The ideal Software Engineer - Application Developer candidate has C/C++ programming experience, a good understanding of the principles of photography, the ability to work in a fast-paced environment with adjusting priorities, and has strong communication skills, both written and verbal.
Job Description:
- Contribute to product development - with research as necessary
- Support researchers using our 3D/2D imaging systems and technology for assigned products
- Assist in creation of a user interface using Qt
- Manage image and associated data collected in SQL and shared file storage
- Develop internal tools to automate camera development, testing, and production in an array of products
- Contribute to MacOS application development
Core Requirements:
- Bachelor’s degree in a Math/Science/Computing or Engineering subject preferred
- Demonstrated experience in C/C++ programming
- Understanding of data structures, algorithms, multithreading and STL
- Knowledge of GUI toolkit like Qt
Desired:
- 3D research and development experience
- Experience with image analysis, AI, and digital photography
Canfield Imaging Systems is the world-leading developer of specialized photographic systems for medical practices, institutions, research organizations, and pharmaceutical suppliers. Canfield offers comprehensive benefits to its eligible full-time employees. These include paid days off, medical, dental, and vision insurance, may be eligible for a discretionary bonus, and a 401(k) plan with employer match (currently set at 50%). The anticipated salary range for the position is $80,000.00-$100,000.00 annually. This is dependent upon consideration of multiple factors when determining a base salary such as a candidate’s experience, education, and current market conditions. If the role is eligible for full benefits, it will be discussed with you during the interview process. Canfield Imaging Systems is a division of Canfield Scientific, Inc., the largest provider of photographic documentation systems and services for pharmaceutical research.