Advice From a Top 1% Machine Learning Engineer

Exaltitude
4 Apr 202414:04

Summary

TLDRIn this insightful discussion, Mita Bararia, a senior research scientist at Netflix, shares her journey to becoming an AI engineer and offers valuable advice for those interested in the field. She emphasizes the importance of foundational knowledge in mathematics and programming, the benefits of taking classes and building projects to gauge interest, and the potential for growth with a PhD. Mita also discusses the fast-paced nature of machine learning, the significance of soft skills, and her excitement for the future of AI in solving complex problems.

Takeaways

  • 🎓 Pursuing a PhD or Masters in machine learning can provide a strong theoretical foundation and deepen one's understanding of the subject.
  • 💡 Starting with the basics of mathematics and computer programming is crucial for building a strong intuition for machine learning concepts.
  • 🚀 Hands-on experience through relevant jobs or projects is essential for applying theoretical knowledge in practical scenarios.
  • 🌐 The field of machine learning is rapidly evolving, making continuous learning and staying updated with the latest advancements vital.
  • 🧠 A strong foundation in fundamentals allows for easier adaptation to new methods and technologies as they emerge.
  • 📈 Prioritizing technical skills is non-negotiable, but soft skills like communication, collaboration, and leadership are equally important for success in the industry.
  • 🤖 The use of AI and machine learning is expected to expand, enabling software engineers to tackle more diverse and complex tasks.
  • 🌟 The future of machine learning holds promise for high-quality innovation in areas such as healthcare and personalized recommendations.
  • 📚 Reading seminal papers and revising mathematical concepts can provide a competitive edge in the fast-paced field of AI.
  • 🤔 A personal choice between pursuing further education or entering the workforce depends on individual career goals and circumstances.
  • 💼 The ability to make fast, informed decisions is crucial due to the rapid pace of innovation in the tech industry.

Q & A

  • What motivated Mita Bararia to transition from software engineering to machine learning?

    -Mita Bararia was intrigued by the fields of mathematics and computing during her undergraduate studies in electrical engineering. This interest led her to pursue a job as a software engineer, where she further realized her desire to understand more about machine learning. After taking an introductory course on machine learning, her interest was solidified, prompting her to pursue a PhD in the field.

  • What advice does Mita have for someone interested in AI and unsure where to start?

    -Mita suggests taking a class and building a project to determine if one enjoys the field. She emphasizes that understanding whether you like something is the best indicator of whether you should pursue it. She also highlights the importance of having a strong foundation in mathematics and revising these fundamentals as the field evolves.

  • Is a PhD necessary to become an AI or machine learning engineer?

    -A PhD is not necessary to become an AI or machine learning engineer, especially for those transitioning from software engineering. There are plenty of resources available, such as online courses and seminal papers, to understand the field without formal graduate education. Gaining hands-on experience in a team setting can also help transition to a full-time machine learning role.

  • What are the benefits of pursuing a PhD, according to Mita?

    -Pursuing a PhD provides an opportunity to focus solely on learning and growth. It allows for a deep dive into a subject and helps in maturing one's intuition about it. Additionally, it enhances written and verbal communication skills, builds confidence, and allows for collaboration on a global level.

  • How does Mita feel about the rapid pace of advancements in machine learning?

    -Mita views the rapid pace of advancements as both exciting and challenging. She advises revising fundamentals and building intuition for basic models to keep up with the field's evolution. She also believes that with a strong foundation, one can adapt to new developments more easily.

  • What is Mita's perspective on the role of AI tools like ChatGPT in the future?

    -Mita believes that AI tools will free up mental space by taking over tasks that can be solved algorithmically. This will allow humans to focus on being more creative and taking on tasks that require a human touch. She emphasizes that having a fundamental understanding is crucial, as AI tools are there to assist, not replace human knowledge and creativity.

  • How does Mita think the role of software engineers will evolve with AI?

    -Mita believes that the role of software engineers will expand with AI. Engineers will be able to leverage AI for more tasks and achieve more through prompt engineering. She sees AI enabling more creative work and allowing engineers to take on tasks that were not possible in the past.

  • What are some soft skills that Mita believes are important for an AI engineer?

    -Mita highlights the importance of communication, collaboration, decision-making, and being a pleasant colleague. She notes that these soft skills, in addition to technical expertise, can greatly contribute to success in the industry.

  • What excites Mita the most about the future of machine learning?

    -Mita is excited about the impact that large language and foundational models can bring to various applications. She predicts that we will see high-quality innovations in areas like healthcare and search, where these models can be fine-tuned for specific tasks.

