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Computer Vision Engineer

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Why Hire 

Computer Vision Engineer

 from ClanX?


Advanced Analytical Skills | Computer Vision Engineers from ClanX can interpret and improve complex algorithms, giving your projects the edge on image recognition and processing capabilities.

Advanced Analytical Skills | Computer Vision Engineers from ClanX can interpret and improve complex algorithms, giving your projects the edge on image recognition and processing capabilities.


Machine Learning Proficiency | With hands-on expertise in ML, these engineers can train custom models that enhance your applications' visual comprehension, paving the way for innovative solutions.

Machine Learning Proficiency | With hands-on expertise in ML, these engineers can train custom models that enhance your applications' visual comprehension, paving the way for innovative solutions.


Real-time Processing Experience | They're adept at implementing systems that require instantaneous analysis and action, crucial for autonomous vehicles and safety monitoring systems.

Real-time Processing Experience | They're adept at implementing systems that require instantaneous analysis and action, crucial for autonomous vehicles and safety monitoring systems.


Robust Computer Vision Solutions | Utilizing the latest techniques in pattern recognition and signal processing, they deliver solutions that are not just effective but also scalable and efficient.

Robust Computer Vision Solutions | Utilizing the latest techniques in pattern recognition and signal processing, they deliver solutions that are not just effective but also scalable and efficient.


Cross-industry Expertise | Our engineers have worked across sectors, bringing a wealth of knowledge from healthcare diagnostics to retail analytics - versatility that could propel any project.

Cross-industry Expertise | Our engineers have worked across sectors, bringing a wealth of knowledge from healthcare diagnostics to retail analytics - versatility that could propel any project.


Cutting-edge Research Involvement | They are frequently involved in new and evolving research, keeping your company at the forefront of breakthroughs in computer vision technology.

Cutting-edge Research Involvement | They are frequently involved in new and evolving research, keeping your company at the forefront of breakthroughs in computer vision technology.

Getting started with ClanX

1.  Share your requirements

Tell us more about the problem statement that you are working on and how does your dream team look like. Right from skillset, timezone, experience, you can share everything with us.

2. Get recommendations

Meet highly curated, ready-to-interview builders with verified skills and availability. We do all the heavy lifting so you just need to conduct the final interview round to check for culture fit.

3. Interview and Hire

You conduct the final round with the candidate, based on the feedback either we share more profiles or you hire the talent. Our historical data says, out of 10 builder profiles that we share, 8 get hired.


Computer Vision Engineer

 who has deep expertise in

Meet the go-to tools and tech our skilled

Computer Vision Engineer

use to craft amazing products.

tools | OpenCV, TensorFlow, PyTorch
databases | MySQL, MongoDB
languages | Python, C++, Java
libraries | NumPy, SciPy, Matplotlib

How Much Does It Cost to Hire Computer Vision Engineers?

The annual cost of a small team of computer vision specialists can exceed one million dollars ($ 1 Million). However, the location, project scope, and candidate skill level may all affect the precise cost of recruiting computer vision professionals.

You can go through several internet platforms that match clients with freelancers and agencies if you're trying to recruit computer vision engineers. For instance, you can look through the profiles of computer vision experts on well-known websites like ClanX. and examine their ratings, reviews, portfolios, and hourly prices. 

Additionally, you can publish the specifics of your project online and request bids from certified computer vision developers. Depending on their expertise and experience, computer vision experts often charge between $25 and $150 per hour.

How Much Does a Computer Vision Engineer Make?

The average computer vision engineer salary in India is ₹ 7.0 Lakhs, with a salary range of ₹ 2.1 Lakhs to ₹ 22.0 Lakhs. Based on 540 recent salaries from computer vision developers, salary estimations have been calculated. The average yearly salary for a computer vision engineer in the US is $121,515 as of December 13, 2023.

Is Computer Vision Engineer Still in Demand?

The field of computer vision is expanding, and there is a greater need than ever for computer vision developers. In the US alone, there are already over 60,000 job advertisements, and this figure is rising year over year. 

Prominent technology firms such as Apple, Amazon, Facebook, Google, and Rockstar Games are in search of employing experts in computer vision. These figures unequivocally demonstrate the high potential for computer vision engineer positions in 2022 and beyond. 

Using cutting-edge machine learning methods like CNN, Tensorflow, Pytorch, Deep Learning, and others, a great deal of research and innovative development is taking place in the field of computer vision. As substantial improvements are made in domains like machine learning and data science, computer vision will evolve in tandem. 

Computer vision technologies are entering the public domain in terms of use. Applications for computer vision are growing and will be widely used in the next few years. Now is a great time to become proficient in cutting-edge computer vision techniques and succeed in the industry.

