3D ENGINEER JOB DESCRIPTION

Three developers on a team is not unusual. One renderer shipped late means the entire product demo slips. The 3D Software Engineer owns the layer of a product that most users never think about consciously but notice immediately when it breaks: real-time geometry, shader pipelines, and the simulation logic that makes a digital object behave like a physical one. This role sits inside software engineering teams spanning regulated verticals such as medical devices and automotive, where simulation accuracy carries compliance weight. Getting it right is technical and exacting.

As the 3D Software Engineer, you own the design and delivery of real-time graphics systems and simulation applications that form the visible, testable core of software products across regulated engineering industries. You work within a cross-functional software team, typically spanning two to four developers, and report into engineering leadership with ownership over one or more product lines from architecture through release.

Career Impact: Deep specialization in real-time shader development and simulation geometry makes you a scarce candidate in automotive, medical device, and aerospace software markets, where these skills directly gate product certification.

Business Impact: The rendering and simulation layers you build determine whether a product can pass pre-release validation testing, meaning your output is on the critical path for every customer shipment.

Growth Opportunity: Engineers in this role commonly step into Lead or Principal Software Engineer positions, particularly as cross-platform experience across Windows and Linux broadens into architecture ownership.

• Design and implement real-time rendering systems, including geometry pipelines, shader programs, and post-processing effects across multiple target platforms.
• Develop simulation and physics-based application features that meet functional and performance requirements for regulated industry use cases.
• Build and maintain automated testing and continuous integration workflows to validate rendering correctness and application stability.
• Architect 3D application modules spanning user interface logic and computational geometry to ensure consistent behavior across product lines.
• Review and mentor team members on graphics programming standards, testing practices, and technical documentation.
• Partner with product and engineering leads to estimate delivery timelines, manage scope changes, and communicate risk to project schedules.
• Write user stories and UML documentation that translate rendering requirements into verifiable development tasks.

• Bachelor's degree in Computer Science, Electronics Engineering, or equivalent work experience.
• 3 or more years of 3D graphics or real-time rendering development experience, with demonstrated ownership of shipped software.
• Proficiency in low-level graphics programming using rasterization APIs and shader languages on at least one major platform.
• Strong foundation in linear algebra, including matrix transformations, quaternion math, and computational geometry.
• Experience developing and maintaining automated unit and functional testing within a continuous integration environment.
• Experience working in Scrum or Agile development environments with cross-functional teams.
• Strong written and verbal communication skills sufficient to produce technical documentation and collaborate across disciplines.

• Experience in a regulated industry such as medical device, automotive, or aviation software development, particularly in simulation or radar systems.
• Background in cross-platform desktop development spanning both Linux and Windows build targets.
• Familiarity with scripting languages used to extend or automate engine toolchains and build pipelines.
• Experience contributing to SDK or API surface design, including versioning and backward-compatibility considerations.

• Rendering frame rate and frame time stability, measured against defined performance budgets for target hardware.
• Automated test pass rate across the CI pipeline, reflecting the correctness of shader and geometry changes.
• Defect escape rate into QA, measuring how many rendering or simulation bugs are caught before downstream review.
• Time to resolve simulation accuracy failures flagged during pre-release validation cycles.
• Cross-platform build success rate across Windows and Linux targets following each integration cycle.
• Typical tools: graphics API layer (commonly OpenGL/OpenGL ES or DirectX); version control (commonly Git); CI platform (commonly Jenkins or Azure DevOps).

• Base Salary Range: $105,000 to $145,000 annually, depending on seniority and location.
• Bonus: Annual performance bonus, typically 5 to 10 percent of base.
• Equity: Stock options or RSUs are common at growth-stage and public companies.
• Health Benefits: Medical, dental, and vision coverage; employer contribution standard.
• PTO: 15 to 20 days annually, plus public holidays; some employers offer flexible PTO.
• Common Perks: Remote or hybrid flexibility, conference and training budget, and hardware stipend.

Figures are estimates based on general US market benchmarks and may be outdated. Adjust based on location, company size, and seniority level.

Background check completion is a condition of employment for all positions. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, national origin, age, disability, veteran status, or any other characteristic protected under applicable federal, state, or local law. Candidates requiring a reasonable accommodation during the application or interview process may request one at any time. Applicants must be authorized to work in the United States.

