Analytics Engineers

Hire Analytics Engineers

Analytics engineering is an emerging field within the Engineering sector that focuses on ensuring data is properly collected, stored, and accessed, as well as optimising decision-making processes by leveraging large datasets. It is a rapidly growing profession that requires an understanding of data management, data analysis, and data visualisation techniques in order to maximise the value of the data. By implementing these techniques and strategies, analytics engineers are able to provide organisations with the insight they need to make informed decisions and remain competitive in today’s data-driven world.

Analytics engineers are responsible for developing technology that enables business users to explore, analyse and visualise data. In addition, they collaborate with data scientists to conduct exploratory data analysis, build and train machine-learning models, and apply statistical techniques to large-scale datasets.

The shift towards Extract, Load, and Transform (ELT) for Data Warehousing has been a driving force behind the growth of Analytics Engineer employment and responsibilities. This role has come about as a consequence of the transition to newer methods for constructing data applications, which has supplanted the former reliance on Data Vault and other technologies.

What does Analytics engineering entail?

In present times, the utilisation of analytics engineering is becoming increasingly commonplace. Consequently, there is a notable surge in the demand for analytics engineer roles. It is not only information technology companies that are taking notice, but organisations from a variety of other industries are recognising the value of utilising analytical engineering capabilities.

Analytics engineers are among the most in-demand specialists in the world, with analytics engineer positions now being the most in-demand.

Analytics engineers are becoming increasingly essential across organisations looking to leverage the power of big data solutions, such as Apache Hadoop and Amazon Redshift. Their primary responsibility is to create reusable assets from data generated by other team members, such as a Data Warehouse. Given the current demand for these highly skilled professionals, and the limited availability of individuals who are able to perform these roles successfully, these individuals are in high demand and attract competitive salaries and benefits, even at the entry-level.

What are the tasks and functions of an Analytics engineer?

Analytics engineers are responsible for the successful operation and performance of a website by guaranteeing that the data that powers it is managed in a secure, organised, and effective manner. Additionally, they are expected to build a solution architecture to satisfactorily handle all requests from businesses that wish to have their profiles scraped and integrated into their own databases. Furthermore, they accept requests from businesses who want to make their data accessible on the network to grant users easy access.

One of the key responsibilities of data engineers is to streamline data transformation processes to make them faster and more effective. This can be a great advantage for organisations, as the implementation of big data solutions can help to reduce both time and costs.

  • Work with other team members to understand the business needs.
  • Create data models and communicate good analytics results.
  • Improve confidence in all partnerships and via Trusted Data Development.
  • Take charge of important divisions of the Enterprise Dimensional Model.
  • Create, extend, and design DBT code to expand the Enterprise Dimensional Model.
  • Create and keep architectural and system documentation current.
  • Manage the Data Catalogue, a scalable resource for Self-Service analytics.
  • Document the anticipated plans and outcomes.
  • Instill the DataOps mindset in everything.

How does one go about becoming an analytics engineer?

The Analytics Engineer job, as someone who bridges the gap between business and technology, requires equal parts business and technical knowledge.

In order to embark upon a successful career as an Analytics Engineer, it is important to note that there are no educational requirements that must be met. Regardless of whether you are a graduate of a higher education institution or you are without a college degree, you can still become an Analytics Engineer if you have the necessary work experience and expertise.

When seeking to fill a position for an Analytics Engineer, many companies look to recruit candidates who have earned a Bachelor’s or Master’s degree in Computer Science or in a related field. This is largely attributed to several factors, such as the need for a comprehensive understanding of software engineering and quantitative analysis. Additionally, employers may also value the ability to interpret and leverage data to develop solutions and make informed decisions.

(1) The background will help you comprehend computer programming and web development better, which will help you grasp Analytics engineering.

(2) Many businesses will only consider candidates who have this exact degree.

