aerospace systems. Their work is crucial in creating the technology that powers devices and machinery used in multiple industries. Finally, for students interested in combining biology and technology, a career as a Bioengineer could be the way to go. Bioengineers develop innovations like medical devices, biotech solutions, and technologies that can improve healthcare or environmental outcomes.
Each of these careers offers a unique path to designing and creating technology that can address significant challenges and contribute to solving real-world problems. By pursuing studies in computer science, engineering, or design and working on practical projects or internships, students can build the skills they need to succeed in these exciting fields. Always look for things around you where you see a problem. If one exists and you feel you have a solution, take a crack at it, develop, plan something, and add it to your portfolio. And don't forget to have fun.
If you are interested in combining creativity and technology, you might enjoy a role as a Product Designer. Product designers work on creating user-friendly technology, ensuring that devices and applications are both functional and intuitive for people to use. A career as a Robotics Engineer would be perfect for someone fascinated by robots or automated systems. Robotics engineers design and build robots used in manufacturing, healthcare, or space exploration, helping solve complex problems through automation and innovative solutions.
For those interested in pushing the boundaries of what's possible, becoming a Research Scientist in fields like technology, artificial intelligence, or quantum computing allows them to create cutting-edge technology solutions. Research scientists work in labs or research institutions, inventing new technologies that have the potential to revolutionize industries. Another field for creating groundbreaking solutions is Data Science or Artificial Intelligence (AI) Development. Data scientists and AI specialists develop intelligent systems that analyze data and provide insights, automate processes, and solve real-world problems in healthcare, finance, or environmental sustainability.
Becoming a Tech Entrepreneur allows students with a passion for business and innovation to start companies or develop products that create new technology. Entrepreneurs work on solving global challenges by launching innovative tech solutions, often combining different areas of expertise. Those interested in human-centered design could become a User Experience (UX) or User Interface (UI) Designer. UX/UI designers focus on how people interact with technology, ensuring digital interfaces are easy to use and enjoyable.
An Electrical Engineer designs and develops electrical systems that power various technologies, from home electronics to aerospace systems. Their work is crucial in creating the technology that powers devices and machinery used in multiple industries. Finally, for students interested in combining biology and technology, a career as a Bioengineer could be the way to go. Bioengineers develop innovations like medical devices, biotech solutions, and technologies that can improve healthcare or environmental outcomes.
Each of these careers offers a unique path to designing and creating technology that can address significant challenges and contribute to solving real-world problems. By pursuing studies in computer science, engineering, or design and working on practical projects or internships, students can build the skills they need to succeed in these exciting fields. Always look for things around you where you see a problem. If one exists and you feel you have a solution, take a crack at it, develop, plan something, and add it to your portfolio. And don't forget to have fun.
Rogerio Rizzi de Oliveira
Vice President, Corporate Strategy
1
Answer
Windermere, Florida
Updated
Rogerio’s Answer
Here's a fun suggestion for you - why not consider joining a Robotics club? You can find these clubs in many high schools or colleges.
Building robots is a thrilling adventure where you and your team will tackle a range of tech-related challenges, such as:
- Energy: This involves figuring out battery management, conserving energy, and understanding torque.
- Dynamics: Here, you'll deal with motion, movements, and the balance between speed and force.
- Remote control: This is all about radio communications and tech like Bluetooth and Wi-Fi.
- Control: This is where you learn to make the system follow your commands using microprocessors and software.
- Design: This is the fun part where you add design features to solve specific problems, make your robots look cool, or even win competitions.
As you dive into these areas, you might discover a passion for the abstract elements of control and choose to become a Computer Engineer or Electrical Engineer. Maybe the challenges of motion and movement will draw you in, leading you to become a Mechanical Engineer. Or perhaps you'll become a Chemical or Materials Engineer, solving battery-related issues. And if you find yourself loving the blend of beauty and functionality in design, you might become an Industrial Designer. The best part is, all these fields have plenty of exciting job opportunities waiting for you!
Join a robotics club
Building robots is a thrilling adventure where you and your team will tackle a range of tech-related challenges, such as:
- Energy: This involves figuring out battery management, conserving energy, and understanding torque.
- Dynamics: Here, you'll deal with motion, movements, and the balance between speed and force.
- Remote control: This is all about radio communications and tech like Bluetooth and Wi-Fi.