  • How does Mita view the importance of continuous learning in the field of AI?

    -Mita emphasizes that continuous learning is essential in the fast-moving field of AI. She advises staying updated with the latest advancements by reading seminal papers and revising one's mathematical foundations to be prepared for future developments.

  • What is Mita's stance on the idea that it's too late to become a software engineer given the rise of AI?

    -Mita strongly disagrees with the idea that it's too late to become a software engineer. She believes that the role of software engineers is not disappearing but rather expanding. AI will enable engineers to do more creative work and take on a wider variety of tasks.

Outlines

00:00

🤖 Introduction to AI Engineering and Career Advice

The video begins with the host addressing common questions about becoming an AI engineer and the nature of the work. The host introduces Mita Bararia, a senior research scientist at Netflix, who previously led the recommendation assistance team at Etsy. Mita shares her educational background, including her PhD in machine learning, and offers advice for those interested in AI. She emphasizes the importance of taking a class and building a project to determine if one enjoys the field. Mita also discusses the value of a PhD for those transitioning from software engineering, highlighting the theoretical foundation and the opportunity for focused learning and growth that graduate school provides.

05:01

🎓 The Decision Between Grad School and Industry Work

Mita discusses the personal choice between pursuing a PhD or working in the industry. She shares her personal experience of craving a pause in her career to engage in academic research, which she found beneficial for her growth as a machine learning scientist. Mita explains that a PhD program allows for deep dives into subjects and enhances collaboration and communication skills. She also addresses the concern that AI advancements are happening so fast that foundational knowledge may become outdated, suggesting that revisiting basics and understanding seminal papers is key to staying relevant.

10:02

💡 Balancing Technical Expertise with Soft Skills

The conversation shifts to the importance of soft skills in addition to technical expertise for AI engineers. Mita stresses that while technical skills are fundamental, soft skills like communication, collaboration, and decision-making significantly contribute to success in the industry. She also mentions the value of being a pleasant colleague, as it fosters a positive work environment. Mita then discusses the rapid pace of innovation in AI and machine learning, expressing excitement about the potential of large language and foundational models to transform various applications. She predicts that these models will enable high-quality innovation in areas like healthcare and personalized recommendations.

Mindmap

Keywords

💡AI engineer

An AI engineer is a professional who designs, develops, and maintains artificial intelligence systems. In the video, Mita shares her journey of becoming an AI engineer and provides advice for others interested in the field. The term is central to the video's theme of exploring career paths in AI and machine learning.

💡Machine learning

Machine learning is a subset of artificial intelligence that involves the use of statistical models and algorithms to enable systems to learn from and make predictions or decisions based on data. In the video, Mita's interest in machine learning led her to pursue a PhD and a career in this field, and she discusses the importance of having a strong foundation in mathematics and programming for success in machine learning.

💡PhD

A PhD, or Doctor of Philosophy, is the highest academic degree that can be earned in many fields. It involves original research and the production of a thesis, demonstrating deep expertise in a particular subject. In the context of the video, Mita obtained a PhD in machine learning, which provided her with the theoretical foundation and research skills necessary for her career as an AI engineer.

💡Electrical engineering

Electrical engineering is a field of engineering that deals with the study, design, and application of electricity, electronics, and electromagnetism. In the video, Mita initially pursued an undergraduate degree in electrical engineering before realizing her stronger interest in mathematics, computing, and programming, which led her to software engineering and eventually machine learning.

💡Software engineer

A software engineer is a professional who applies the principles of software engineering to the design, development, maintenance, and testing of software systems. In the video, Mita worked as a software engineer before deciding to further her education in machine learning, indicating a common transition path for those interested in AI from a software development background.

💡Fundamentals

In the context of the video, fundamentals refer to the basic principles and concepts that form the foundation of a field of study or profession. For AI and machine learning, this includes areas such as mathematics, programming, and understanding core models. The video emphasizes the importance of having strong fundamentals to keep up with the rapidly evolving field of AI.

💡Graduate school

Graduate school refers to higher education institutions that award master's and doctoral degrees. In the video, Mita discusses the personal decision of attending graduate school for further education in machine learning, highlighting the benefits of formal education in deepening one's understanding of AI and developing necessary research skills.

💡Innovation

Innovation refers to the process of introducing new ideas, methods, or products to improve or create new things. In the video, Mita expresses her excitement about the rapid pace of innovation in AI and machine learning, particularly in the development of large language models and foundational models that have the potential to revolutionize various applications.

💡Communication skills

Communication skills are the abilities to convey information effectively and efficiently, both in writing and verbally. In the video, Mita emphasizes the importance of not only having technical expertise but also possessing strong communication skills to articulate complex ideas and collaborate effectively with others in the field of AI engineering.