Hire Computer Vision Engineers

One of the fastest-growing areas in computer science is computer vision engineering, which deals with computers' capacity to read, comprehend, and process digital photos and movies. The goal of this multidisciplinary scientific subject is to automate the human visual system while being at the forefront of technological breakthroughs. 

Complex machine algorithms that can comprehend, evaluate, and extract important information from imagery are a specialty of computer vision engineers. The ultimate goal of the area, which is fundamentally tied to artificial intelligence and machine learning, is to improve the machine's capacity for automating a range of computer vision activities.

When applying for a computer vision engineering job, you'll probably notice that employers are seeking applicants with the following qualifications:

Understanding of digital image processing and familiarity with classical computer vision algorithms, mathematical background, adequate programming abilities (Python and C++ are the most needed), familiarity with the primary libraries for classical CV (such as OpenCV and Numpy for Python), comprehension of machine learning and deep learning (ML/DL), and familiarity with the primary ML/DL libraries (such as TensorFlow, Keras, and PyTorch).

What is a Computer Vision Engineer?

The primary duty of a computer vision engineer is to create models and algorithms that let computers analyse and comprehend visual data from the surrounding world. Processing pictures, videos, or even real-time data from cameras and sensors falls under this category.

Daily responsibilities will include:

  • Creating and utilising models and algorithms for computer vision
  • Examining enormous picture and video databases to find trends and characteristics
  • Working together with researchers and other engineers to create creative solutions
  • Algorithm efficiency and accuracy optimisation
  • Keeping abreast of the most recent developments in computer vision research

What is the Role of a Computer Vision Engineer?

To assist computers in visually identifying and processing objects, people, and images, computer vision engineers gather and utilise data. They are accountable for several duties, such as:

  • Gathering and preparation of data: Assembling big image or video datasets in order to train machine learning models. removing anomalies from data by preprocessing and cleaning.
  • Creating algorithms: Creating and putting into practice computer vision algorithms for tasks like facial recognition, image segmentation, and object detection.
  • Machine learning: Neural networks and deep learning models are trained and adjusted for particular vision tasks.
  • Processing in real time: Creating real-time image and video processing pipelines for robotics, augmented reality, and surveillance applications.
  • Testing and troubleshooting: In-depth testing and debugging are necessary to guarantee computer vision systems' dependability.
  • Cooperation: Working together to accomplish project objectives with cross-functional teams made up of domain experts, data scientists, and software engineers.

What are the Skills for Computer Vision Engineers?

In any field, successful collaboration and knowledge exchange are made possible by the development of excellent communication skills. Soft skills, which include empathy, active listening, and clear articulation, enable people to communicate ideas, comprehend the viewpoints of others, and create a productive team atmosphere.

Updates to computer vision models, concepts, and projects are facilitated by collaboration among a variety of professionals, including software developers, data scientists, machine learning engineers, software testers, and more. The progress of the field overall and the successful completion of initiatives are facilitated by these soft talents.

What are the Technical Skills of Computer Vision Engineers?

To be a successful computer vision engineer, you must have a solid technical background.

  • Coding languages and tools: Python and C++ are two examples of programming languages and tools that you should be familiar with using for developing and implementing algorithms. It is essential to have familiarity with computer vision-specific libraries and frameworks such as OpenCV.
  • Image processing and estimation: This position requires a solid grasp of image processing methods, including feature extraction, edge detection, and filtering.
  • Deep learning and machine learning: To train models and increase the precision of your solutions, computer vision experts frequently employ deep learning and machine learning techniques. It will be helpful to familiarise yourself with frameworks such as PyTorch, Keras, and TensorFlow.
  • Mathematics and linear algebra: Understanding the fundamental ideas of computer vision requires a solid basis in mathematics, especially in linear algebra.

Other Frequently Asked Questions (FAQs)

1. How much does a computer vision engineer make?

Computer and information research scientists generally include computer vision experts.

Although $136,620 is the typical yearly wage for computer and information research scientists, computer vision engineers may make more because of their advanced training in the processing and analysis of images.

Furthermore, there can be a large range in computer vision engineers' salaries depending on a number of variables, such as industry, education, and experience.

2. Are computer vision engineers in demand?

With a market valuation of USD 14.10 billion in 2022, the global computer vision market is projected to expand at a compound annual growth rate (CAGR) of 19.6% between 2023 and 2030. 

Computer vision technologies using artificial intelligence (AI) are becoming more common in a variety of application cases, including consumer drones and fully and partially driverless cars. Additionally, the use of computer vision systems has expanded across a number of industries, including education, healthcare, robotics, consumer electronics, retail, manufacturing, security and surveillance, and others. 

