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Data Science with TensorFlow Developer Salary in 2024

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Total:
72
Median Salary Expectations:
$5,377
Proposals:
0.6

How statistics are calculated

We count how many offers each candidate received and for what salary. For example, if a Data Science with TensorFlow with a salary of $4,500 received 10 offers, then we would count him 10 times. If there were no offers, then he would not get into the statistics either.

The graph column is the total number of offers. This is not the number of vacancies, but an indicator of the level of demand. The more offers there are, the more companies try to hire such a specialist. 5k+ includes candidates with salaries >= $5,000 and < $5,500.

Median Salary Expectation – the weighted average of the market offer in the selected specialization, that is, the most frequent job offers for the selected specialization received by candidates. We do not count accepted or rejected offers.

Where is TensorFlow used?





🧠 Brainy Bots Go Brrr



  • Chatbots getting sassier by the nanosecond, thanks to TensorFlow's tasty neural networks.


 


🎨 Picasso's Code



  • Feeling artsy? Machine learning models in TensorFlow are painting dreamy pictures that even Bob Ross admires from cloud nine!


 


👁️ Eye Spy with My AI



  • Medical image analysis is on steroids, spotting sneaky ailments with a TensorFlow-powered glance.


 


🤖 Robo-Racers



  • Self-driving cars are cruising smooth, dodging squirrels like pros, all thanks to TensorFlow's wizardry under the hood.


TensorFlow Alternatives

 

PyTorch

 

PyTorch is an open-source machine learning library for Python, known for its flexibility and dynamic computation graphs. It's widely used for research and development.

 

Examples: Neural networks training, Computer vision, Natural language processing.

 


# Example of creating a neural network in PyTorch
import torch
import torch.nn as nn
import torch.nn.functional as F

class Network(nn.Module):
def __init__(self):
super(Network, self).__init__()
self.fc1 = nn.Linear(784, 128) # Fully connected layer
self.fc2 = nn.Linear(128, 10) # Output layer

def forward(self, x):
x = F.relu(self.fc1(x))
x = self.fc2(x)
return x

net = Network()



  • Dynamic computation graph (eager execution)

 

  • Rapidly growing community

 

  • User-friendly for research and prototyping

 

  • Lacks a built-in production deployment environment

 

  • Documentation not as extensive as TensorFlow

 

  • Smaller ecosystem for deployment tools




Keras

 

Keras is an open-source neural network library written in Python. It's designed to enable fast experimentation with deep neural networks.

 

Examples: Rapid prototyping, easy-to-use API over TensorFlow/Theano/CNTK backends.

 


# Example of creating a neural network in Keras
from keras.models import Sequential
from keras.layers import Dense

model = Sequential([
Dense(128, activation='relu', input_shape=(784,)),
Dense(10, activation='softmax')
])



  • High-level API, user-friendly

 

  • Good for beginners and fast prototyping

 

  • Wide adoption and community support

 

  • Limited flexibility compared to lower-level frameworks

 

  • Primarily a wrapper for TensorFlow rather than a standalone option

 

  • Can be slower than TensorFlow for large-scale models and datasets




Apache MXNet

 

Apache MXNet is an open-source deep learning framework suited for flexible and efficient training of deep neural networks across multiple GPUs and machines.

 

Examples: Scalable distributed training, support for multiple languages, IoT and edge computing.

 


# Example of creating a neural network in MXNet
from mxnet import gluon, nd
from mxnet.gluon import nn

class Network(gluon.Block):
def __init__(self):
super(Network, self).__init__()
self.fc1 = nn.Dense(128)
self.fc2 = nn.Dense(10)

def forward(self, x):
x = nd.relu(self.fc1(x))
x = self.fc2(x)
return x

net = Network()
net.initialize()



  • Support for multiple programming languages

 

  • Efficient distributed training capabilities

 

  • Lightweight, scalable, and mobile-friendly

 

  • Lesser known, so smaller community

 

  • Steep learning curve for new users

 

  • Documentation not as polished as TensorFlow's

 

Quick Facts about TensorFlow

 

Unraveling TensorFlow's Time Capsule

 

Picture this: it's November 2015, and Google Brain bestows upon the world a shiny new plaything named TensorFlow. Why? To transform brainwaves into code! It made such a smashing debut that it evolved into the go-to toolkit for machine learning mavericks hungry for neural network nirvana. Dim the lights for a TensorFlow origin story!



TensorFlow's Talent For Transformation

 

Now, what's a show without a little magic? TensorFlow's ability to perform automatic differentiation is like pulling a rabbit from a hat—a core trick for optimizing the heck out of neural networks. It's the computational conjuring that powers machine learning, and let's be real, who doesn't love a good magic trick? Abracadabra!