💡Soft skills

Soft skills are personal attributes and interpersonal skills that are valuable in the workplace, such as communication, collaboration, and decision-making. In the video, Mita discusses the significance of balancing technical skills with soft skills like being an effective collaborator and decision-maker to succeed as an AI engineer.

Highlights

Mita Bararia, a senior research scientist at Netflix, shares her journey of becoming an AI engineer.

Mita's transition from electrical engineering to software engineering sparked her interest in machine learning.

The importance of taking a class and building projects to determine interest in a field.

It is possible to enter the AI field without a PhD through online resources and hands-on experience.

A PhD provides a theoretical foundation and time to mature one's intuition about a subject.

The fast-moving nature of machine learning, with advancements being made almost daily.

The advice to revise fundamentals like mathematics and linear algebra for a strong basis in machine learning.

Mita's experience in college without smartphones did not hinder her ability to learn about mobile technology later.

The personal choice of whether to pursue a PhD or work, depending on one's career stage and desires.

Collaboration and communication skills are vital for a successful career in machine learning.

The value of writing papers during a PhD to hone written and verbal communication skills.

The importance of understanding foundational concepts rather than just memorizing information.

The prediction that large language and foundational models will lead to high-quality innovations in various applications.

The potential for AI to enable more creative work and take on more tasks in software engineering.

The advice for individuals to continue learning and adapting as the field of AI evolves.

The impact of AI on healthcare and recommendation systems through fine-tuning large models.

The significance of being a good colleague and the value of soft skills in the tech industry.

Transcripts

play00:00

I've been getting a lot of questions

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about how do you become an AI engineer

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what is it like to work as an AI

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engineer so today I thought I am going

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to invite one of the best machine

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learning Engineers working at a big tech

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company here Mita and she's going to

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give us advice and tell us more about

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how she became an AI engineer hopefully

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so you guys can also learn and become an

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AI engineer too so Mita thank you for

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being here tell us a little bit about

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yourself hey everyone I'm Mita bararia

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I'm a senior resarch scientist Netflix

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prior to Netflix I was working in Etsy a

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two-sided marketplace where I was Tech

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leading the recommend assistance team

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I've have done my PhD with

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specialization on machine learning

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that's really impressive just the person

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that we need to talk to because we get

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so many questions on YouTube about

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people who are interested in Ai and what

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is this new thing and how do we do it

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you started very early on before AI

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really picked up so yeah tell us the

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secret like what sport do your interest

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in getting

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I did my undergrad in electrical

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engineering I love some of the subjects

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of electrical engineering but then

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towards the end of my undergrad I

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realized that I love ma mathematics and

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Computing and programming more I uh

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decided to take up a job as a software

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engineer after mandag grad while I was

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enjoying pure software engineering I

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also had this itch of knowing more about

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a field that's when I chose to come for

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my masters in the first semester I took

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a course on machine learning

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introduction to machine learning in the

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mathematics Department Department wow

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really sparked my interest and I wanted

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to know more about it and that's when I

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decided to go for my PhD in machine

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learning I really like that because one

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of the advice that I always give to

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students or people who are exploring is

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take a class you build project see if

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you even like it maybe you do maybe you

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don't and that's the best indicator

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whether or not you should pursue it

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absolutely you figure out whether you're

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into it because you can only be really

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good if you're really into it exactly if

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you absolutely hate it like don't

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it doesn't matter how popular it is

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absolutely you did your PhD program

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that's another question that we get a

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lot do you need a PhD in order to get

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into AI machine learning be a ml

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engineer or AI engineer if you're

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transitioning from a bu software

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engineering I think there are plenty of

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available resources whether it's courses

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and Cora or other online platforms

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whether is reading some of the seminal

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papers and understanding the

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fundamentals possible to understand the

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field without actually going to a formal

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graduate school right and then F get

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into a team which gives you an exposure

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in getting hands-on experience then you

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can slowly be a full-time ml engineer

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from a p software engineering so I think

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it's definitely possible somewhat to be

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successful uh you need to like some of

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the uh theoretical Foundation which I

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feel a PhD or grad school gives you that

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BS to be able to spend that time with

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the subject so that you mature your

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intuition about the subject and it gets

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hard when we are learning that a job

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because we also delivering at a much

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faster base if you want the time and

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space to be able to really appreciate

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the the study and the learning it is

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nice to be able to go to graduate school

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or PhD program where you can just focus

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on learning and growth exactly because

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when you're working full-time you just

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don't have much time it's a luxury to be