- Control: This is where you learn to make the system follow your commands using microprocessors and software.
- Design: This is the fun part where you add design features to solve specific problems, make your robots look cool, or even win competitions.
As you dive into these areas, you might discover a passion for the abstract elements of control and choose to become a Computer Engineer or Electrical Engineer. Maybe the challenges of motion and movement will draw you in, leading you to become a Mechanical Engineer. Or perhaps you'll become a Chemical or Materials Engineer, solving battery-related issues. And if you find yourself loving the blend of beauty and functionality in design, you might become an Industrial Designer. The best part is, all these fields have plenty of exciting job opportunities waiting for you!
Rogerio recommends the following next steps:
Samuel Apoya
Student
7
Answers
Waterville, Maine
Updated
Samuel’s Answer
It's fantastic that you're eager to develop technology to tackle challenges. Engaging in machine learning and software engineering roles places you at the cutting edge of innovation, where you can devise and execute new ideas to simplify life. Just like any other domain, technology is a vast field where fresh concepts are a daily necessity to remain significant. Thus, nearly every sector in tech involves crafting technology to benefit society. This implies that honing in on a specific tech area and mastering it could be your best strategy if you're truly driven to make a difference. Begin by exploring and identifying what truly captivates you, then dedicate yourself fully to it.
Wishing you all the best on your journey.
Wishing you all the best on your journey.
Eric Bussey
Product Management
2
Answers
Flower Mound, Texas
Updated
Eric’s Answer
It sounds like a product management role within a technology company might be a good fit for you. A product manager is going to focus not only on the technology that you are using to solve the problem, but also the user experience, the profitability of the solution and how that product or service needs to be supported. It's a role that provides a very broad ownership over all aspects of the solution you are creating. You get to do something a little bit different every day!
Efraín Escobar
Cloud Engineer
12
Answers
Medellín, Antioquia, Colombia
Updated
Efraín’s Answer
Hi Roberto, instead of asking what jobs involve creating technology, I have a mission for you if you're up for it: Look around your neighborhood, community, or among your friends and family. What daily problems do you see that could be solved with technology? Make a list.
If one of these problems is common to many people, or even a global issue, and you have a few ideas on how to solve it using technology (you don't need to be a tech genius), then you've got a project that could keep you busy for years. You've just answered your own question.
This message will not self-destruct. I hope it helps.
If one of these problems is common to many people, or even a global issue, and you have a few ideas on how to solve it using technology (you don't need to be a tech genius), then you've got a project that could keep you busy for years. You've just answered your own question.
This message will not self-destruct. I hope it helps.
Rajesh Kumar Subbiah
Manager
39
Answers
Florham Park, New Jersey
Updated
Rajesh Kumar’s Answer
If you're passionate about creating new technology to solve problems, there are several career paths you can pursue. Below are some key roles where you can design, develop, and innovate new technologies:
1. Software Engineer/Developer
Responsibilities:
Designing, coding, and testing software applications.
Developing new software solutions to address specific problems.
Working on various platforms including web, mobile, and desktop applications.
Skills Needed:
Proficiency in programming languages like Java, Python, C++, or JavaScript.
Understanding of software development methodologies (Agile, Scrum).
Problem-solving and analytical skills.
Potential Employers:
Tech companies (Google, Microsoft, Apple).
Startups.
Consulting firms.
2. Hardware Engineer
Responsibilities:
Designing, developing, and testing computer hardware components.
Creating prototypes and working on the physical aspects of technology.
Collaborating with software engineers to ensure hardware and software integration.
Skills Needed:
Knowledge of electronics and computer architecture.
Proficiency in CAD software and hardware design tools.
Problem-solving skills and attention to detail.
Potential Employers:
Semiconductor companies (Intel, AMD).
Consumer electronics companies (Samsung, Sony).
Automotive industry (Tesla, Ford).
3. Product Manager
Responsibilities:
Overseeing the development of new technology products from concept to launch.
Working with cross-functional teams (engineering, marketing, design) to ensure product success.
Gathering and analyzing market data to identify new opportunities.
Skills Needed:
Strong understanding of technology and business.
Excellent communication and project management skills.
Ability to analyze market trends and customer needs.
Potential Employers:
Tech companies.
Startups.
Product-focused companies in various industries.