Version Victory Lap

 

Hold onto your keyboards, folks! TensorFlow has had quite the makeover since its debut. Version 2.0 hit the runway in September 2019, strutting out with a user-friendly interface, eager execution by default, and a tighter integration with Keras—a modeling closet filled with the trendiest high-level neural network chic. The code snippet below whispers sweet nothings to TensorFlow 2.0, seducing it into performing a simple operation:

 


import tensorflow as tf

# TensorFlow's eager execution is on by default in version 2.0
# No need to wait for your Session, let’s multiply straight away!
a = tf.constant([[1, 2], [3, 4]])
b = tf.constant([[5, 6], [7, 8]])
c = tf.matmul(a, b)

print("Just doing some casual matrix multiplication here: \n", c)

What is the difference between Junior, Middle, Senior and Expert TensorFlow developer?


































Seniority NameYears of ExperienceAverage Salary (USD/year)Responsibilities & Activities
Junior0-250,000-70,000

  • Implement small-scale models under supervision.

  • Assist in data preprocessing and augmentation.

  • Learn from senior team members.

  • Write simple unit tests.


Middle2-570,000-100,000

  • Independently develop and tune models.

  • Write comprehensive unit tests.

  • Collaborate in peer code reviews.

  • Participate in small project modules.


Senior5-10100,000-150,000

  • Design and architect complex model structures.

  • Lead small teams or projects.

  • Mentor junior and middle team members.

  • Optimize model performance and efficiency.


Expert/Team Lead10+150,000+

  • Define project vision and technical roadmaps.

  • Make key decisions on tech stack and methodologies.

  • Manage multiple teams or large-scale projects.

  • Ensure quality and performance standards.


 

Top 10 TensorFlow Related Tech



  1. Python


    Picture a world where you could converse with your computer as casually as you chat with your buddy about last night's game. Python is that buddy for TensorFlow development—it's the cool kid on the block. With Python's ease of use, you can whip up machine learning models faster than you can say 'NumPy' three times fast. TensorFlow and Python go together like peanut butter and jelly, a match made in coding heaven.



  1. Keras


    Imagine Keras as the friendly neighborhood superhero of TensorFlow's sprawling metropolis. Simple to use, yet incredibly powerful—it's the Robin to TensorFlow's Batman, making machine learning as approachable as microwaving popcorn. Use Keras when you need to get a model up and running before your coffee even gets cold.



  1. NumPy


    NumPy is like the Swiss Army knife in your TensorFlow toolkit. Crunching numbers with the grace of a ballet dancer and the precision of a laser beam, this library is all about handling those pesky vectors and matrices that machine learning feasts on. Forget about the manual labor; let NumPy do the heavy lifting!



  1. TensorBoard


    Ever wish you had a magical looking glass to peer into the black box of your neural network? Enter TensorBoard! It’s like the reality show of TensorFlow; you get a front-row seat to watch your models learn, stumble, and get back up. Debugging and visualizing have never been this entertaining—or educational.



  1. SciPy


    If TensorFlow is the playground, SciPy is the sophisticated older cousin who's seen it all. Rooted in scientific computing, SciPy brings a wealth of algorithms to the table, providing that extra brainpower needed for tasks that NumPy just can't handle on its own. It's the cherry on top of your computational sundae.



  1. Pandas


    In the soap opera of data wrangling, Pandas is the hero we all root for. This library turns chaotic spreadsheet nightmares into structured nirvana. With Pandas, you can manipulate, slice, and dice datasets like a master chef. It's the unsung hero that gets your data ready for the TensorFlow spotlight.



  1. Matplotlib


    Let’s face it, machine learning can sometimes feel like a joyless slog of number crunching. But then there’s Matplotlib, turning your dry data into a rainbow of plots and graphs. It's like having a psychedelic paintbrush for your models, adding a splash of color to the monochrome world of analytics.



  1. OpenCV


    Working with images? OpenCV is your best buddy, as it brings vision to your TensorFlow models. It's like giving your computer a pair of eagle eyes, only these eyes can also apply fancy filters, detect faces, and basically do everything short of x-ray vision. Image processing is just a tensor away with OpenCV in your toolbelt.



  1. GitHub


    Here's the place where your TensorFlow projects live their best lives. GitHub is like that hip downtown loft where all your code hangs out, collaborates, and branches out in style. It's not just for storage; it's the pulse of the open-source community where your work parties with other developers' contributions. Keep your commits coming and your merges smooth!



  1. Docker


    Want to containerize your TensorFlow applications faster than a New York minute? Docker is your go-to for creating snug little containers that keep your development environment consistent across machines. Like a genie that grants the wish of 'It works on my machine,' Docker ensures your TensorFlow creations feel at home, wherever they run.



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