Remote senior DevOps/back-end engineer jobs with U.S. companies

A web app's backend is its server-side functionality. That is where all of the inner workings of web applications occur, as well as where backend engineers work. The role of a Senior DevOps/Backend Engineer is to build code in programming languages that allow web applications to function properly. Senior DevOps engineers also referred to as senior developers, manage teams of junior software developers. They must have extensive experience in development, operations, and full-stack deployments.

The code created by these engineers is executed by the webserver. In addition to writing back-end code, such engineers are responsible for developing APIs that are used by mobile versions of such internet apps. Senior DevOps/Backend Engineer is all about connecting and automating processes, and Senior DevOps/Backend experts are critical in connecting code, application maintenance, and application management. All of these roles demand a solid understanding not only of development life cycles, but also of DevOps culture, including philosophy, methodology, and tools.

Senior DevOps/Backend software engineers are in high demand as the number of technology-based businesses grows. Because accessibility is so important these days, the number of remote web backend tasks is growing. Businesses rely on backend software professionals to ensure the scalability and security of their programmes.

Artificial intelligence and machine learning developments have paved the way for a new breed of entrepreneurs. These entrepreneurs are doing everything they can to take advantage of the demand-supply imbalance. Back-end developers will have more opportunities as more products are developed. But, before you apply for remote lead back-end engineer jobs, read on for additional information in the areas below. As a result, as more goods are generated, the demand for backend software engineers will increase.

Some of the most crucial tasks after winning remote lead back-end engineer positions are as follows:

• Lead the development of a high-performance, scalable, responsive, and reliable back-end infrastructure.
• Participate in the processes of site architecture, feature components, development, SDLC tools, and system design.
• Product requirements and technical designs must be converted into well-structured, clean, scalable, and robust code.
• Examine new technology or processes for ways to improve architecture, user experience, and the overall development process.
• Participate in code reviews, listen to comments, and share what you've learned with other team members and stakeholders.
• Collaborate with cross-functional teams to launch new growth initiatives.
• Recognize performance bottlenecks and create and deploy appropriate solutions.
• Supervising normal maintenance operations and performing diagnostic testing.
• Processes are documented, and key performance indicators are monitored.
• Best practices for network management and cybersecurity are followed.

Although remote lead back-end engineer jobs need a high degree of competence and expertise, anyone with a genuine interest in the field—and the ability to accomplish at least some of the responsibilities described above for a lead back-end engineer—is eligible to apply.

There are several ways to learn the skills needed to become a lead back-end engineer. You can begin by attending college, which is the most frequent option. When it comes to entering the field, a computer science degree will offer you with a solid foundation and credentials. College is expensive, and the time it takes to complete it is a disadvantage. Furthermore, if you did not receive strong grades in high school, you may be unable to enroll in a college that will help you discover lead back-end engineer jobs.

Another option is to join a boot camp programme. The focus will be on teaching you the languages you'll need to apply for remote lead back-end engineer jobs in person or online. This could be a less expensive and time-consuming choice than a three- or four-year degree.

You can be confident that no matter the path you take to become a remote lead back-end engineer, you'll have a bright future and plenty of chances in remote lead back-end engineer employment ahead of you.

The first step toward landing high-paying lead back-end engineer positions is to get the relevant abilities. Let's take a closer look at each technical talent required to become a lead back-end engineer.

1. Python

Python is an Object-Oriented Programming (OOP) language since its design is built around the concept of classes and objects. Python is utilized in the backends of businesses like Spotify, Uber, Instagram, and Dropbox. Because of its simplicity of use with frameworks and excellent data visualization, it is one of the most popular programming languages. Its grammar is straightforward, and the language is similarly straightforward to learn. As a result, newcomers are encouraged to learn the language as soon as possible. Strong Python skills are one method to get a position as a remote lead back-end engineer.

2. PHP

PHP (Hypertext Preprocessor): PHP is a free and open-source programming language that may be used to produce dynamic web pages and boost application performance. Unlike Python, PHP is used on the server to read scripts or programming instructions. PHP is used in the backends of businesses such as Hootsuite, Viber, and Facebook. Collecting and securely storing user information is one of PHP's most commonly utilized functions. It is inexpensive because of its built-in MySQL support and compatibility with the majority of web hosting providers. PHP-fluent back-end professionals are in high demand due to their versatility and expertise in web development. If you want to get remote back-end engineer jobs, you must be able to code in PHP.

3. Knowledge of numerous DevOps tools and technologies:

DevOps methods are implemented in stages, each with its own set of tools to help the process. The following are the main stages:

• Source code management: Software developers generate and alter code on a regular basis. To store code, integrate new code into old code, manage code versions, and so on, source code management software is utilized. It also makes working on source code easier for team members. Git, GitHub, and Gitlab are the most common tools for this.
• Configuration management is the process of tracking software and operating system configurations. It also aids in the administration of thousands of server configurations.
• Continuous integration (CI) is the process of automating the merging of code from several developers into a single piece of software. Jenkins and Bamboo are the most popular Continuous Integration tools.
• Continuous testing is a strategy for reducing the time it takes to receive feedback following a code test. In the development environment, automation testing tools are used to test the code. Selenium, Test Complete, and Testing Whiz are the most popular Continuous Testing tools.
• Continuous monitoring is used to maintain track of things like application performance, downtime, and error logs. Commonly used tools include Nagios, Zabbix, Splunk, and others.
• Containerization is the virtualization of an operating system in such a way that numerous containers running different programmes can share the same operating system and resources. In contrast, the traditional method of hardware virtualization includes sharing the system hardware among numerous virtual computers. Docker, Kubernetes, and vagrant are among the top containerization providers.

4. Continuous integration and continuous delivery

Continuous integration and continuous delivery (CI/CD) are at the heart of DevOps. It is the continuous integration of code from several developers, testing it, and finally delivering the successful code to production. Deploying to production will mostly entail the creation of new containers, which will be automated once more through the use of scripts.

5. Database management systems (DBMS)

Database management systems (DBMS) should be familiar to all back-end developers. The ability of a back-end developer is determined by his or her ability to explore and manage databases. So, if you want to land the greatest remote lead back-end engineer jobs, you should learn DBMS.

6. SQL and NoSQL databases

SQL and NoSQL databases are the two types of databases that are in use. SQL allows database designers to create new tables and stored procedures. SQL is necessary to navigate a relational database and make insert, remove, or file requests. NoSQL stores data in a different way than relational databases, but it may also store relational data. There is no need to prepare data prior to using NoSQL.

We've seen the skills needed for remote lead back-end engineer positions. The most important thing to remember when training is to give it your all. New technology breakthroughs transform sectors on a daily basis. More people will enter the field as it becomes more popular, increasing your competition. If you keep up with current industry developments, it won't be tough to improve your career in back-end development.

Turing has the greatest remote lead back-end engineer jobs to help you reach your lead back-end engineer goals. You'll also have the opportunity to hone your skills by working on complex technological problems alongside other bright engineers.
Join a global network of the greatest back-end specialists to locate full-time, long-term remote lead back-end engineer jobs that pay more and provide opportunities for advancement.

Every lead back-end engineer at Turing has the ability to set their own rate. Turing, on the other hand, will recommend a pay at which we believe we can locate a fruitful and long-term opportunity to advance your lead back-end engineer career. Our recommendations are based on an examination of current market conditions as well as client desire.