AI or CS Which is Better in 2023?

AI or CS Which is Better in 2023?

Is AI or Computer Science the Better Career Path?

Artificial intelligence (AI) and computer science (CS) are two of the hottest and most exciting fields today. Both focus on developing and utilizing technology, but they approach it from different angles. So which one is the better career path? This article will examine the key differences between AI and CS, looking at education requirements, job prospects, work activities, and salaries to help you determine which field may be the better fit for your interests and goals.

There is no doubt that AI and CS are two of the most in-demand and promising careers right now. Technology continues to evolve and shape nearly every industry, from healthcare to finance to transportation. Both AI and CS professionals work at the leading edge of that innovation. But the core focuses differ.

AI concentrates on mimicking human intelligence through statistical models and algorithms. It involves working with huge datasets and complex neural networks. CS takes a broader view, designing and optimizing software, systems, and computational processes to solve problems. Both require strong technical ability, but AI emphasizes advanced mathematical theory while CS focuses on practical programming skills.

This article will provide an in-depth comparison of AI and CS paths. By looking at key factors like necessary education, real-world job duties, salary potential, and growth outlook, you can get a sense of which option may be a better fit.

There are great opportunities in both areas, but your own strengths and interests should guide you. The right choice between an AI or CS career can set you up for success in these cutting-edge and lucrative technology fields.

Education Requirements

To work in the fields of AI or CS, you’ll need a strong educational background with a focus on math, science, and technology. However, there are some notable differences in the specifics:

AI Education

A bachelor’s degree is the minimum needed to get started in AI. Relevant majors include computer science, mathematics, statistics, cognitive science, information science, or electrical engineering. Coursework should include classes in artificial intelligence, machine learning, neural networks, data mining, mathematics, probability, robotics, and logic. Advanced classes in linear algebra, multivariate calculus, experimental design, geometry, and computational statistics are also extremely helpful.

Many AI roles, especially those involving true research and development, will require an advanced degree. A master’s in computer science with an AI specialization is common. Because AI is an emerging, complex field, having a Ph.D. can open doors to the most prestigious corporate and academic positions developing innovative applications in disciplines like natural language processing, computer vision, decision science, robotics, and human-computer interaction. Those with doctorates often focus their research and dissertations directly on pushing AI technology forward.

CS Education

For core computer science roles, a bachelor’s degree in computer science or a closely related field like information science or information technology is standard. Coursework provides a well-rounded foundation including essentials like programming languages (e.g. Java, Python, C++), algorithms, data structures, database management, operating systems, and software design. Classes in computer architecture, automation, security, networks, and graphics are also common.

While a master’s degree is not required for most CS positions, it can be advantageous for specializing in an area like application development, cybersecurity, data science, robotics, or networks. Some systems architects, lead engineers, and senior programmers obtain a master’s to advance their careers. Companies may cover tuition for a graduate CS degree relevant to your role. But a master’s is considered optional prep for management and senior technical positions rather than a necessity like in AI.

The core undergraduate computer science curriculum provides a solid overall foundation applicable to virtually any technology role or industry. But AI benefits from advanced graduate study and coursework narrowly focused on the complex algorithms and statistical models powering today’s AI systems.

Job Prospects and Outlook

Both AI and CS offer excellent job prospects and outlooks due to our increasingly tech-driven world. However, there are some notable differences in projected growth:

AI Job Outlook

The field of artificial intelligence is expected to grow extremely rapidly, at a rate of 35% between 2020 to 2030 according to Bureau of Labor Statistics projections. This is over 3 times faster than the average for all occupations. Several key factors are driving the meteoric rise:

  • Wider adoption of AI capabilities like machine learning, neural networks, robotics, and natural language processing across virtually every industry. Healthcare, finance, retail, automotive, and more are integrating AI to analyze data, automate processes, and create intelligent systems.
  • Demand for data scientists and AI researchers as companies seek to tap into AI’s potential. Data scientists construct the statistical models fueling AI, while researchers push boundaries in machine learning and deep learning.
  • Investments in AI technology by major firms. Tech giants like Google, Amazon, Microsoft, Tesla, IBM, and Facebook are pouring billions into AI research, products, and cloud services. Startups focusing on AI are also proliferating and require talent.
  • Government interest in advancing AI for economic and defense interests, including applications in intelligence analysis, surveillance systems, smart weapons, and cybersecurity.

Most AI job opportunities are concentrated in technology hubs and major metropolitan areas, especially Silicon Valley, New York, Boston, Los Angeles, Seattle, San Diego, and Austin where tech giants and startups are clustered. While some 100% remote AI roles exist, proximity to these innovation centers provides the most options.

