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Through a research collaboration between Change Engineering and the Colorado School of Mines, we’ve created a career map of engineers in North America who are trained and prepared to do well in engineering. EfG is defined as “the practice of prioritizing doing good over traditional engineering priorities such as cost, technical efficiency and innovation” and includes international and domestic development, disaster response and poverty alleviation tasks. With more EfG-related academic programs being offered in North America, early-stage engineers and engineering students want to start their careers at EFG, but find fewer resources to guide their job search. There is a growing demand for engineers committed to sustainable humanitarian practices and an increasing number of well-trained graduates. To help bring these two groups together, a well-developed map can be a tool to align students’ careers with their aspirations.
What Are The Different Engineering Degrees
Through desk research and interviews with 8 EfG engineers, we developed a 3-step EfG career map for engineers from earning a master’s degree (step one) to finding a career in EfG. In Step 2, we identified 4 common early career experiences: field experience, higher education, traditional construction experience, and intern/volunteer experience, as well as general skills developed in early career. In step 3, the map shows EfG’s role model and organization types, providing a reference in this amorphous, evolving field of engineering.
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Concepts such as thinking about what it means to be an engineer from the perspective of the “whole self” and planning one’s career path under the principles of “structural serenity” emerged from our collective data collection. These highlighted ideas speak to the value of personal, emotional and creative skills in finding a fulfilling career in EfG. Useful ways for students or professionals to develop their careers through practical application of these themes are expanded below.
We recommend that additional research be completed to better understand the characteristics of established EfG industry roles and the types of organizations involved in EfG, as well as how different types of construction industry may affect the engineer’s future EfG role.
Image: The Engineering for Good (EfG) career map shows that a North American-educated engineer can go from earning a bachelor’s degree to an established career in EFG and developing key skills through early professional EfG experience.
E4C 2021 Program Management Team: Marella Machado, Senior Program Manager Grace Burleson, Research Director Marilyn Holguin Clover, Program Coordinator Jonathan Kemp, Program Asst.
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This research was completed as part of the 2021 E4C Fellowship Program. About the colleagues who worked on this research collaboration at LinkedIn: Rachel Geiger, Scott West, and Erin Peifer.
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Computer engineering refers to the integration of computer science and electronic engineering. Combining these disciplines, computer engineers design and develop many of the software programs and technical devices we use every day at work, school, and in our personal lives.
For those interested in pursuing a career in computer engineering, there are several things to consider: educational requirements, key skills, and expected salary associated with a computer engineering degree.
The goal of computer engineering is to expand the capabilities and applications of computers. For example, computer engineers may seek devices that process information faster than previous iterations. They may want to make computers smaller and more portable, and they may work to update computer technology with new features or make it more accessible.
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Defining computer engineering requires a discussion of computer science and electronic engineering. In fact, computer engineering is often defined as the integration of these two disciplines.
Because computer engineers combine these fields, they can advance the usability and power of computers by improving computer hardware as well as enhancing software, systems, and networks.
The primary tasks of computer engineers include researching, designing, developing and testing various aspects of computer systems. Computer engineering includes software development. It includes:
Computer engineers can put all these components together to solve problems or improve computational efficiency. They are then diligently examined and remedied as required. Specific projects undertaken by a computer engineer range from extending the battery life of a new smart device to fixing bugs and glitches in a specific software program. Computer engineers may only be looking to make devices smaller, faster, or more powerful.
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Computer engineers work in a variety of industries. The most obvious examples of computer engineers working in computer companies are Apple, Microsoft, Texas Instruments, and Dell. However, computer science positions are also important in the following fields:
Computer engineers design innovative hardware and software for various computer systems, making it one of the most dynamic careers in engineering. The main objective of this field is to design innovative and efficient computing components. Duties of a computer engineer include research, design, development and testing of computer hardware and software. Computer engineering industries include telecommunications, high-tech manufacturing, automotive, healthcare and more.
There are several career paths for those with an advanced degree in electrical engineering or a related field. Let’s look at these four examples.
Computer hardware engineers are involved in the design and development of physical computer products. Specifically, they research, build, and test computer systems and components. In other words, computer hardware engineers are responsible for building the physical components that allow computers to function as intended.
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Software developers have similar roles to computer hardware engineers. Instead of working with the hardware that allows computers to function, they deal with software programs. Specifically, the job description of a software developer is to research, design, implement, and maintain new software applications.
A list of computer engineering careers with advanced engineering degrees includes computer networking. These computer engineering professionals are tasked with designing and building data communication networks such as wide area networks (WANs) and local area networks (LANs).
The role of computer and information systems administrator is to manage and direct all computer activities within an organization. It requires advanced technical skills including familiarity with software, hardware and network components.
What is the Average Salary for a Computer Engineering Technician? Although some career paths are growing faster than others, the overall computer engineering field is strong and offers many attractive career options. Major career paths typically have salaries above $100,000.
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According to the US Bureau of Labor Statistics (BLS), the median annual salary for computer hardware engineers is $117,220. The number of jobs in this sector is expected to grow by 2% from 2019 to 2029, which is slightly slower. This is higher than the expected average growth rate of 4% for all occupations. One reason for the growth of the industry is that companies outside the computer and electronics industries want to develop their own devices.
When it comes to software developers, the BLS reports a median annual salary of $107,510. This sector is expected to grow by 22% from 2019 to 2029.