Software Engineer

1 day ago

Detroit, MI, USAMid Level

Responsibilities

Translate functional requirements into technical solutions and contribute to user-needs analysis, feasibility studies, technical specifications, estimation, and scope commitments.
Design and develop functionality across multiple components of the 3DCS platform, primarily using C++ for the engine, GUI, and tooling layers.
Document code, maintain technical documentation, and use the provided development, build, version control, and defect-tracking tools.
Define and execute test protocols, regression tests, and numerical accuracy checks, and perform evolutive and corrective maintenance.
Provide Level 3 support for customer issues and participate in release piloting and customer validation.
Identify architectural risks and escalate significant changes for review by the Technical Lead or Principal Software Engineer.
Participate in code reviews, propose technical improvements, share knowledge, support new joiners, and mentor an apprentice or intern.
Collaborate with Product Management, application engineering, external OEM and technology partners, and globally distributed teams.

Master's degree in Computer Science, Software or Mechanical Engineering, Mathematics, Physics, or a related field; a Bachelor's degree with equivalent demonstrated experience is also considered.
At least three years of professional software development experience in languages used by commercial software products.
Strong object-oriented design ability and working proficiency in a compiled language, with proficiency in C++ or demonstrated ability to reach it.
Mastery of software development methods, tooling, and the software development lifecycle, including version control, continuous integration, defect tracking, and automated testing.
Ability to work across several components of a long-lived commercial code base and acquire working knowledge of its structure.
Evidence of learning an unfamiliar technical domain to a working level, along with strong problem-solving, analytical, communication, teaching, and knowledge-sharing skills.
Advantageous qualifications include dimensional engineering, GD&T to ASME Y14.5 or ISO GPS, tolerance analysis, variation simulation, computational geometry, linear algebra, statistics, Monte Carlo methods, numerical solvers, CAD or geometry-kernel integration, multithreaded and cross-platform development, manufacturing and assembly knowledge, and performance-critical numerical code.