Information technology has become an integral part of everyday life. Whether it’s a cellphone, smart watch, smart home, or smart vehicle, IT has penetrated various aspects of our lives. From information communication technologies to cybersecurity to business analytics, technology is everywhere.
Every graduate wants to earn a degree with high earning potential and a stable career. With the immense demand and ever-expanding nature of the IT sector, you cannot go wrong with an IT degree. Every year, millions of IT graduates join the workforce in the United States.
If you are interested in IT and related disciplines, you can consider jobs in many sectors, such as management, e-commerce, manufacturing, and production. There are endless possibilities with huge growth potential. Knowing the industry well and understanding the demands of different IT jobs will help you to choose the career that is best suited for you.
With advanced IT degrees, you can launch your career with a starting salary of approximately $102,782. The great news is that the scope of information technology is bright, and this industry is expected to grow at a much faster rate than others on average. In this era, the fields of computer and information sciences offer some of the highest-paying tech jobs.
Here are the 12 most promising tech jobs that you can explore today for a fruitful future.
Big Data Architect
A data architect is an IT expert who creates, manages, and deploys an organization’s data architecture. Data architects define the ways of data storage, integration, and consumption for various IT systems, data entities, and data processing applications. This profession is closely related to business architecture.
Artificial Intelligence Engineer
Artificial intelligence engineers primarily focus on computer programming to execute cognitive simulations. Most AI engineers work in the field of advanced information processing, where they program smart systems and expert computers. Programming, software development, data engineering, and data science are the core areas of this field, and the AI engineer must have a grip on them.
Machine Learning Researcher/Engineer
Machine Learning Engineers deal with data management and design software for automated predictive modeling. They build and develop artificial intelligence (AI) systems that leverage huge data sets to develop and generate algorithms. These algorithms are capable of learning patterns and making predictions. The software learns from the results of each operation it performs to carry out in the future with greater precision.
A data scientist is a professional who plays an integral part in decision-making. Data Scientists provide actionable insights after the interpretation of collected data from multiple sources to meet a company’s purpose. They typically create and utilize various machine learning tools to clean, organize, and manage data to meet business demands. Moreover, they validate data, conduct statistical analysis on data, implement processes to derive patterns, and improve data quality.
Cloud engineers specialize in the area of cloud computing technologies. They are accountable for monitoring and managing cloud computing software by evaluating, developing, and implementing cloud technologies based on the requirements of the organizations. In addition, cloud engineers develop and implement disaster recovery strategies and discover new approaches to improve system efficiency. They also manage requests for scalability, ensure a secure environment for cloud platforms, and design policies for cloud services usage.
Data Warehouse Architect
The primary duties of data warehouse architects are to create database system designs and develop both data models (physical and logical) and various database tools. Data warehouse architects decide which tools to pick for project completion and define their scope. They may extend support for all initiatives, define metadata standards, and assess proposal requests, particularly dealing with data warehouses.
Site Reliability Engineer
A site reliability engineer works with the mindset of a software engineer to bring together operations and development in the context of system administration. They are responsible for designing systems and software and developing self-service tools to improve site performance and reliability. In addition, they also keep the software delivery pipeline as seamless as possible while collaborating with release engineers.
Software developers who oversee the IT infrastructure of an organization work as software architects. Their primary responsibilities include designing, developing, and implementing software solutions. They serve as technical leaders and supervise the architectural blueprints, evaluating and recommending technologies and tools. Software architectures also handle and troubleshoot problems at the code level with high speed and efficiency.
Enterprise architects integrate IT applications and programs within an organization. They evaluate IT processes, internal functions, and business development strategies to recommend solutions for improvement. Moreover, they also design and implement business architecture models reflecting business strategies and goals. Other duties include the development of compliance architecture methods like data storage, change control, and metadata management.
Full Stack Developer
Full-stack developers hold practical knowledge of how to create user-facing websites and work with clients on project planning. They understand the databases and are responsible for both development processes: back-end and front-end of websites. They cover all the visual and technical aspects of the websites by designing, developing, and maintaining full-fledged and functional platforms with the help of servers or databases. These kinds of servers do not require third-party applications to build an entire website from scratch.
Cloud architects or cloud developers work as supervisors in designing and developing the cloud computing strategy for an organization. It may include cloud application design, cloud adoption and approval plans, and monitoring and management of the related technologies. Furthermore, they also oversee and manage the system requirement to get along well with cloud platforms. Depending on their nature of work, they are often called cloud systems administrators.
A database developer mainly works to design and develop stable, reliable, and effective databases. They are the leading force behind the seamless functioning of the database. They are responsible for modifying, maintaining, and optimizing databases while meeting quality standards. Database developers most often collaborate with software developers, web developers, and others to achieve the best results and practices for system improvement.
Information technology has been continuously evolving to meet the increasing demands of industries. It holds a promising future for aspiring students and professionals alike. Fresh students can join the IT industry with the boom, and experienced IT professionals can excel in high-earning job positions.