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able to study right absolutely yes if

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you're not in a place that where you can

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go to school or if you're not a school

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type of person there are still ways to

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get into it by finding opportunities

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within where you're already at

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absolutely yeah one of the advice I do

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give to folks who are getting into ml

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revise your fundamentals like

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mathematics or the basics of linear

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algebra it really helps to build on top

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of that ML and eii as you know is

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extremely fast moving as a field like

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last year in one of the big conference

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in machine learning kdd one of the kot

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speaker said seeing advancement per day

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the way we used to see in a year so the

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amount of that need to come out in a

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year is now being published every day

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almost so it's really fast moving I got

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my PhD most of the deep learning methods

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that we used today did not even exist

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how you like it up is if your

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fundamentals are very strong so you just

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like back and revise those fundamentals

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build intuition for the basic models

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like learn logistic regression really

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well and explain deepal network from it

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because a lot of fundamentals are very

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translatable and then you build on it

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and then when we have large language

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model generative AI foundational model

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you can build up on your fundamentals so

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if you have the time read up some of the

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seminal papers read up your revise your

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math and then you're set for the future

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like Basics are clear then as the field

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is moving you're able to catch up I love

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that a lot I also used the example like

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I was in college we didn't have

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smartphones I know I didn't know

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anything about smartphones but I got a

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job in Mobile and I was able to learn it

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because once you have the basic

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fundamental is much easier to pick up

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new things one of the biggest dilemas

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for a lot of students and we get this

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question a lot should I go to grad

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school or should I get a job how do you

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think going to a PhD program serves you

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now as a machine learning or AI engineer

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working in the industry the decision of

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going pursuing a PhD degree or even grad

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school if you're getting your Masters I

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think it's definitely a very personal

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choice uh and it really depends on where

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you are at at that point in your career

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if you're already a ml engineer with

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your undergrad degree and you're able to

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perform really well you don't feel the

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need to pause the working and go back to

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school and revise and learn the subject

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further for me personally I was craving

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that pause and being a part of Academic

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Program where I can just purely pursue

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knowledge that really helped me in my

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trajectory as a ml scientist now in

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Industry because I could really spend a

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lot of time with the subject you spend

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many many hours with yourself you think

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about one thesis question and spend many

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hours days and months and years to to

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find the right answer I enjoyed that

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Journey my pH was very collaborative I

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worked on building machine learning

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models for disease prediction and R

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stratification so it taught me a lot of

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collaboration communication skills while

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I'm picking up a lot of deep technical

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expertise it also helped me become much

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more confident in my ability because of

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the individualistic of the pursuit

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another skill set that I think PhD

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program can really give you is we write

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a lot of papers as a PhD student it

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helps really really hone your written

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communication and verbal communication

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and that's one skill set that is

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absolutely invaluable in Industry

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getting those chances to really horn

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your technical skills while developing

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communication while developing

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confidence within yourself learning to

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compete at a very Global level that

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builds up a confidence that builds up

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your belief in your own ability

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yesterday or a couple days ago I saw

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this comment on one of my videos this

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person was like now chbt can read all

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the papers for you so you don't need to

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learn how to read did and I thought well

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that's not like saying we have

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calculators so you don't need to learn

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yeah and if Char is reading and

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understanding that what are we going to

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train CH on in the future yeah right we

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don't want just machine generat text we

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want real people to be still continuing

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to able to write journals and write

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papers and the human J text is still

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going going to be around and I feel like

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even if you do use chbt is just a tool

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to help you if you don't have the basic

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fundamental knowledge it's not that

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helpful even if cha PT reads it for you

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Chach PT is the one learning not you

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that yes I think in the future we will

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free up our mental space we have already

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feed up our mental space from memorizing

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right we use Google we use other

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information on internet we don't

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remember everything we needed we used to

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with chat GPD with gbd4 with these

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generative models I think we will free

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up even more of our mental space with

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the things that can be solved as a

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result as humankind I feel we'll be more

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creative eventually it might take a few

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years maybe a generation to get there

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every other pivotal moments uh like

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Industrial Revolution and uh when

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internet happened there was unsettlement

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in humankind But ultimately we Le we

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ended up in a better place yeah I feel

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like as humans we are going to get more

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creative we're going to focus on other

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kind of energy that these tools and in a

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way you rightly put so that these are

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tools that will help us be more

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productive but at the same time we will

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as humankind start using our brain power

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for something else absolutely I I 100% %

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agree I read this book recently called

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range I think he said something about

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how human IQ has been increasing every

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decade as an overall human species we're

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getting smarter counter argument I hear

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often is like how many phone numbers do

