You're a Machine Learning professional. What's the one skill you can't afford to be without?
Machine learning is a fast-growing and exciting field that offers many opportunities for career development and innovation. However, it also requires a diverse and constantly evolving set of skills to succeed. You may be wondering what is the one skill that you can't afford to be without as a machine learning professional. In this article, we will explore the answer to this question and give you some tips on how to develop and improve it.
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Thibaut Bardout🎯Product Management Expert 🤖AI & ML 📈Product Growth 💰Business Angel
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Pushpesh Sharma, PhDProduct @ Aspentech | Chair @ SPE Data Science and Engineering Analytics Technical Section
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Adithya R Iyer👨🏻💼 SDE Intern | 🚀 Full Stack Dev | 💼 Tech Enthusiast | 💻 ML Practitioner | 📝 Student Researcher | 🧠…
Data literacy is the ability to understand, analyze, and communicate with data. It is essential for machine learning professionals, as data is the raw material and the output of their work. Data literacy involves knowing how to collect, clean, preprocess, visualize, and interpret data, as well as how to use appropriate tools and methods to do so. Data literacy also means being able to communicate your findings and insights effectively to different audiences, such as stakeholders, customers, or peers.
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Thibaut Bardout
🎯Product Management Expert 🤖AI & ML 📈Product Growth 💰Business Angel
As a PM, data literacy transcends technical expertise 🎯. here's why ✅Translating Insights to Actionable Strategies: translating complex data insights into actionable strategies that resonate with business stakeholders. Data literacy allows to effectively communicate the "why" and "how" behind data-driven decisions, fostering buy-in and ensuring successful implementation. ✅Collaboration across Teams: as a bridge between technical and business domains, leverage data literacy to collaborate effectively with data scientists and engineers. ✅Prioritizing the Right Data: to evaluate the relevance & quality of data for specific business problems. This allows to prioritize efforts towards the most impactful aspects of the product.
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Moeyyad Qureshi
Building the future of online education | Former AI/ML Engineer
Identifying and understanding sources of biases in your data is also a crucial component of data literacy. Not understanding problems with your data early-on can lead to ineffective (or worse, problematic) insights and models based on that data.
Programming skills are another core skill for machine learning professionals, as they enable you to implement, test, and deploy your machine learning models and applications. Programming skills involve knowing how to use one or more programming languages, such as Python, R, or Java, and how to write clear, concise, and well-documented code. Programming skills also involve knowing how to use frameworks and libraries that support machine learning, such as TensorFlow, PyTorch, or Scikit-learn, and how to use version control and debugging tools to manage and improve your code.
Mathematical and statistical skills are the foundation of machine learning, as they provide the theoretical and practical knowledge to understand and apply machine learning algorithms and techniques. Mathematical and statistical skills involve knowing how to use concepts such as linear algebra, calculus, probability, and optimization, as well as how to use tools such as matrices, vectors, functions, and equations. Mathematical and statistical skills also involve knowing how to use methods such as hypothesis testing, confidence intervals, and error analysis to evaluate and validate your machine learning models and results.
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Adithya R Iyer
👨🏻💼 SDE Intern | 🚀 Full Stack Dev | 💼 Tech Enthusiast | 💻 ML Practitioner | 📝 Student Researcher | 🧠 Aspiring Scientist | 💬 Blogger
State-of-the-art models like Transformers has revolutionized the field of ML, by enabling breakthrough's such as LLM's. But it might be quite fascinating to know that Mathematics and Statistics are the very foundations of any ML model. It is very crucial for a ML engineer to be aware of the underlying mathematical implementations. While modern tools and IDE's facilitate the ease of implementation, a sound knowledge of the mathematical foundations helps one to delve deeper into the intricacies of the model. This proficiency helps to conduct efficient error analysis and hypothesis testing, to gain insights, that goes beyond the surface level implementation.
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Thibaut Bardout
🎯Product Management Expert 🤖AI & ML 📈Product Growth 💰Business Angel
As a PM in the realm of ML, while I don't delve into the depths of pure maths & statistics as a data scientist would, having a understanding offers significant value💪: 💪Enhanced communication & collaboration: ✅Understanding the "Why": ask more informed questions, understand technical roadblocks, and contribute to constructive discussions. ✅Bridging the language gap: translating complex technical jargon into understandable language for stakeholders is crucial. 💪Informed Decision-Making: ✅Evaluating Model Performance: assess the effectiveness of the model & make informed decisions about product roadmap & resource allocation. ✅Identifying potential biases: ask relevant questions about potential biases in data and potential impacts.
Domain knowledge is the knowledge of the specific problem or context that you are trying to solve or improve with machine learning. It is important for machine learning professionals, as it helps you to define your goals, select your data sources, choose your features, and interpret your results. Domain knowledge involves knowing how to research and understand the needs, challenges, and opportunities of your target domain, such as healthcare, finance, or education, and how to use relevant terminology, metrics, and standards. Domain knowledge also involves knowing how to collaborate and communicate with domain experts, such as doctors, bankers, or teachers, and how to align your machine learning solutions with their expectations and requirements.
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Koray TOKOL
Project Manager | Instructor | Mentor | Blogger | Consultant - TUBITAK DDX Digital Transformation | Certified SIRI Assessor -CSA-
I'm still an enthusiast on the journey but from my experience thus far I can say line them up as - 1st, domain knowledge: In order to select right features to get precise results from a machine learning algorithm, you need to know which features are available, which of them would not add value to your model and which of them could help you on the path. This means you need to master the domain knowledge. - 2nd place co-owners are data literacy and ethical skills. - 3rd place goes to mathematical and statistical skills once you want to dive deep about advanced machine learning models. - 4th place goes to programming skills, you can start with no code low code platforms, then use programming skills. This doesn't mean you should neglect.
