C++ Developer
Summary
Develop and optimize C++ geometry-based applications and algorithms, focusing on CAD/CAM or geometry kernel technologies. Tasks include 2D/3D modeling, code reviews, debugging on Windows using Visual Studio, and ensuring locale-independent data handling.
Summary:
We are looking for a C++ Geometry Engineer with 3-4 years of experience in
developing and optimizing geometric modeling solutions. The ideal candidate
should have strong expertise in C++, computational geometry, and 2D/3D
geometric algorithms, with exposure to CAD/CAM or geometry kernel technologies.
Responsibilities:
- Develop and maintain
geometry-based applications using C++.
- Implement and
optimize geometric algorithms and modeling features.
- Collaborate with
cross-functional teams to design, develop, and test solutions.
- Perform code
reviews, debugging, and unit testing to ensure high-quality software.
- Build, debug,
and profile native C++ applications using Visual Studio.
- Ensure geometry APIs and file formats remain locale-independent
(coordinates, units, decimal separators) while supporting localized UI and
messages.
- Use AI tools to accelerate coding, testing, and documentation, while
validating correctness of geometric and numeric results.
Nice to Have: Experience with mesh processing, B-Rep modeling,
NURBS, OpenGL, or 3D visualization frameworks.
Requirements
Key Requirements:
- 3-4 years of
experience in C++ development.
- Strong understanding
of Computational Geometry, 2D/3D modeling, and geometric
algorithms.
- Experience with CAD/CAM
applications or geometry kernels such as Open Cascade, ACIS, or
Parasolid.
- Knowledge of Data
Structures, Algorithms, Linear Algebra, and OOP concepts.
- Familiarity with Git,
debugging, and performance optimization.
- Strong analytical
and problem-solving skills.
- Hands-on
experience with Microsoft Visual Studio (MSVC) for C++ development,
debugging, and profiling on Windows.
- Familiarity with CMake and Visual Studio build workflows
(Debug/Release, x64).
- Understanding of localization/internationalization: Unicode,
locale-independent numeric/geometry data, and keeping user-facing strings
localizable.
- Practical experience using AI coding assistants (e.g. GitHub Copilot,
Cursor) for development, with careful review of generated geometry-critical
code.
- Strong analytical and problem-solving skills.