The 3D Technical Artist/Engineer owns the full pipeline from 3D reconstruction through immersive VR/AR delivery, creating ultra-realistic models, shaders, and interactive applications that illustrate biological structures for research and public audiences. Working alongside biologists, physicists, and computer scientists at the Centre for Immersive Visualization, this role shapes how scientific discoveries are communicated through high-end real-time rendering built on Unity and Unreal Engine.

Key Responsibilities

• Collaborate with top Scientists to advance the 3D Reconstruction Workflow from Imagery devices and Microscopes to Immersive Visualization.
• Envision, create, and integrate 3D content for multiple projects at varying stages of development, ranging from rapid prototyping to ultra-realistic visualization and interactive applications illustrating biological structures and processes.
• Provide innovative visualization tools and renderings for scientific publications and presentations.
• Track and manage 3D content across multiple engines and media.
• Streamline workflow solutions and pipelines across multiple engines and media.

Required Qualifications

• Bachelor's (or higher) in fine arts, game design, digital media, or computer science, or equivalent industry experience.
• Industry experience in the area of expertise will be favoured; a portfolio/reel of relevant work is mandatory.
• Understanding of the state of the art in real-time rendering and ambition to produce ultra-realistic 3D contents (models, textures, shaders) while addressing unique technical challenges.
• Knowledge of the various aspects in real-time content production pipelines (mesh modelling and optimization, PBR materials, lighting, environment, post processing), as well as point-cloud and mesh processing, and surface reconstruction.
• Deep understanding of 3D math and geometry.
• Experience with Rigging and Animation techniques (Inverse Kinematics, Forward Kinematics, Procedural animation, etc.)
• Experience in UI / UX design for interactive experiences.
• Experience in VFX production (Creatures, ZivaVFX, etc.)
• Proficiency in at least one major 3D modelling package such as Maya, Blender, 3ds Max, or Houdini.
• Proficiency in procedural content generation.
• Knowledge of either Unreal Engine or Unity.
• Good coding skills (C#, C++, Python, etc.)

Embedded within the software architecture team, the 3D Application Engineer selects and develops the technical foundation for a 3D printing software application, managing both internal developers and external partners across the full delivery lifecycle. Working closely with engineering leads and cross-functional stakeholders, this role delivers measurable outcomes by building scalable desktop and cloud software solutions and coaching high-performing development teams.

Core Functions

• Define the appropriate resources and architecture needed to build a 3D printing software application (file I/O, data repository, 3D model manipulation, optimization, simulation, etc).
• Manage prioritization, trade-offs, and set appropriate expectations for delivery.
• Proactively identify and resolve strategic issues that may impair the team's ability to meet strategic and technical goals.
• Oversee daily activities of both internal resources and external partners, providing direction and guidance as needed.
• Influence design and implementation approaches through best practices.
• Select and implement best practices and processes for development tools, source control, build automation, automated unit testing, code review, automated deployment, and automated (regression) testing.
• Proven experience setting measurable goals and metrics to drive success for teams.
• Demonstrate ability to hire, nurture developers, and coach high-performing teams.

Qualifications & Experience

• BS (or higher, e.g., MS, or PhD) in Computer Science or equivalent.
• Exceptional technical background in Software Engineering, preferably building desktop and cloud software at scale.
• Extensive experience in embedded C++ projects and design experience for large projects that include a mix of languages, including Java, C++, Python, and CAD.
• Experience with Agile, Jira, Git, and database development strongly preferred.
• Experience with automated CI-Loop with Unit and Functional testing is a plus.
• Experience with APIs and Web Services is a plus.
• Proficiency with 3D graphics and user experiences preferred but not required (OpenGL, Qt3D, WPF or similar 3D graphics API).
• 3D print software experience is highly preferable.
• C++ product development.
• Azure DevOps is a plus.
• Visual Studio 2019 is a plus.

Reporting to engineering leadership, the 3D Software Engineer develops design applications using Unity, C+, and C++ alongside intelligent algorithms, driving projects from inception through delivery. Partnering with cross-functional teams across up to three product lines, this role enables on-time, compliant software releases in regulated industries such as medical device, airline, and automotive.

Primary Duties

• Develop 3D design applications using UI and intelligent algorithms.
• Drive engineering development projects from beginning to completion.
• Manage deliverables, tasks, and completion time estimates to meet requirements.
• Support management to produce recovery strategies for changes in the project range.
• Proactively conduct analyses for critical problem-solving.
• Mentor and coach team members on development and testing best practices.
• Write user stories and develop UML and technical documentation.
• Perform continuous integration and automated testing.

