How is Computer Software used?
Zippia reviewed thousands of resumes to understand how computer software is used in different jobs. Explore the list of common job responsibilities related to computer software below:
- Oversee computer based testing center In charge of launching and monitoring exams Create and manage testing appointments Install and troubleshoot computer software
- Investigated and resolved computer software and hardware problems.
- Protect security of computer software and test center environment.
- Protect security of all computer software in Test Center environment.
- Provided security for all computer software and other testing materials.
- Protected the security of all computer software and preserved the integrity of the tests and associated testing equipment.
Are Computer Software skills in demand?
Yes, computer software skills are in demand today. Currently, 15,952 job openings list computer software skills as a requirement. The job descriptions that most frequently include computer software skills are test center administrator, computer laboratory assistant, and computer laboratory aide.
How hard is it to learn Computer Software?
Based on the average complexity level of the jobs that use computer software the most: test center administrator, computer laboratory assistant, and computer laboratory aide. The complexity level of these jobs is intermediate.
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What jobs can you get with Computer Software skills?
You can get a job as a test center administrator, computer laboratory assistant, and computer laboratory aide with computer software skills. After analyzing resumes and job postings, we identified these as the most common job titles for candidates with computer software skills.
Test Center Administrator
Job description:
A test center administrator is responsible for overseeing the daily operations at test centers, ensuring efficiency and smooth workflow. They typically set goals, establish guidelines and timelines, liaise with external partners such as vendors at suppliers, coordinate staff, monitor the progress of all operations, and address issues and concerns, resolving them promptly and efficiently. Moreover, as a test center administrator, it is essential to lead and encourage the workforce to reach goals, all while implementing the company's policies and regulations.
- Computer Software
- Corporate Management
- Reset Passwords
- Complete Exams
- TCA
- Customer Service
Computer Laboratory Assistant
Job description:
The duties of a computer laboratory assistant vary in their place or industry of employment. In a school setting, a computer laboratory assistant is in charge of assisting users by addressing their issues and concerns, performing corrective measures and repairs, offering suggestions to users, and implementing the laboratory's policies and regulations. Furthermore, there are instances when they have to troubleshoot errors, produce progress reports, maintain software and hardware, provide instructions to users, and consult a more experienced colleague when experiencing a complex issue.
- Computer Software
- PowerPoint
- Mac
- Computer Programs
- Windows XP
- Technical Assistance
Computer Laboratory Aide
- Computer Software
- Computer Lab Operations
- Lab Equipment
- Mac
- Troubleshoot
- PowerPoint
Electronic Prepress Operator
- Computer Software
- Electronic Prepress
- Adobe Photoshop
- Color Correction
- Platemaking
- PC
Computer Laboratory Attendant
- Cleanliness
- Front Desk
- Computer Software
- Troubleshoot
- Computer Problems
- Software Problems
Computer Laboratory Instructor
- Computer Software
- Mathematics
- PowerPoint
- Syllabus
- Instructional Materials
- PC
Customer Support Professional
Job description:
A customer support professional is primarily in charge of assisting clients through calls, correspondence, or face-to-face appointments. Their responsibilities usually include answering inquiries, explaining product or service specifications, troubleshooting issues, providing step-by-step instructions, or referring them to other services when necessary. They also maintain records of all transactions, reporting to managers should there be any complicated problems. In some companies, they are also in charge of making calls to follow-up on issues, processing refunds, and arranging payment plans according to company policies.
- Customer Calls
- Inbound Calls
- Chat Support
- Computer Software
- Customer Inquiries
- Desk Support
Computer Laboratory Technician
- Computer Lab Operations
- Network Printers
- Troubleshoot
- Computer Software
- Mac
- Computer System
Computer Laboratory Coordinator
- Windows
- Lab Equipment
- Troubleshoot
- Mathematics
- Computer Software
- PowerPoint
Computer Laboratory Supervisor
- Computer Lab Equipment
- Mac
- Troubleshoot
- Computer Software
- Lab Assistants
- Computer Programs
How much can you earn with Computer Software skills?
You can earn up to $26,135 a year with computer software skills if you become a test center administrator, the highest-paying job that requires computer software skills. Computer laboratory assistants can earn the second-highest salary among jobs that use Python, $30,255 a year.
| Job title | Average salary | Hourly rate |
|---|---|---|
| Test Center Administrator | $26,135 | $13 |
| Computer Laboratory Assistant | $30,255 | $15 |
| Computer Laboratory Aide | $28,628 | $14 |
| Electronic Prepress Operator | $51,509 | $25 |
| Shipping Technician | $33,407 | $16 |
Companies using Computer Software in 2025
The top companies that look for employees with computer software skills are Signet Jewelers, AECOM, and CBRE Group. In the millions of job postings we reviewed, these companies mention computer software skills most frequently.
| Rank | Company | % of all skills | Job openings |
|---|---|---|---|
| 1 | Signet Jewelers | 14% | 109 |
| 2 | AECOM | 8% | 3,337 |
| 3 | CBRE Group | 7% | 6,375 |
| 4 | Eliot Community Human Services Inc | 6% | 145 |
| 5 | ARA | 6% | 126 |
3 courses for Computer Software skills
1. Computer Hardware and Software
This course provides foundational understanding of how computers process information through hardware and software. You will investigate the world of Information Technology (IT) and survey hardware components, mobile devices, operating systems, programs and apps, network fundamentals, the Internet, and touch on security and ethics...
