About Current Surgical Inc.
Current Surgical is a startup company developing technology on the frontier of engineering and biology. Our first product is a smart microinvasive needle that precisely destroys tumors without damaging healthy tissue, allowing doctors to treat cancers that are untreatable today.
Our technology is backed by the National Institute of Health, National Science Foundation, and top tier venture capital firms (True Ventures, 1517, and SciFounders) interested in dramatically improving the accuracy and accessibility of surgery.
About you
We are looking for a software engineer who is excited to develop technology at the forefront of medical devices and precision surgery. You will have the opportunity to apply your skills across a number of projects, including working directly with the co-founders to design, develop, and test our clinical prototype; as well as architect and implement lab automation for ongoing experimentation and device testing. These are difficult hands-on engineering challenges that integrate biophysics, image processing, deep learning, novel electronics, ultrasound, and real-time signal processing that can only be solved with a tight-knit multidisciplinary team.
The ideal candidate is someone who is interested in working at a startup and is eager to challenge their technical development. This is a unique opportunity to work across many areas of a hardtech biomedical startup, including preclinical studies, interfacing with clinicians, device and tool development.
We are expecting you to be able to quickly develop tools (both internally and externally facing) and custom user interfaces as part of device prototyping and testing efforts. You will work closely with the mechanical, electrical, and research teams to achieve our fundamental clinical goals. As we grow, we envision this role growing into a leadership role.
Educational background
MS or BS in computer science or engineering, with 2+ years of equivalent work experience
PhD in the fields of electrical engineering, biomedical engineering, computer science, medical physics, and/or closely related fields also considered
Desired skills
Entrepreneurial, self-motivated, and independent; desire to grow technically
Excellent technical and analytical capability, coupled with strong written and verbal communication skills
Proficiency in Python, with experience in rapid prototyping
Experience with numeric analysis (numpy, scipy), image processing (opencv, scikit-image) and deep learning packages (pytorch)
Familiarity with user interface design and architectures (e.g., MVP, MVVP, MVC, Elm architecture), ideally with a focus on desktop applications
Familiarity with Qt in Python (PySide or PyQt)
Knowledge of Python or Matlab for processing test results and test and measurement automation
General knowledge of medical imaging (e.g. ultrasound, CT, MRI) and image guided surgery is a plus
Experience with ultrasound prototyping hardware is a plus (e.g., Verasonics, Cephasonics)
Experience applying image processing, computer vision, and/or deep learning techniques to medical images is a plus
Skills Required
- Bachelor’s or master’s degree in computer science or engineering
- At least 2 years of equivalent work experience
- Proficiency in Python and rapid prototyping
- Experience with NumPy and SciPy for numerical analysis
- Experience with OpenCV or scikit-image for image processing
- Experience with PyTorch or deep learning packages
- Familiarity with user interface design and desktop application architectures
- Familiarity with Qt for Python, including PySide or PyQt
- Knowledge of Python or MATLAB for test-result processing and test-and-measurement automation
- PhD in electrical engineering, biomedical engineering, computer science, medical physics, or a related field
- Knowledge of medical imaging and image-guided surgery
- Experience with ultrasound prototyping hardware
- Experience applying image processing, computer vision, or deep learning to medical images
What We Do
Current Surgical is developing a software-enabled surgical platform that combines real-time ultrasound imaging, focused ultrasound energy delivery, and AI-driven control to enable precise, minimally invasive treatment. Initially focused on solid-tumor ablation, the company aims to expand into cardiac arrhythmias, chronic pain, hypertension, epilepsy, and other neural interventions, with a broader mission to reinvent surgery and improve precision, consistency, and patient outcomes.