Let’s take a look at the abilities and approaches you’ll need to master to be a great Analytics engineer:

Qualifications for becoming an Analytics engineer

The first step in becoming a high-paying Analytics engineer is to acquire the necessary skill set. Let’s go through everything you need to know:

  1. SQL

    Structured Query Language (SQL) is a powerful programming language used to manage databases. It is used to control the setup, customization and operation of databases, enabling businesses to easily interact with and modify data stored in them. Any database with a SQL server installed, such as Oracle, Sybase, Microsoft SQL Server, Microsoft Access, or Google’s BigQuery data analytics platform, can be managed using this language. Through SQL commands, users can perform tasks such as updating table records, searching for data and retrieving result sets.
  2. Python

    Python is an interpretative programming language with a straightforward syntax, making it easy to learn and maintain. Its cost-effective development capabilities make it an ideal choice for quickly creating applications. Furthermore, Python’s standard library provides a diverse range of functionality, allowing users to complete tasks with both simplicity and creativity.
  3. DBT

    Data Building Tool (DBT) is a command-line utility that enables data analysts and engineers to effortlessly adjust data in their warehouses. This software is very straightforward to use, as it follows the Extract, Transform, Load (ETL) process. Furthermore, DBT allows businesses to author transformations as queries, and manage them proficiently. This is particularly beneficial for Small and Medium Enterprises (SMEs), as it addresses the complex and time consuming ETL issues they may face.
  4. Visualisation of data

    Data visualisation is a powerful tool that can be used to make data more accessible, understandable, and relatable to the human mind. Through the use of visual representations such as maps or graphs, data can be presented in a way that allows us to quickly and easily identify trends, patterns, and anomalies that may exist in large data sets. This method can be extremely beneficial for businesses as it can provide insight into areas that may need improvement, how consumer satisfaction is impacted by certain variables, and how certain items can be used to help increase sales volume and future growth. By presenting data in a visual format, stakeholders, company owners, and decision-makers can gain a better understanding of the underlying data and make more informed decisions.
  5. Version Control (Git)

    A version control system is a type of software that allows for tracking of changes to a codebase or multiple codebases. Organisations utilise such systems to ensure that, if a problem is discovered in their production environment, they can revert to a prior version of the code. Popular examples of version control systems include Git, SVN, and CVS. Many developers believe that having a solid understanding of version control to be one of the most important skills to possess, regardless of their level of proficiency or expertise.

How can I get work as a remote Analytics engineer?

Developers, much like athletes, need to ensure that they practice their skills efficiently and regularly in order to reach optimal success in their field. Working hard and dedicating the necessary time to improve their talents over time is essential. To facilitate this process, there are two important considerations to keep in mind: seeking guidance from someone with more experience and success in their practices, as well as monitoring the amount of practice to prevent burnout. Having the assistance of a knowledgeable mentor or colleague can be invaluable when it comes to maintaining the right balance between practice and rest.

At Works, we provide the best remote Analytics engineer jobs that are customised to meet your professional ambitions as an Analytics engineer. Our job postings give you the chance to gain valuable experience by tackling complex technical and business-related problems with the most advanced technology. Furthermore, when you join our global community of developers, you will be able to discover fully-remote Analytics engineer positions that come with competitive salaries and great opportunities for career progression.

Job Description

Job responsibilities

  • Assemble massive, complicated data sets to meet business requirements.
  • Collaborate closely with data engineers and data analysts to thoroughly understand and implement requirements in the database structure.
  • SQL statements for reporting and analytics should be written and optimised.
  • Improving the Analytics code base via the use of best practices such as version control and continuous integration.
  • Create the architecture required to effectively extract, convert, and load data from the data warehouse.
  • In order to maximise scalability, it is necessary to identify, create, and execute internal process changes. Such changes may include the automation of manual operations, the optimisation of data delivery, and the re-designing of infrastructure. By making these adjustments, we are able to ensure that our processes are as efficient as possible and that our business is able to keep up with changes in the market.
  • Clean and well-tested data sets are provided, and data modelling is performed.


  • Bachelor’s/Master’s Degree in engineering, computer science, or information technology (or equivalent experience)
  • At least three years of expertise in data processing/mining/analytics is required.
  • Understanding of ETL data pipelines, structures, and data sets, as well as their development and optimisation
  • Knowledge of manipulating, analysing, and extracting data from large, diverse datasets
  • SQL and Python programming expertise is required.
  • A working understanding of Google Big Query is an advantage.
  • Interpersonal and critical thinking abilities
  • English fluency is required for collaboration with engineering management.
  • Work full-time (40 hours a week) with a 4-hour time difference with US time zones.

Preferred skills

  • R or Python programming knowledge is required.
  • Strong understanding of data engineering technologies such as Stitch, Dataform, and BI tools (Looker, Mode, and so on).
  • Knowledge of the most effective software engineering approaches


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What makes Works Analytics 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 Analytics Engineer. To ensure that we connect you with professional Analytics 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 Analytics Engineers to understand your business goals, technical requirements and team dynamics.