These industries have benefited from the latest developments in computer vision, which include image sensors, sophisticated cameras, and deep learning techniques.

3. What does a computer vision engineer do?

Developing computer vision algorithms that are intended to interpret massive amounts of visual data and resolve practical issues is the primary responsibility of a computer vision engineer. 

The majority of the time, computer vision experts develop algorithms for performance and accuracy testing as well as carry out in-depth studies and testing of machine learning primitives. 

Teams of computer vision experts create unique embedded architectures with other personnel. Among the most important competencies for computer vision engineers are image recognition, image segmentation, and machine learning.

Essential Competencies

The answer to the question "What is a computer vision engineer?" can be mostly found in the talents that an individual possesses. Being an interdisciplinary field, computer vision engineering requires expertise in a number of areas, such as object-oriented programming, development environments, machine learning, linear algebra, and critical thinking.

4. Is computer vision a high paying job?

One growing AI technology that calls for highly qualified and experienced engineers, consultants, and architects is computer vision. As per sources the mean computer vision engineer salary in India is approximately ₹7 lakhs annually, whereas in the US, it is approximately $110,000 per year

In both nations, computer vision engineer salary exceed the mean earnings of comparable software engineers. Consequently, in the present employment market, computer vision might be regarded as a highly paid-career. The precise pay, however, may vary depending on a number of variables, including experience, skill level, location, and project scope.

5. Is computer vision part of AI?

By interpreting and analysing the visual world, computers can mimic how people see and comprehend their surroundings, thanks to computer vision, a subset or a type of artificial intelligence. Following the identification and classification of items in digital photos and videos using machine learning models, computers are given the ability to respond to what they observe.

6. How do I start a career in computer vision?

A solid educational foundation is required to get started in this field because of the technological demands. A bachelor's degree in computer science or another IT-related field should be your minimum requirement.

Additionally, you should be proficient in dealing with machine and deep learning frameworks like TensorFlow and PyTorch, as well as programming in languages like Python, C++, or Java. 

The majority of computer vision engineers do not begin their careers in this industry. They take on a junior position in data science or software engineering that is relevant. After accumulating experience and strengthening their educational background, individuals can pursue a career in computer vision.

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Computer Vision Engineer

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When it comes to hiring the top

Computer Vision Engineer

, ClanX is the top company in the technology industry that has its own proprietary vetting process which is AI powered.

Computer Vision Consultant | As consultants, they analyze your current systems and provide strategic insights on integrating computer vision, applicable in scenarios like improving quality inspection systems.

Machine Learning and Vision Integrator | They specialize in combining ML with computer vision to create smart applications such as personalized shopping experiences through image-based recommendations.

Embedded Vision System Designer | With a focus on integrating computer vision into hardware, they're adept in projects like developing wearable tech that assists visually impaired individuals.

Autonomous Systems Developer | Experts in crafting self-operating machinery or vehicles using advanced vision-based navigation and decision-making algorithms, they're transformative in fields like robotics and drone technology.

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Still Curious? These might help...

What are the key benefits of hiring a Computer Vision Engineer? | Hiring a Computer Vision Engineer can significantly enhance your ability to analyze visual data, automate tasks that require image recognition, and develop innovative products and services.

How can Computer Vision Engineers improve our product's user experience? | By integrating facial recognition, object detection, and augmented reality features that respond to user interactions, considerably enhancing the overall user experience.

What industries benefit from Computer Vision Engineers? | Industries ranging from healthcare, automotive, security, and retail to agriculture are massively benefitted by the application of computer vision technology.

How does ClanX ensure their Computer Vision Engineers remain ahead of technology curves? | ClanX provides continuous training and encourages involvement in cutting-edge research to ensure their Computer Vision Engineers are always abreast of the latest breakthroughs.

Can ClanX's Computer Vision Engineers help with image processing for real-time applications? | Absolutely, they specialize in developing systems capable of real-time analysis, essential for scenarios like autonomous driving and instant decision-making processes.

In what ways can Computer Vision be applied to improve security? | Computer Vision Engineers can create surveillance systems with anomaly detection, facial recognition, and real-time alerting to enhance security measures.

How much experience do ClanX's Computer Vision Engineers generally have? | ClanX's Computer Vision Engineers typically have years of experience and a strong background in both the theoretical and practical aspects of computer vision.

What is the process to hire a Computer Vision Engineer from ClanX? | You can contact ClanX through their platform, specify your project requirements, and they will assist you in finding the right Computer Vision Engineer tailored to your needs.


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