Perceptual network model development Engineer

SEER Robotics Europe GmbH.

Location

China

Vacancy for

Human

Employment type

Full-time

Necessary education

Not matter

Employer provided salary

0¥ per year

Posted at 17.12.2025

Description

Requirements

We are hiring a Perceptual Network Model Development Engineer to build and deploy advanced BEV and multi-sensor perception models for real-world industrial and robotics scenarios. This role offers strong careers growth through hands-on work with cutting-edge deep learning, multi-modal perception, and edge deployment. As part of our expanding job openings, you will own the full lifecycle from data preparation and model training to optimization and on-device performance tuning. These employment opportunities are ideal for engineers passionate about computer vision, AI, and practical deployment at scale.
Requirements include:

1.Solid CV foundation and Python and C++ programming knowledge, familiar with Linux development and testing processes
2.Proficient in the whole process of training multi-modal models, master PyTorch and other training frameworks
3.Familiar with various target detection, strength segmentation, BEV and other related technologies
4.In-depth understanding of acceleration technologies such as model parallelism, video memory optimization, and quantitative compression
5.Master the design of the data cleaning process, and be familiar with data enhancement, denoising, and quality evaluation methods


Check out the full job listings here

Needed key skills

  • Algorithms
  • Analytical Skills
  • Artificial Intelligence (AI)
  • C/C++
  • Data Analytics
  • Data Mining
  • Problem-solving skills
  • Programming skills
  • Python
  • Research skills
  • Statistical Analysis
  • Systems Analysis

Bonuses

1.Work with state-of-the-art BEV and multi-modal perception technologies in real production environments 2.Exposure to end-to-end model development, from dataset creation to edge-device deployment 3.Opportunity to research, experiment with, and productize next-generation perception algorithms

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