CS Job Outlook

Computer science occupations are projected to grow 13% from 2020 to 2030, which is much faster than the average across all fields. Key factors influencing this trend include:

  • Continuous demand for software and applications across all industries and organizations. From businesses needing systems to run operations to retailers improving ecommerce to consumers adopting new apps, the need for qualified developers is ubiquitous.
  • Cloud computing driving enterprise infrastructure and app development. As more organizations rely on cloud platforms from AWS, Microsoft Azure, and Google Cloud, they require CS professionals with cloud architecture and engineering expertise.
  • Cybersecurity needs due to increasing data breaches and hacking threats. Security engineers, analysts, and administrators will be needed to protect sensitive systems and data.
  • Emerging technologies like augmented reality, blockchain, Internet of Things, and quantum computing that require new CS applications and frameworks.

While hubs like Silicon Valley have a concentration of CS jobs, these roles exist nationwide and allow for much more remote work than AI given the practical, execution nature of the work. CS skills apply across domains creating opportunities in virtually every sector.

In summary, AI promises more rapid growth fueled by demand for a highly-specialized emerging technology. CS offers steadier but still fast growth based on universal need for software, systems, and technical capabilities across the economy. Both equate to ample job opportunities.

Work Activities and Environment

The day-to-day work activities and environments for AI and CS professionals can vary considerably given the different focuses of each field.

AI Work Activities

Artificial Intelligence careers center on developing, researching, and continuously improving AI systems. Common work activities include:

  • Designing, coding, and testing machine learning algorithms and neural network architectures. This involves in-depth programming in languages like Python and Matlab.
  • Researching and experimenting with new approaches to natural language processing, computer vision, forecasting, recommendations, and other AI applications. Staying on top of the latest techniques is crucial.
  • Analyzing extremely large and complex datasets using statistical and data mining techniques to uncover patterns and insights that can inform AI models. Strong math skills are critical.
  • Training intelligent systems using sample datasets, evaluating performance, identifying errors, and making adjustments to improve accuracy. AI models require extensive training and tuning.
  • Specializing in a particular domain like speech recognition, robotics, autonomous vehicles, predictive analytics, text generation, process automation, or bioinformatics. Leading-edge work focuses on a narrow AI field.
  • Publishing academic papers to share new research advancements and breakthroughs in conferences and journals to advance the entire field. Publishing is a key part of progress.
  • Developing proposals, securing funding, and collaborating closely as part of an interdisciplinary research team pushing AI forward. Teamwork is essential.

The work requires both deep programming capability as well as analytical and research skills – AI professionals blend software engineering with scientific thinking and methods.

CS Work Activities

Computer science careers involve building, testing, and maintaining the software, applications, and systems that power organizations and technology:

  • Designing architecture and writing code for software and apps using languages like Java, Python, C#, JavaScript. Coding skills are used daily.
  • Developing databases and data models to structure and organize information for applications and analytics.
  • Analyzing user needs and requirements and designing technical solutions to meet them. CS pros translate needs to technical realities.
  • Testing software exhaustively for bugs, errors, and design flaws and debugging problems thoroughly. Attention to quality and detail is vital.
  • Improving software performance by identifying bottlenecks, optimizing code, upgrading infrastructure, and applying new methods. CS roles require constant learning.
  • Planning and executing software deployments, upgrades, and migrations. Strong project execution skills matter.
  • Monitoring systems once deployed and responding to incidents rapidly. CS pros own reliability and uptime.
  • Specializing in domains like application development, security, cloud infrastructure, blockchain, Artificial Intelligence, networks, or graphics. Flexibility to shift focus is a plus.

The work combines programming excellence with process orientation, communication, and project leadership – CS professionals bridge technical and business worlds.

Work Environments

AI professionals typically work for:

  • Major technology companies like Google, Microsoft, Amazon, Tesla, IBM, and Facebook leading AI research and product development.
  • Cutting-edge startups focused on innovative applications of AI across industries.
  • Robotics, autonomous vehicle, and advanced analytics firms pushing AI capabilities.
  • Research labs at universities, government agencies, and private institutions on the frontiers of AI science.
  • Large corporate IT departments applying AI to analyze data and automate processes.
  • Consulting firms helping implement AI solutions for clients.

Most opportunities concentrate in technology hubs like Silicon Valley, Seattle, New York, Boston, and Los Angeles where leaders in AI research and engineering are clustered. While remote work is possible, proximity allows for collaboration.

