Imaging Engineer - Reconstruction

Voxelgrids; Bengaluru; On-site; INR 550,000 - 900,000; Full time

Job summary

Voxelgrids in Bengaluru is seeking a software engineer specialised in MRI image processing to develop reconstruction algorithms, focusing on artifact correction and inverse problems.

You will collaborate with sequence design, system engineering, and clinical teams, delivering production-ready code in Python and C++, and contributing to SDLC through validation, testing, and documentation.

Qualifications

• BTech or MTech in Signal Processing/CS/EE/Biomedical with 0-2 years experience.

Responsibilities

• Develop and optimize image processing and reconstruction algorithms for MRI, with a focus on artifact correction (motion, noise, undersampling, etc.)
• Formulate and solve inverse problems for MRI reconstruction using physics-based and data-driven techniques
• Design computationally efficient, scalable, and production-ready implementations
• Collaborate with cross-functional teams (sequence design, system engineering, clinical teams)
• Implement and validate algorithms for real-time or near real-time deployment on MRI systems
• Develop and execute test plans, validation pipelines, and performance benchmarks
• Contribute to software lifecycle processes (SDLC) including documentation, testing, and release

Skills

Signal processing

Image processing

Embedded systems

Linear algebra

MRI physics

Python

C++

Code quality

Education

BTech or MTech in Signal Processing/CS/EE/Biomedical

Job description

Qualifications

• BTech or MTech Signal Processing/ CS/ EE/Biomedical with 0-2 years experience

Skills

• Signal/Image Processing Signals and Systems
• Embedded Systems
• Linear Algebra, Optimization, and Inverse Problems
• Good understanding of MRI physics (k-space, encoding, gradients, sequences)
• Proficiency in Python and C++
• Experience writing clean, modular, and efficient code

Main Responsibilities

• Develop and optimize image processing and reconstruction algorithms for MRI, with a focus on artifact correction (motion, noise, undersampling, etc.)
• Formulate and solve inverse problems for MRI reconstruction using physics-based and data-driven techniques
• Design computationally efficient, scalable, and production-ready implementations
• Collaborate with cross-functional teams (sequence design, system engineering, clinical teams)
• Implement and validate algorithms for real-time or near real-time deployment on MRI systems
• Develop and execute test plans, validation pipelines, and performance benchmarks
• Contribute to software lifecycle processes (SDLC) including documentation, testing, and release

Job Category: Software

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