Big Data Engineers

Hire Big Data Engineers

Today, data is an essential component of business. Data is becoming more important in a variety of businesses. Businesses want professionals who understand IT and Data Science to generate useful insights from accessible data.

Big Data consists of vast amounts of information that need a lot of processing power to make sense of. It is a data type that assists organizations in gaining actual insights that can be used to expand their company in a variety of ways, including enhancing security.

When dealing with Big Data, there is still no better method to find out functional patterns and generalizations than to employ an expert in the industry. As a result, firms are searching for someone with hands-on Big Data expertise, in other words, an experienced and trained Big Data engineer. As a result, remote Big Data engineer positions are becoming more popular.

What does Big Data development entail?

Consumer behavior, economic research, political campaigns, and healthcare all benefit from Big Data. The data obtained from everything done online, whether individuals are driving their automobiles, perusing the internet, or participating in in-class activities, affects how huge corporations function. It informs us a lot about what customers desire at different times of the year, but more crucially, it enables us to use sophisticated analytics to forecast events before they happen.

What are the duties and obligations of a Big Data engineer?

Data analysts and Big Data engineers are comparable. Their responsibilities center on research and critical thinking. They must be able to manipulate and analyze massive datasets, as well as convey their conclusions and results to people and groups.

Their responsibilities also include expressing the needs of business initiatives based on an examination of current processes and aiding in the presentation of strategic choices to corporate stakeholders. Big Data engineers, for example, oversee certain parts of databases such as query analysis, database designs, performance analysis, and associated tasks such as security measures against unauthorized access.

Big Data engineers are responsible for a variety of tasks:

  • Hadoop design, construction, configuration, and support
  • Maintain data security and privacy.
  • Analyze several data repositories to find insights
  • Convert complicated functional and technological requirements into intricate designs
  • Create high-performance, scalable web services for data tracking.
  • Change the designs of numerous procedures.
  • Create and deploy Hadoop
  • Learn how to process data in parallel.

How does one go about becoming a Big Data engineer?

Let us now look at the steps required to seek a job in Big Data development. To begin, bear in mind that no formal schooling is required to become a Big Data engineer. You can learn big-data development and create a profession out of it whether you’re a graduate or a non-graduate, experienced or inexperienced. Hands-on experience and a good knowledge of relevant technical and non-technical abilities are all required. However, you may have heard that a bachelor’s or master’s degree in computer science or a similar discipline is required to be considered for remote Big Data engineer positions. A technical degree provides you with a thorough grasp of programming and web development. Furthermore, employers demand on a degree since it provides options for advancement and helps increase your job prospects. Prepare a Big Data engineer resume that details your abilities and experiences to create a good first impression on the recruiter or hiring manager.

We’ve compiled a list of important skills for becoming a professional Big Data developer.

Qualifications for becoming a Big Data engineer

The first step is to start studying the essential skills required to secure high-paying remote Big Data engineer employment. Let’s go through everything you need to know!

  1. Apache Hadoop

    Hadoop is really fairly straightforward. It’s just one of several solutions individuals are using to deal with Big Data. Hadoop is an open-source tool that often distributes complicated calculations dealing with Big Data over numerous workstations inside a cluster. Map Reduce is the primary tool for this purpose, and Hadoop is also responsible for cluster administration. Hadoop divides your data into huge batches, delivers them across the network to smaller sub-processes, recombines them on the other end, and finally reassembles everything into one intelligible output.
  2. Spark

    Spark, unlike Hadoop and the MapReduce model, runs in memory, allowing for speedier processing times. Spark also avoids the linear data flow of Hadoop’s default MapReduce, allowing for more flexibility pipeline building.
  3. Flink

    Flink is a stream-based dataflow engine that is substantially more nimble than the Hadoop MapReduce approach. Flink regards its core processing as data streams, despite the fact that it uses resources from both batch processing and real-time streaming to achieve results. Because Flink is primarily concerned with real-time streaming and batch processing, there is no difference between stream and batch applications because they are both handled as streams. Flink provides streaming APIs for Java, Scala, Python, and other languages. It also provides excellent performance and has a minimal latency.
  4. Samza

    Apache Samza is yet another distributed stream processing framework. Samza is built on Apache Kafka for communications and YARN for cluster resource management. Samza is long-lasting, expandable, and pluggable. It is also simple. When compared to MapReduce, Samza provides a simple callback-based “process message” API. Samza uses Kafka to ensure that messages are handled in the order in which they were sent to a partition and that no messages are lost.
  5. Storm

    Apache Storm is a real-time distributed processing system with applications built in the form of directed acyclic networks. Apache Storm is meant to swiftly and simply handle unbounded streams, and it may be used with any programming language. It is very scalable and can handle over one million tuples per second per node. Storm may be used for real-time analytics, distributed machine learning, and a wide range of other tasks.
  6. SQL

    Understanding SQL is required to become a Big Data engineer since it serves as a foundation. This data-centric language is essential when working with Big Data technologies such as NoSQL.
  7. Data Mining

    In huge data sets, data mining is a strategy for discovering fascinating patterns as well as descriptive and intelligible models. Data mining is the process of extracting usable information from apparently huge amounts of data. In a big relational database, data mining may be performed to uncover patterns or correlations among hundreds of variables. The purpose of data mining is often categorization or prediction.

Where can I get remote Big Data engineer jobs?

Engineers are similar to athletes. They must practice efficiently and regularly in order to succeed in their trade. They must also work hard enough so that their talents steadily improve over time. In this respect, engineers must concentrate on two important things in order for advancement to occur: the help of someone more experienced and successful in practice procedures when you’re practicing. As an engineer, you must know how much to practice, so make sure you have someone to assist you and keep an eye out for indications of burnout!

Works provides the best remote Big Data engineer jobs that can help you advance your career as a Big Data engineer. Grow quickly by working on difficult technical and commercial issues with cutting-edge technology. Join a network of the world’s greatest engineers to find full-time, long-term remote Big Data engineer jobs with greater pay and opportunities for advancement.

Job Description

Responsibilities at work

  • Choose and integrate the necessary Big Data technologies and frameworks to supply the essential competencies.
  • Assemble, process, and analyze raw data at scale to meet the needs of various projects.
  • Monitor data performance and make necessary infrastructure changes.
  • Maintain production systems and establish data preservation policies.
  • Collaboration with internal development and research teams is essential.
  • Handle technical discussions with internal operations and survey suppliers.
  • Collaborate directly with the internal development and research team on web scraping, API calls, and SQL query creation.
  • Investigate innovative ideas for resolving data mining difficulties based on industry best practices, data revisions, and expertise.


  • Bachelor’s/degree Master’s in Computer Science, Computer Engineering, Data Science, or a related field is required.
  • 3+ years of proven experience as a data engineer (rare exceptions for super efficient devs)
  • A keen understanding of distributed computing concepts
  • Expertise in data mining, machine learning, and information retrieval
  • Hadoop, Spark, and other related frameworks expertise
  • Understanding of Lambda architecture, its pros and drawbacks
  • Knowledge of numerous programming languages, such as Java, C++, Linux, PHP, or Python
  • Knowledge of numerous ETL approaches and frameworks

Preferred Skills

  • Willingness to troubleshoot complicated data, software, and networking problems
  • Working knowledge of Cloudera, Hortonworks, or MapR
  • Experience integrating data from diverse sources
  • Knowledge of RDBMS and NoSQL databases
  • Experience with data lakes Excellent troubleshooting and project management abilities