Infrastructure Engineers

Employ Infrastructure Engineers

Infrastructure Engineers are accountable for the tangible aspects of a network’s infrastructure, which encompass the preparation, configuration, and execution. They invent digital platforms and software, troubleshoot and fix technical problems, add new functionalities, guide and train other fellow members, and serve as a representative of the organization while communicating with suppliers and associates.

Different settings provide job opportunities for Infrastructure Engineers, from significant IT firms to financial establishments. These employers are reliant on Infrastructure Engineers to guarantee that their digital systems and servers are contemporary and functioning at an optimal level. This involves verifying the presence of safety measures and inspecting the accuracy of all systems.

Infrastructure Engineers are responsible for assuring the optimal functioning of all of an organization’s systems. Accomplishing this involves utilizing networking protocols, network topologies, norms, in combination with computer hardware and software. On-site or remote assessment of the systems could be conducted by an Infrastructure Engineer to ensure a smooth and efficient running of all of the organization’s infrastructure components.

What does Infrastructure Engineering entail?

To guarantee provision of premium quality service, Infrastructure Engineers today require broad comprehension regarding the cloud-based and software-defined technologies that they use. They need to be proficient in configuring and controlling the technologies to peg the automated engineering processes for efficient and continuous functioning. Proficiency in these technologies enables engineers to offer consistent performance and uninterrupted service.

The emergence of corporate digital strategies that are cloud-based and the Internet of Things has brought about various opportunities for Infrastructure Engineers. Instead of being only responsible for supplying and maintaining hardware, these professionals now possess a critical function in devising and carrying out solutions. Despite that, their increased responsibilities have resulted in higher expectations and more demands being imposed on them.

Functions and Responsibilities of an Infrastructure Engineer

Utilizing their computer science proficiency, Infrastructure Engineers, also known as Information Technology Infrastructure Engineers assist both individuals and organizations in digital communication via digital networks. Besides, they oversee the management, design, and coordination of digital systems that enable online communities.

Diagnosing network issues and identifying the underlying causes are the responsibilities of an Infrastructure Engineer, which necessitates a comprehension of the interconnection of the devices and the technology that facilitates communication. This obligation also demands knowledge of the environment’s protocols, architecture, and topologies. Furthermore, it requires the capability to recognize, diagnose, and resolve issues relating to the network’s elements, such as firewalls, routers, servers, switches, and storage systems.

To ensure effective execution of their responsibilities, Infrastructure Engineers must possess a variety of competencies, among which include exceptional organisational capabilities, analytical thinking, and excellent communication abilities. A comprehensive understanding of data regulations also falls under their purview. Core to their role is the ability to work collaboratively in a team setting, and to present complex information in simple and direct language that the customer can understand.

Infrastructure Engineer Responsibilities:

  • Maintaining and configuring operating systems
  • Monitoring and managing operational conditions.
  • Resolving issues efficiently and promptly.
  • Professional conduct with clients and colleagues.
  • Provision of guidance and support.
  • Ensuring the safety and security of operating environments.
  • Ensuring timely software and hardware updates and maintenance.
  • Keeping a record of reported issues and undertaken actions to address them.

How to Secure a Job as an Infrastructure Engineer?

Now, let’s explore the steps to pursue a career in infrastructure engineering.

To become a proficient infrastructure engineer, acquiring a strong foundation in technology, engineering, and business competencies is crucial. Additionally, possessing the required aptitude, interest, and personality traits is essential for completing daily tasks. Simultaneously, obtaining relevant education and experience in the field is necessary. As technology is continuously advancing, infrastructure engineers should remain receptive to new skills and concepts to stay up-to-date in the industry.

Several companies mandate Infrastructure Engineer accreditation for their network specialists to guarantee that they have the necessary expertise to identify various network configurations and applications. Additionally, Infrastructure Engineers should possess technical abilities to operate equipment like cables and wires, which are fundamental for manually repairing computers and servers. Accordingly, the role of an Infrastructure Engineer combines administrative and manual labour.

Now, let’s examine the competencies and approaches that one must master to become a proficient Infrastructure Engineer:

Requirements to Pursue a Career as an Infrastructure Engineer

The first step is to start developing fundamental skills essential for becoming an Infrastructure Engineer. All that you need to learn is right here!