4. Research Scientist
Responsibilities:
Conducting research to develop new technologies and improve existing ones.
Publishing findings in scientific journals and presenting at conferences.
Collaborating with other scientists and engineers on research projects.
Skills Needed:
Advanced degree (Master’s or Ph.D.) in a relevant field (computer science, engineering, physics).
Strong analytical and research skills.
Proficiency in data analysis and scientific methods.
Potential Employers:
Research institutions and universities.
Government labs (NASA, National Laboratories).
Corporate R&D departments.
5. Data Scientist/AI Specialist
Responsibilities:
Analyzing large datasets to develop machine learning models and AI solutions.
Creating algorithms to solve complex problems in various domains (healthcare, finance, retail).
Implementing AI technologies to improve products and services.
Skills Needed:
Proficiency in programming languages like Python and R.
Strong understanding of machine learning, statistics, and data analysis.
Experience with AI frameworks (TensorFlow, PyTorch).
Potential Employers:
Tech companies (Google AI, IBM Watson).
Healthcare companies (using AI for diagnostics).
Financial institutions (using AI for fraud detection).
6. Systems Engineer
Responsibilities:
Designing and integrating complex systems, ensuring they work together effectively.
Overseeing the entire lifecycle of a system, from design to deployment.
Solving interdisciplinary problems and coordinating between different engineering teams.
Skills Needed:
Strong understanding of systems engineering principles.
Proficiency in relevant software tools (MATLAB, Simulink).
Excellent problem-solving and project management skills.
Potential Employers:
Aerospace companies (Lockheed Martin, Boeing).
Defense contractors.
IT and telecommunications companies.
7. Biomedical Engineer
Responsibilities:
Developing medical devices and technologies to improve healthcare.
Conducting research and testing to ensure safety and efficacy.
Collaborating with healthcare professionals to address medical challenges.
Skills Needed:
Knowledge of biology, medicine, and engineering principles.
Proficiency in design software and biomedical tools.
Strong analytical and problem-solving skills.
Potential Employers:
Medical device companies (Medtronic, Boston Scientific).
Hospitals and healthcare institutions.
Research institutions and universities.
8. Robotics Engineer
Responsibilities:
Designing, building, and testing robotic systems.
Developing software to control robots and improve their functionality.
Working on applications ranging from manufacturing to healthcare.
Skills Needed:
Proficiency in robotics programming languages (C++, Python).
Understanding of mechanical and electrical engineering principles.
Problem-solving and innovation skills.
Potential Employers:
Robotics companies (Boston Dynamics, iRobot).
Automotive industry (developing autonomous vehicles).
Manufacturing companies (using robots for automation).
Conclusion
Each of these roles offers the opportunity to create and innovate new technologies that can solve real-world problems. Depending on your interests and skills, you can choose a path that aligns with your passion for technology and problem-solving. Continuous learning, hands-on experience, and networking are key to advancing in any of these fields. Good luck on your journey to becoming a technology innovator!
1. Software Engineer/Developer
Responsibilities:
Designing, coding, and testing software applications.
Developing new software solutions to address specific problems.
Working on various platforms including web, mobile, and desktop applications.
Skills Needed:
Proficiency in programming languages like Java, Python, C++, or JavaScript.
Understanding of software development methodologies (Agile, Scrum).
Problem-solving and analytical skills.
Potential Employers:
Tech companies (Google, Microsoft, Apple).
Startups.
Consulting firms.
2. Hardware Engineer
Responsibilities:
Designing, developing, and testing computer hardware components.
Creating prototypes and working on the physical aspects of technology.
Collaborating with software engineers to ensure hardware and software integration.
Skills Needed:
Knowledge of electronics and computer architecture.
Proficiency in CAD software and hardware design tools.
Problem-solving skills and attention to detail.
Potential Employers:
Semiconductor companies (Intel, AMD).
Consumer electronics companies (Samsung, Sony).
Automotive industry (Tesla, Ford).
3. Product Manager
Responsibilities:
Overseeing the development of new technology products from concept to launch.
Working with cross-functional teams (engineering, marketing, design) to ensure product success.
Gathering and analyzing market data to identify new opportunities.
Skills Needed:
Strong understanding of technology and business.
Excellent communication and project management skills.
Ability to analyze market trends and customer needs.