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you do you know I'm like why do

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we I remember contextual things a lot if

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you tell me something that happened to

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you if you teach me a concept I'll

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remember it forever but if you tell me a

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name I'll forget it here growing up I

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would hear uh folks say senior previous

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generation say that oh this person is

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super smart because he or she can

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remember stuff I was like why is that

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equated to Smart yeah good memory is

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part it's part of it but contextual

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memory or understanding concept it's

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hard to quantify that exactly that's why

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I think it's easier to just say if

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someone remembers a lot of stuff it's

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smart versus it's hard to quantify when

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you understand a concept or you're very

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creative now I think I also read about

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how back in days when the writing first

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came out people would say oh my gosh no

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one has to remember anything anymore now

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we're going to get all done these tools

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are serving us and allowing us to be

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focusing our energies on more creative

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things but maybe in the generation or

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two they would think oh back in the days

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people didn't do this 100% totally I

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think we're very aligned on this and

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another question that we often get a lot

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is how important is it to balance your

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technical expertise with other sof

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skills like communication and Leadership

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skills to perform your job well of

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course the technical skills is the

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foundation right you need the expertise

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that you are required to perform uh at

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any given job so technical skills are

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non-negotiable but beyond that a lot of

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the soft skills I think go a really long

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way communication and collaboration I

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think at various point we spoke about

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how important it is let's say two

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individuals who have equal amount of

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technical expertise but one person has

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ability or has horned the ability to to

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communicate succinctly and and

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articulate things and in a timely manner

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can go a longer way compared to the

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other person so technical communication

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to be effective collaborator to be

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effective uh researcher to be succinct

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and effective Communicator itself is a

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very very valuable skill to be

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successful in industry in addition to

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that other soft skills where just

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genuinely being a good colleague to work

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with person who others are delighted to

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actually work with I think also helps

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because who wouldn't want to work with

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someone who is who is a happy person to

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work with compared to who is a grumpy

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person to work with so those are kind of

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almost non-quantifiable skill set that I

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think are good things to think about

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actively and have the to mind uh beyond

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your technical skills communication

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being a collaborator fast decision

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making is another soft skill that I feel

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is important because Innovation velocity

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in any company in industry is fast

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especially machine learning AI the field

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is moving fast so you want to see

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through the all possible options but

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quickly enough and then commit to

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something and move on rather than taking

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a really long time to get to the

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decision of what we should even build

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all this thing kind of come together

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communication decision making

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collaboration and just being a nice

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person to work with and you mentioned

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several times how things are changing

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really quickly what are some things that

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we should look out for and what are you

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excited about as an ml engineer there's

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tons of innovation happening at a pace

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that we have never seen before overall I

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am very excited about uh the impact

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these large language model and the

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foundation models can bring to different

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applications so what I mean by that is

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traditionally we would build specific

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models to solve specific problems now

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with a really large models foundational

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models it's almost like we're able to

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train a model to be fifth grader or

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undergrad level student and then for a

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specific task we can fine-tune the model

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to S to be a PhD in a specific area

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right so that's how I think about it

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instead of training a model from scratch

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now we have this well understood about

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the basics of the world kind of models

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which then we can and for the train to

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make them extremely well in specific

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task my prediction is that soon we'll

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start seeing high quality Innovation

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happening for example Healthcare

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problems or even recommendation and

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search where we find tune the model

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Leverage The Power of these greed models

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but also solve very specific task and do

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it really really well proprietary data

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will become even more powerful if you

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have a very specific data for a specific

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task like gene expression data or

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Healthcare data then you can Leverage

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The Power of these large models that are

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trained on very big uh data set and then

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use your propriety data to train

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fine-tune the model and get really high

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performance we are entering into this

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era where we'll see much more improved

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applications of ml for very impactful

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task sounds like you're more excited

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about expanded ability for us to build

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more and achieve more as sofware

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Engineers yeah yeah and leverage AI for

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many more tasks that we have not been

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able to leverage that reminds me people

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also ask is it too late to become a

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Sofer engine should we not do it anymore

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more is it useless I we have the answer

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yeah yeah absolutely no no it's not

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useless I mean the kind of software

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engineering you will do is different we

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are evolving we we will we are requiring

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more and more let's say prompt

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engineering the skills that require uh

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will expand I don't see it's

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disappearing it's expanding yeah like

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kind of like what you said earlier about

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it will enable us to do more creative

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work and take on more tasks and maybe do

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things that we haven't been able to do

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in the past yes well thank you for

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sharing your advice thank you so much

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for having me yeah and thanks everyone

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for watching too thank you thank you

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byee

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