Skills & Qualifications

• Bachelor's degree in Computer Science or Engineering, Master's degree strongly desired.
• Experience leading teams strongly desired.
• Experience working in a Scrum/Agile environment.
• Medical device, airline, or automotive industry that would include experience around simulations/radar is preferred.
• Experience writing complex code, specifically 3D preferred.
• Adept programming skills in C++ or C#, OpenGL and/or DirectX, computer graphics, and experience with Unity, Unreal, or Unigine.
• Strong cross-platform development experience.
• Proficient experience in 3D mesh manipulation, computational geometry, & linear algebra.
• Proficient in writing user stories.
• Shader development (GLSL/HLSL) experience required.
• .NET Framework and/or Mono experience.
• Must be creative and detail-oriented, possessing strong problem-solving and communication skills.
• Willing to work within 3 different product lines depending upon priority.

Sitting at the intersection of process engineering and 3D spatial modeling, the 3D Process Engineer coordinates planning deliverables within capital projects and integrates results directly into the 3D plant model across the full facility lifecycle. Operating across internal specialist teams and external service providers, this role advances accuracy and quality of engineering outputs that support laboratory-to-production-scale innovation across the chemical industry.

Scope of Work

• Coordinate planning performances within projects and integrate planning results into the 3D model.
• Develop the machine and apparatus installation in the 3D model and analyze variants.
• Ensure the implementation of the project order in a team, coordinate the participating specialist agencies as well as external service providers and check the quality and execution of the contractually agreed services.
• Prepare and perform 3D model discussions and support the cross-trade exchange of 3D data.

Experience & Qualifications

• Degree in process or chemical engineering or a comparable education with professional experience.
• Experience with 3D models as well as project management.
• Experience in handling CAE tools.
• Success-oriented, innovative, and customer-oriented way of working.
• Strong attention to detail, good communication skills, and a proactive nature.

A key member of the Manufacturing Solutions team, the 3D Printing Application Engineer delivers pre- and post-sales technical support by demonstrating 3D printer and scanner capabilities, conducting customer training, and producing benchmark parts that advance the sales process. Collaborating across marketing, senior applications engineers, and customer accounts, this role builds the bridge between customer requirements and additive manufacturing solutions that directly drive product revenue.

Job Functions

• Demonstrate 3D printer and scanning capabilities and solutions to prospects and customers, including performing basic post-sales activities such as training, technical support, and project management.
• Operate all 3D printers and 3D scanners in the demo area and produce quality, benchmark, and sample parts for the pre-sales process.
• Provide training on software and hardware for 3D printers and scanners.
• Support marketing at trade shows, tours, and events.
• Provide a supporting role in the Additive Manufacturing solution development.
• Assist Sr. Applications Engineers with the development of new applications, alpha testing, beta programs, or other related product development.

Education & Experience

• Bachelor's Degree in Engineering or related field.
• Experience in additive manufacturing and supporting complex electro-mechanical equipment, or equivalent.
• Experience in operating 3D printers and scanners is a plus.
• Knowledge of CAD/CAM software applications and/or Additive Manufacturing industry experience.
• Project leadership and project management skills.
• Skills in repairing mechanical devices.
• Have an affinity for 3D designs.
• Excellent oral and written communication skills.

Sustained advancement in autonomous vehicle simulation depends on the 3D Graphics Software Engineer, who leads rendering engine development, including scene rendering, geometry generation, and post-processing effects for a new graphics platform used in road-testing applications. Based within a close-knit agile Software department alongside two graphics developers, this role delivers new API functionality and cross-platform solutions that enable the broader software team to ship more capable and reliable products.

Key Deliverables

• Develop the rendering engine (scene rendering, geometry generation, post-processing effects) and implement new functionality.
• Extend the API for the SDK.
• Maintain and enhance the internal utilities of the company.
• Develop a virtual simulator for road testing.
• Communicate ideas effectively and collaborate closely with a cross-functional team to achieve goals.

Professional Experience

• University degree in electronics engineering, computer science, or similar.
• Strong math background.
• Strong knowledge of C++ (knowledge of new standards is a plus, such as C++ 11/14/17).
• Experience with OpenGL ES and GLSL.
• Knowledge of linear algebra (matrix transformations, quaternions, etc.)
• Experience with Linux application development.
• Cross-platform Linux / Windows development experience.
• Strong knowledge of Unity/UE4 engines.
• Experience with Git.
• Experience with Lua.