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Kayhan Eritmen
Lifelong Learner | Co-founder & COO at Pusula.ai & Kaizen Intelligence Inc. | Making machines think about lowering the expenses, increasing the profit and combating climate change | Fighting Mediocrity
Without domain knowledge, you are not much more than a calculator. You are faced with a data set that you do not understand. You cannot even clean the data and eliminate its deficiencies. Therefore, you will either acquire domain knowledge on the subject you will work on, or better yet, you will develop a model together with experts in the field.
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Thibaut Bardout
🎯Product Management Expert 🤖AI & ML 📈Product Growth 💰Business Angel
From a product manager's perspective, domain knowledge is core as it bridges the gap between technical capabilities & real-world needs in ML projects🎯. Here's how: ✅Defining the Right Problem: identify the most impactful problems to solve with ML, ensuring the chosen solutions address genuine user needs and business challenges. ✅Guiding Feature Selection: guide the selection of relevant features for model training, fostering the development of accurate and interpretable solutions. ✅Translating Insights to Action: When interpreting model results, domain expertise allows to translate technical insights into actionable recommendations that resonate with stakeholders & users within the specific context.
Creativity and curiosity are the skills that drive innovation and discovery in machine learning. They are important for machine learning professionals, as they enable you to explore new ideas, approaches, and solutions for your machine learning problems and projects. Creativity and curiosity involve knowing how to generate and test hypotheses, how to experiment with different data sources, features, algorithms, and parameters, and how to learn from your failures and successes. Creativity and curiosity also involve knowing how to keep up with the latest trends and developments in machine learning, how to learn from other machine learning professionals, and how to challenge yourself and your assumptions.
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Thibaut Bardout
🎯Product Management Expert 🤖AI & ML 📈Product Growth 💰Business Angel
As a product manager, creativity & curiosity are often untapped strengths in the realm of ML. Here's how these qualities can be leveraged🎯: ✅Unconventional Solutions: explore unconventional approaches to tackle product challenges. This might involve exploring alternative data sources, user research methods, or even collaborating with unexpected stakeholders. ✅Experimentation & Iteration: design and conduct A/B tests, user studies & other experiments to validate product hypotheses and gather user feedback. ✅Staying Ahead of the Curve: stay updated on the latest advancements in the field. This knowledge allows to identify potential opportunities or to integrate new technologies and functionalities.
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Pujitha Vasanth
Lead Analyst - AI/ML | Top Data Science & Statistics Voice | Writer on Medium @pujitha-vasanth | Rutgers University | MIT Professional Education
Creativity and curiosity in machine learning professionals act as the compass and the fuel for innovation. Like explorers charting uncharted territories, they navigate through data landscapes, constantly probing, hypothesizing, and experimenting. Curiosity ignites the quest for understanding, propelling individuals to delve deeper into the mysteries of data and algorithms. Meanwhile, creativity serves as the engine, transforming raw data into actionable insights and groundbreaking solutions. Together, these traits inspire resilience in the face of setbacks and breed a culture of continuous improvement. They are the driving forces that propel the machine learning community towards new frontiers of knowledge and possibility.
Ethical and social skills are the skills that ensure that your machine learning work is responsible, fair, and beneficial for society. They are important for machine learning professionals, as they help you to consider the impact and implications of your machine learning models and applications on the people and the environment that they affect. Ethical and social skills involve knowing how to identify and address potential ethical and social issues, such as bias, privacy, security, or sustainability, and how to follow best practices and guidelines to avoid or mitigate them. Ethical and social skills also involve knowing how to respect and value the diversity and dignity of your users, customers, and colleagues, and how to communicate and collaborate with them effectively and empathetically.
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Pushpesh Sharma, PhD
Product @ Aspentech | Chair @ SPE Data Science and Engineering Analytics Technical Section
Three of the skills listed here are actually essential for any career. 1. Data literacy - We live in a data conscious world so having some type of data literacy is essential no matter which career you select. 2. Curiosity is the source of all knowledge. If you are not curious about a particular field, that is not the right career for you. 3. Ethical and social skills are again very important. We all work in teams and interact inside and outside our organisations all the time. Without social and ethical skills it would be hard for us to succeed.
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Thibaut Bardout
🎯Product Management Expert 🤖AI & ML 📈Product Growth 💰Business Angel
For product managers in ML, ethical & social skills are not just a nicety, but an imperative🎯. Here's why: ✅Mitigating bias & ensuring fairness: identify & address potential biases within the data or model, safeguarding against discriminatory outcomes. ✅Transparency & responsible development: transparent communication around data usage, model limitations or potential risks. This transparency fosters trust with users and stakeholders. ✅Considering Societal Impact: consider the broader societal implications of the ML model. This might involve assessing potential environmental impact, promoting accessibility for diverse user groups, or aligning the product with social good initiatives.
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shanmugamani Rajendiran
Machine Learning ENTHUSIAST |🚀 AI in Computer Vision | 📊Devoted to Data Science & AI | Web developer | Software Engineer | LinkedIn Top Artificial Intelligence Voice
As a Machine Learning professional, one indispensable skill is continuous learning. The field evolves rapidly, requiring staying updated on new algorithms, techniques, and technologies. Adaptability and a thirst for knowledge are crucial for success, enabling you to tackle diverse challenges, innovate, and stay ahead in this dynamic field.
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