COMPUTER VISION SCIENTIST SKILLS, EXPERIENCE, AND JOB REQUIREMENTS

Updated: Dec 24, 2024 - The Computer Vision Scientist has extensive experience in object detection and pattern recognition project development within the retail sector. Skilled in building large-scale image recognition systems and designing products with machine learning at scale, writing production-ready Python code, and understanding Convolutional and Recurrent Neural Network models. Strong analytical skills and team spirit ensure successful project completion.

Essential Hard and Soft Skills for a Standout Computer Vision Scientist Resume

  • Object Detection
  • Pattern Recognition
  • Machine Learning
  • Image Recognition
  • CNNs
  • RNNs
  • Python Coding
  • Data Analysis
  • Algorithm Development
  • Software Engineering
  • Analytical Thinking
  • Problem Solving
  • Collaboration
  • Teamwork
  • Communication
  • Adaptability
  • Attention to Detail
  • Time Management
  • Creative Thinking
  • Results Orientation

Summary of Computer Vision Scientist Knowledge and Qualifications on Resume

1. BS in Computer Science with 2 years of Experience

  • Experience in object detection, pattern recognition-related project development. 
  • Experience with machine learning projects in retail 
  • Experience in building and maintaining a large-scale image recognition system.
  • Experience with designing products that leverage machine learning at scale.
  • Familiar with at least one or more deep learning frameworks: Caffe/Caffe2, TensorFlow, PyTorch.
  • Skilled at writing production-ready python code.
  • In-depth understanding of different Convolutional Neural Network (CNN) and Recurrent Neural Network (RNN) based models 
  • Analytical and problem-solving skills 
  • Team spirit and ability to work collaboratively with colleagues 
  • Results-oriented with an ability to own deliverables through to completion 
  • Experience and knowledge of retail and consumer product goods

2. BS in Electrical Engineering with 4 years of Experience

  • Deep understanding of classic SLAM pipeline such as feature extraction, triangulation, BA, loop closure, etc.
  • Familiarity with recent advances in various SLAM topics, such as visual place recognition, long-term localization, semantic SLAM, topological mapping, distributed and incrementally learned maps, etc.
  • Ability to transfer conceptual models to working code in C++ or Python
  • Strong written and oral communication skills including development and delivery of presentations, proposals, and technical documents
  • Strong publication record in visual SLAM, computer vision or machine learning
  • Experience in Deep Learning frameworks such as TensorFlow or Pytorch.
  • Familiarity with vehicle sensors and hardware, including cameras, LiDAR, GPS, CAN, IMU, USB, Ethernet.
  • Extensive hands-on experience in real-world robotics applications and robot operating system (ROS).

3. BS in Mathematics with 5 years of Experience

  • Experience in at least one of the following areas: computer vision, machine learning/deep learning, image and video processing, computational photography, and video quality, Camera 3A, or in shipping related products to customers.
  • Strong C++ developing skills and OpenCV, Eigen, GPU shaders. Experience with TensorFlow, PyTorch, or related deep learning frameworks 
  • Interest in computational photography and multi-media post-processing.
  • Experience computational photography or ISP (3A and image enhancement algorithms) development, and in shipping related products to customers.
  • Experience in development, optimization and parallelization of algorithms in multi-processor environment Experience including ARM, ARM NEON and GPU based architectures and APIs, such as CUDA, OpenCl, OpenGL(ES) or familiar with Qualcomm DSP developing and HVX , Halide, or other functional languages.
  • Experience with camera automatic control algorithm development implementation (i.e. auto white balance, auto focus, auto exposure, auto flicker detection/correction, video stabilization, auto scene detection). 
  • Experience with at least one category of Multi-view geometry, simulation, graphics rendering Alignment, Registration, Stereo Vision, Robotics, Machine Learning, Deep Learning, Image and Video quality

Professional Skills FAQs

What are professional skills?

Professional skills are abilities that help individuals perform tasks effectively in a workplace environment. These skills include both technical competencies required for specific roles and soft skills such as communication, teamwork, and problem solving.

What is the difference between hard skills and soft skills?

Hard skills are technical abilities learned through education or training, such as programming, data analysis, or laboratory testing. Soft skills refer to interpersonal abilities like communication, leadership, adaptability, and teamwork.

Why are professional skills important for careers and resumes?

Professional skills help employers evaluate whether a candidate can perform job responsibilities effectively. Listing relevant skills on a resume demonstrates qualifications and helps applications pass Applicant Tracking Systems used in modern hiring processes.

What professional skills do employers look for?

Employers usually value a combination of technical expertise and transferable workplace skills. Common examples include analytical thinking, communication, teamwork, leadership, time management, adaptability, and digital literacy.

How can professionals develop professional skills?

Professionals can develop skills through continuous learning, training programs, certifications, mentorship, and practical work experience. Staying updated with industry trends also helps individuals maintain relevant and competitive skills.

Editorial Process

Lamwork content is developed through structured review of publicly available job postings and documented hiring trends.

Editorial operations are managed by Thanh Huyen, Managing Editor, with research direction and final oversight by Lam Nguyen, Founder & Editorial Lead. Content is periodically reviewed to reflect observable labor market changes.