CS professionals work at:

  • Major tech firms like Amazon, Apple, Google, Facebook, Microsoft and more developing software central to products and services.
  • Startups and small software companies designing systems and apps for clients.
  • Large non-tech corporations maintaining internal systems and infrastructure.
  • Consultancies implementing solutions across organizations.
  • Systems integrators pulling together complex enterprise platforms.
  • Government agencies managing technical systems and infrastructure.

CS skills are in demand across every industry nationwide. Remote work is common, though opportunities in tech hubs exist too. The practical nature of building software enables more flexibility.

The environment and collaboration needs differ, though both fields offer strong compensation and meaningful cutting-edge work.


Both AI and CS offer lucrative salaries, but AI edges out CS largely due to its specialized, complex nature and strong demand:

AI Salaries

The average salary for AI specialists and researchers is approximately $136,000 per year according to Payscale, with a range of $102,000 to $180,000 depending on factors like location, experience, and company.

With 5-10 years experience, salaries rise to an average of $150,000. Senior managers and directors in AI can earn $200,000 or much higher, especially at major technology companies and startups. Leadership and expertise in AI commands top dollar.

Some common salary benchmarks:

  • Entry level AI engineers at major firms like NVIDIA, Microsoft, and Google earn between $120-150,000.
  • Mid-career data scientists with AI experience average around $160,000.
  • Senior AI researchers with doctorates and publications can earn up to $250-300,000 in hubs like Silicon Valley and New York.
  • AI directors at tech giants and hedge funds can make over $500,000.

CS Salaries

The average salary for computer science positions is $103,000 per year according to Payscale, with typical range of $87,000 to $140,000 based on role, skills, and location.

Mid-career software engineers with 5-10 years experience earn an average of $120,000. Senior engineers and architects with managerial responsibility make around $130-150,000 on average. Salaries max out around $160-180,000 without executive leadership.

Some common salary benchmarks:

  • Entry level software developers at startups and non-tech companies earn $90-110,000.
  • Mid-career front-end engineers at major tech companies average roughly $150,000.
  • Senior systems architects at large firms average around $140,000.
  • Engineering directors at top enterprises can earn $200-300,000.
  • Consultants and freelancers charge $100-150/hour for contract work.

AI professionals concentrated in major hubs also benefit from higher cost of living adjustments earning 10-20% more for a given role and experience level compared to other locations.

The specialized skills, rapid growth, and competitive demand of AI drive top dollar salaries – especially for those with leadership experience in the field. But CS offers impressive earning potential as well, particularly at top tech firms. Both deliver high salaries and economic stability.

The Verdict: Which Is Better for You?

While AI and CS are closely related fields at the core of our digital future, the better career path for you comes down to your skills, interests, personality traits, and professional lifestyle preferences. Carefully analyzing your own strengths and motivations is key to deciding between these two dynamic and promising technology fields.

AI is the Ideal Path For:

  • Those who enjoy and excel at higher level mathematics, statistics, logic and other complex analytical studies. AI builds directly upon these fields.
  • People fascinated by modeling human intelligence via algorithms and neural networks. Pushing AI capabilities forward requires embracing its core mission.
  • Driven self-learners ready to stay on top of new techniques like machine learning and natural language processing through ongoing education and research. AI advances extremely rapidly.
  • Intellectually curious people who thrive when taking on some of technology’s most challenging and complex problems. AI is still more art than science.
  • Those who want the prestige and resources that come with working at tier one technology companies and research institutions at the forefront of innovation. AI offers this opportunity.
  • People who enjoy academia and research oriented cultures focused on publishing, conferences, and intellectual advancement. AI has deep roots in academia.
  • Those seeking extremely rapid career growth, new learning opportunities, and ever-evolving challenges. AI promises all of these.

CS is the Ideal Path For:

  • People who simply enjoy the hands-on process of coding, programming, and building software solutions that people use. CS allows you to do this every day.
  • Those who prioritize location flexibility in where they live and work given the nationwide demand for CS skills across sectors. AI is more concentrated.
  • People interested in technology but also in practical business applications. CS blends tech and business contexts well.
  • Those who value stability alongside innovation. CS evolves more incrementally over time rather than through rapid paradigm shifts.
  • People interested in working at a wide range of companies from startups to major enterprises. CS offers endless industry options.
  • Entrepreneurial minds interested in starting their own software or services companies at some point in their careers. CS is an ideal skillset for this.
  • Those who appreciate defined roadmaps and milestones when building software projects. CS lends itself well to scoping.

In summary, think carefully about whether your strengths and passions align more closely with the intense innovation and specialization of AI or the practical execution and flexibility of CS. Both offer amazing careers, but your own preferences should drive the decision.