  1. Systems Design

    Through systems design, developers can transform abstract concepts into tangible designs. This process enables them to create comprehensive designs while complying with applicable standards, methodologies, and resources, such as prototyping tools, when necessary. Additionally, developers can build systems with significant commercial and technical complexity, as well as a substantial impact. Systems design enables developers to identify optimal solutions to their design dilemmas.
  2. Terraform

    Terraform is a secure and effective tool that enables users to design, manage, and provide infrastructure solutions. With Terraform, you can configure public cloud services, such as DNS records and SaaS services, as well as establish custom in-house solutions. Terraform offers resource management for Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) across three layers. Securely and efficiently address all your infrastructure-related requirements with Terraform.
  3. Amazon Web Services (AWS)

    Amazon Web Services (AWS) is a leading cloud services provider that offers a comprehensive range of solutions for various services, including computing, storage, networking, security, databases, and more. AWS is a highly respected Cloud Service Provider that provides on-demand services to applications and websites worldwide. Users need not concern themselves with managing or monitoring these resources since AWS takes care of it for them. Moreover, AWS ensures that corporate infrastructures are not only physically and network secure but also securely accessible from any location globally.
  4. Computer Networks

    Computer networks refer to two or more computer systems connected to enable communication between them. Both wired and wireless media are available for connecting two computer nodes. This technology has facilitated global exchange of information within companies having their offices across different regions. Computer networks provide users with access to a vast range of information on various topics. They have incredibly improved the volume and speed of communication.
  5. Kubernetes

    Kubernetes is an open-source container management platform designed to facilitate the development, deployment, and management of cloud applications. It can be used to host large-scale web hosting or outsource data centre operations to public cloud service providers. Additionally, Kubernetes offers the capability to create websites and mobile applications with intricate and custom code on mainstream servers, which could potentially decrease the cost of web server provisioning typically associated with public cloud hosting.

How to Secure Remote Infrastructure Engineer Jobs?

Developers akin to athletes require consistent and efficient training to achieve success. Augmenting their skills and expertise over time through consistent efforts is paramount. For this growth to materialize, two critical elements deserve contemplation: seeking help from people having superior knowledge and expertise in practice methods, and being mindful of the quantum of practice needed to avoid burnout. Having someone’s assistance in practice ensures staying on course and achieving the desired level of proficiency.

At Works, we are committed to aiding Infrastructure Engineers to accomplish their career aspirations. Our top remote Infrastructure Engineer jobs offer opportunities to work on technically challenging and business-critical issues using cutting-edge technology. As a member of our global network of exceptionally skilled developers, you have access to many full-time and long-term remote Infrastructure Engineer positions with attractive remuneration and ample scope for career advancement.

Position Description

Responsibilities of the Position

  • Install, manage and monitor operating systems and infrastructure.
  • Analyze and document any malfunctions.
  • Diagnose and resolve system infrastructure failures to ensure its smooth operation.
  • Revise and optimize essential software systems to enhance overall performance.
  • Resolve issues without delay.


  • Engineering or Computer Science Degree, or Information Technology Degree (or comparable experience)
  • A minimum of three years of experience as an infrastructure engineer is mandatory (except for exceedingly skilled developers).
  • Familiarity with Microsoft Operating Systems and shared storage.
  • Thorough understanding of data privacy and security is necessary.
  • Comprehension and application of data principles.
  • Familiarity with ERP, DBMS, and web platform development software.
  • English fluency is required for effective communication.
  • Work 40 hours per week full-time with at least 4 hours of overlap with US time zones.

Desirable skills

  • Exceptional organizational and interpersonal skills.
  • Excellent understanding of algorithms and data structures.
  • Knowledge of software and hardware troubleshooting.


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What makes Works Infrastructure Engineers different?
At Works, we maintain a high success rate of more than 98% by thoroughly vetting through the applicants who apply to be our Infrastructure Engineer. To ensure that we connect you with professional Infrastructure Engineers of the highest expertise, we only pick the top 1% of applicants to apply to be part of our talent pool. You'll get to work with top Infrastructure Engineers to understand your business goals, technical requirements and team dynamics.