2. The Complete Cloud Computing Software Architecture Patterns
Are you ready for your next career step?Do you want to become a Software Architect or Technical Lead and work on impactful projects that help millions of users?Then you came to the right place! In this course, you will wear the hat of a Software Architect, solving some of the most challenging and important problems in system design, software architecture, and modern cloud computing. Throughout the course, you will learn the most useful Software Architecture Patterns that any Cloud Software Architect needs to know, and which have already been successfully applied by the top tech companies. In each lecture, you will be presented with: A new design problemA common solution in the form of a Software Architecture PatternA real-life example where that pattern can be usedImportant design and architecture considerations that leverage the power of cloud computingBy the end of the course: You will have a complete Software Architecture toolbox full of patterns that will help you architect a highly scalable, available, reliable, and responsive cloud-based system that can reach millions of users worldwide and help grow your company's business. In addition, knowing and understanding those Software Architecture Patterns can set you apart in System Design Interviews, especially at FAANG and other top tech companies. This course is ideal for you if: You are an experienced Software Engineer who understands that software engineering is more than just coding and you are ready to take your career to the next level. You are an aspiring or existing Software Architect or Technical Lead and want to ensure you make the right design decisions when architecting new cloud-based systems. You are seeking or are currently in a role that requires deep knowledge of software architecture and cloud computing. This can be any role, such as a Cloud Architecture or Cloud Consultant, as well as a Technical Product Manager, Solutions Architect, or even an Engineering Manager overseeing large-scale projects. Why do we need new Software Architecture Patterns?With the advancements in cloud computing, the problems that software architects are now facing are very different from a few decades ago. When architecting a large-scale system using cloud computing and Microservices Architecture, the design decisions and challenges require a completely new set of software architecture patterns than the traditional OOP Design Patterns, which focus only on code organization within a single application. These new Software Architecture Patterns solve many problems, such as scalability, performance, reliability, and so on. FAQ:- I am completely new to Software Architecture, is this the right course for me?This course can be a great introduction to Software Architecture in general. It will teach you some of the fundamental techniques that top companies use, to solve challenging design and architecture problems. If you are a beginner, I recommend taking my other course, Software Architecture & Design of Large Scale Systems, either before or in conjunction with this course.- Is this a programming course or a Software Architecture course?This is 100% a Software Architecture course. As a software engineer, knowing how to program is a given. If you look around, everyone in your team can code, starting from the most junior to the most senior developer. However, Software Architecture is the next level of abstraction and the next level in a software engineer's career. So the focus of this course is Software Architecture, specifically in a cloud computing environment. A topic that is rarely taught in the academy, boot camps, or even at work.- Is this course specific to any cloud vendor such as AWS, Google Cloud Platform, or Microsoft Azure?No. The Software Architecture and Cloud Computing Patterns you will learn in the course are completely implementation, platform, and cloud vendor independent. You can successfully implement them on any cloud vendor or programming language. - I'm already a Software Architect, will I benefit from this course?Yes! The Software Architecture Patterns in this course are the most up-to-date in the industry. They are a must-skill for any Software Architect that works on system design and architecture of modern systems, both in a public cloud computing and hybrid cloud computing environment. Whether you are just starting your career as a Software Architect or you're already an experienced software architect, you will learn a lot in this course...
3. CS101 Bootcamp: Introduction to Computer Science & Software
My CS101 Bootcamp: Introduction to Computer Science & Software course aims to be a Computer Science and software programming introductory course / bootcamp for anyone with no technical background in Computer Science. If you've used a smartphone or computer in the past, that will be sufficient for you to take this 2-hour course, and explore the basics of Computer Science and software programming, as well as up-to-date topics and the latest technology trends in Computer Science. If you are an absolute beginner to Computer Science, you will enjoy this course because: It teaches you the basics of Computer Science and Software Programming, and you can take it with zero technical or computer background. This beginner course has the basics of Computer Science (normally an entire semester or several months) packed into a 2-hour course. You can finish it in one day, or if you prefer to take one lesson of a few minutes per day, still be able to finish it within a week. Whether you plan to become a software programmer or engineer, or just learn the basics of Computer Science or Software Programming out of curiosity, this beginner's course will equip you with fundamental understanding of Computer Science concepts. The course is updated with the latest technology that you would expect to use in 2017, such as developing mobile apps, Big Data, cloud computing, and SQL and NoSQL databases, etc. The course has minimal exams / quizzes, so that you can focus on learning the material in 2 hours or so, and then decide for yourself whether you want to do more advanced programming courses. Topics I teach in this course Basics of hardware: How processors (CPUs), memory, disk drives workThe basics of desktop and laptop computers and portable electronics such as smartphones and tabletsBasics of softwareHow software is built. The basics of compilers, interpreters and assembly language. Popular programming languagesBuilding webpages in HTML, CSS and JavaScriptFundamentals of HTML, CSS and JavaScript: the core technologies you need to build websites todayCSS frameworks and the Bootstrap CSS frameworkIntroduction to JavaScript frameworks such as jQuery, Angular and ReactProgramming concepts in JavaIntroduction to the Java programming languageFundamentals of programming languages, such as variables, statements, functions, classesAdditional programming concepts in Python programming languageHow Python differs from JavaWhy Python is popular, and Python programming constructs that help with data analysis or simple scriptingWeb servers: Apache, Tomcat, nginxBasics of PHP and Ruby programming languages Why PHP is popularIntroduction to popular PHP packages / frameworks such as WordPress, Joomla, Drupal, etcMobile app developmentiPhone, Android and other programming modelsDatabases: SQL and NoSQLSample SQL and NoSQL scriptsIntroduction to popular databases: MySQL, SQL server, MongoDB, etc. Big Data and data analysisBrief introduction to HadoopCloud computingIaaS, PaaS, SaaSPrivate, public and hybrid cloudsConclusion, and next steps to becoming a full programmer...