How ML engineers overcome challenges to constructing your AI / ML apply


Enterprises across many industries are adopting artificial intelligence (AI) and machine learning (ML) at a rapid pace. Many factors fuel this accelerated adoption, including a need to realize value out of the massive amounts of data generated by multichannel customer interactions and the increasing stores of data from all facets of an enterprise’s operations. This growth prompts a question: what knowledge and skill sets are needed to help organizations leverage and scale AI and ML? 

To answer this question, it’s important to understand what types of transformations enterprises are going through as they aim to make better use of their data.

Growing AI/ML Maturity 

Many large organizations have moved beyond pilot or sample AI/ML use cases within a single team to figuring out how to solidify their data science projects and scale them to other areas of the business. As data changes or gets updated, organizations need ways to continually optimize the outcomes from their ML models. 

Mainstreaming Data Science 

Data science has moved into the mainstream of many organizations. People working in various line-of-business teams — such as product, marketing and supply chain — are eager to apply predictive analytics. With this growth, decentralized data science teams are popping up all over a single enterprise. But many people looking to apply predictive techniques have limited training in data science or limited knowledge of the infrastructure fundamentals for production-scale AI/ML. Additionally, enterprises are faced with a proliferation of ad hoc technologies, tools and processes.  

Increasing Complexity of Data 

Having achieved some early wins, often with structured or tabular data use cases, organizations are eager to derive value out of the massive amounts of unstructured data, including from language, vision, natural language and other categories. One role that organizations are increasingly turning to is the ML engineer.  

What is a Machine Learning Engineer?

I have observed that as organizations mature in their AI/ML practices, they expand from hiring mainly data scientists toward hiring people with ML engineering skills. A review of hundreds of ML engineer job postings sheds light on why this role is one way to meet the transformative needs of the enterprise. Examining the frequency of certain terms in the free text of the job postings surfaces several themes:


ML engineers are closely affiliated with the software engineering function. Organizations hiring ML engineers have typically achieved some wins in their initial AI/ML pilots and they are moving up the ML adoption curve from implementing ML use cases to scaling, operationalizing and optimizing ML in their organizations. Many job postings emphasize the software engineering aspects of ML over the pure data science skills. ML engineers need to apply software engineering practices and write performant production-quality code. 


Enterprises are looking for people with the ability to create pipelines or reusable processes for various aspects of ML workflows. This involves both collaborating with data engineers (another in-demand role) and creating the infrastructure for robust data practices throughout the end-to-end ML process. In other words, ML engineers create processes and partnerships to help with cleaning, labeling and working with large scale data from across the enterprise. 


Many employers look for ML engineers who have experience with the end-to-end ML process, especially taking ML models to production. ML engineers work with data scientists to productionize their work, building pipelines for continuous training, automated validation and version control of the model.  


Many ML engineers are hired to help organizations put the architecture, systems and best-practices in place to take AI/ML models to production. ML engineers deploy ML models to production either on cloud environments or on-premise infrastructure. The emphasis on systems and best practices helps to drive consistency as people with limited data science or infrastructure fundamentals learn to derive value from predictive analytics. This focus on systematizing AI/ML is also a critical prerequisite for developing an AI/ML governance strategy. 

This qualitative analysis of ML Engineering jobs is not based on an assessment of a specific job posting or even one specific to the enterprise I work in. Rather, it reflects a qualitative evaluation of general themes across the spectrum of publicly available job postings for ML engineers—a critical role for enterprises to scale AI/ML.


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