Potential Employers:
Tech companies.
Startups.
Product-focused companies in various industries.
4. Research Scientist
Responsibilities:
Conducting research to develop new technologies and improve existing ones.
Publishing findings in scientific journals and presenting at conferences.
Collaborating with other scientists and engineers on research projects.
Skills Needed:
Advanced degree (Master’s or Ph.D.) in a relevant field (computer science, engineering, physics).
Strong analytical and research skills.
Proficiency in data analysis and scientific methods.
Potential Employers:
Research institutions and universities.
Government labs (NASA, National Laboratories).
Corporate R&D departments.
5. Data Scientist/AI Specialist
Responsibilities:
Analyzing large datasets to develop machine learning models and AI solutions.
Creating algorithms to solve complex problems in various domains (healthcare, finance, retail).
Implementing AI technologies to improve products and services.
Skills Needed:
Proficiency in programming languages like Python and R.
Strong understanding of machine learning, statistics, and data analysis.
Experience with AI frameworks (TensorFlow, PyTorch).
Potential Employers:
Tech companies (Google AI, IBM Watson).
Healthcare companies (using AI for diagnostics).
Financial institutions (using AI for fraud detection).
6. Systems Engineer
Responsibilities:
Designing and integrating complex systems, ensuring they work together effectively.
Overseeing the entire lifecycle of a system, from design to deployment.
Solving interdisciplinary problems and coordinating between different engineering teams.
Skills Needed:
Strong understanding of systems engineering principles.
Proficiency in relevant software tools (MATLAB, Simulink).
Excellent problem-solving and project management skills.
Potential Employers:
Aerospace companies (Lockheed Martin, Boeing).
Defense contractors.
IT and telecommunications companies.
7. Biomedical Engineer
Responsibilities:
Developing medical devices and technologies to improve healthcare.
Conducting research and testing to ensure safety and efficacy.
Collaborating with healthcare professionals to address medical challenges.
Skills Needed:
Knowledge of biology, medicine, and engineering principles.
Proficiency in design software and biomedical tools.
Strong analytical and problem-solving skills.
Potential Employers:
Medical device companies (Medtronic, Boston Scientific).
Hospitals and healthcare institutions.
Research institutions and universities.
8. Robotics Engineer
Responsibilities:
Designing, building, and testing robotic systems.
Developing software to control robots and improve their functionality.
Working on applications ranging from manufacturing to healthcare.
Skills Needed:
Proficiency in robotics programming languages (C++, Python).
Understanding of mechanical and electrical engineering principles.
Problem-solving and innovation skills.
Potential Employers:
Robotics companies (Boston Dynamics, iRobot).
Automotive industry (developing autonomous vehicles).
Manufacturing companies (using robots for automation).
Conclusion
Each of these roles offers the opportunity to create and innovate new technologies that can solve real-world problems. Depending on your interests and skills, you can choose a path that aligns with your passion for technology and problem-solving. Continuous learning, hands-on experience, and networking are key to advancing in any of these fields. Good luck on your journey to becoming a technology innovator!
Bryan Kalkhoff
Engineer
14
Answers
Rochester, Minnesota
Updated
Bryan’s Answer
Hello!
This depends on what type of technology you want to make. For instance if you want to do something computers you can become a computer engineer and help make the CPU. Or an electrical engineer would make the circuit board around the CPU.
A mechanical engineer would be involved in the design of the physical computer container (to continue the computer example).
Somethings to ask yourself is what specifically you want to work on. If it's something with computers then ask yourself what level of the computer you want to do.
From there you can narrow down what type of engineer (and jobs) are out there.
I knew I wanted to be involved with computers but didn't know I wanted to be involved in the design of the processor until Junior year of college.
Hope this helps a little!
This depends on what type of technology you want to make. For instance if you want to do something computers you can become a computer engineer and help make the CPU. Or an electrical engineer would make the circuit board around the CPU.
A mechanical engineer would be involved in the design of the physical computer container (to continue the computer example).
Somethings to ask yourself is what specifically you want to work on. If it's something with computers then ask yourself what level of the computer you want to do.
From there you can narrow down what type of engineer (and jobs) are out there.
I knew I wanted to be involved with computers but didn't know I wanted to be involved in the design of the processor until Junior year of college.
Hope this helps a little!