
At Canvas, we’re working on spatial computing - using computer vision to 3D reconstruct and understand your surroundings so that software can operate over real-world spaces. We believe it will power the next generation of augmented reality and some of the key parts of virtual reality as well. Canvas captures spaces in 3D and saves home improvement professionals hours on field measurements, as-built drawings, and CAD models - with an iPad or iPhone. Backend Engineer, Platform (Remote Europe/Latam) -- https://canvas.io/careers/?gh_jid=4553059006 Infrastructure Engineer, Platform (Remote Europe/Latam -- https://canvas.io/careers/?gh_jid=4559312006 Senior Backend Engineer, Web (Remote Europe) -- https://canvas.io/careers/?gh_jid=4436936006 Web 3D Engineer (Remote Europe) -- https://canvas.io/careers/?gh_jid=4436702006 Computer Vision Engineer, 3D (Remote Europe) -- https://canvas.io/careers/?gh_jid=4436667006 Our tech stack (partial list): * Computer Vision: C++, Python, PyTorch, Docker * Web frontend: Javascript/Typescript, ReactJS * Web backend: Python/Django, PostgreSQL, Unix, Docker * 3D Visualization: Javascript/Typescript, ReactJS, Three.js, WebGL, C++ * Infrastructure: AWS, Terraform, Gitlab

At Canvas, we’re working on spatial computing - using computer vision to 3D reconstruct and understand your surroundings so that software can operate over real-world spaces. We believe it will power the next generation of augmented reality and some of the key parts of virtual reality as well. Canvas captures spaces in 3D and saves home improvement professionals hours on field measurements, as-built drawings, and CAD models - with an iPad or iPhone. Backend Engineer, Platform (Remote Europe/Latam) -- https://canvas.io/careers/?gh_jid=4553059006 Infrastructure Engineer, Platform (Remote Europe/Latam -- https://canvas.io/careers/?gh_jid=4559312006 Senior Backend Engineer, Web (Remote Europe) -- https://canvas.io/careers/?gh_jid=4436936006 Web 3D Engineer (Remote Europe) -- https://canvas.io/careers/?gh_jid=4436702006 Computer Vision Engineer, 3D (Remote Europe) -- https://canvas.io/careers/?gh_jid=4436667006 Our tech stack (partial list): * Computer Vision: C++, Python, PyTorch, Docker * Web frontend: Javascript/Typescript, ReactJS * Web backend: Python/Django, PostgreSQL, Unix, Docker * 3D Visualization: Javascript/Typescript, ReactJS, Three.js, WebGL, C++ * Infrastructure: AWS, Terraform, Gitlab
Product: Mobile LiDAR-based scanning (iPhone/iPad) + AI pipeline that produces editable 2D/3D CAD/BIM deliverables and measurement reports
Use cases: Construction, architecture, and design professionals for as-built models and measurements
Scale (site-reported): 150M+ sq ft modeled; 12,000+ professional users; 500,000+ scans
Tech highlights: Computer vision (C++, Python, PyTorch), Web (React, Typescript), Infrastructure (AWS, Terraform)
Employee count (reported): 115
Reality capture, as-built modeling, digital twins for construction/architecture/design
PropTech / construction technology / 3D scanning
$20M
Reported to bring total funding to $32.5M
$10M
Company blog announced $10M Series A-1 naming Trilogy Equity Partners, Foundry Group, Acquired Wisdom Fund, GC&H Investments, and Frontier VC as investors
“Foundry Group, Intel Capital, Shea Ventures listed as historical investors; recent investors named include Trilogy Equity Partners, Acquired Wisdom Fund, GC&H Investments, and Frontier VC”
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Duties Canvas is seeking a Senior ICBM Guidance, Navigation & Control (GN&C) Test & Evaluation Engineer. As a Senior/Expert GN&C Test & Evaluation Engineer, you will provide expert technical guidance and support to the Air Force Sentinel ICBM Lead Developmental Test & Evaluation Organization (LDTO)/Combined Test Force (CTF). Your responsibilities will include:
Requirements
Bachelor's in a related field (e.g., Aerospace Engineering, Electrical Engineering, Mechanical Engineering) degree. *Experience may be substituted for education with customer approval.
15 years of relevant experience.
Senior-level expertise in inertial GN&C systems is essential, with demonstrated experience in the design, testing, and analysis of strategic-grade systems.
Expertise in performing comprehensive accuracy analysis on complex GN&C systems, including:
Understanding of error propagation and its impact on overall system accuracy.
Ability to derive and apply statistical methods to quantify GN&C performance and identify error sources from collected GN&C test data.
Analyzing pre-flight predictions versus post-flight performance to assess GN&C system accuracy and identify discrepancies.
Proven experience in supporting guidance related tests, inertial performance testing, and subsystem qualification, including the development and implementation of enhanced ground test campaigns designed to tease out subtle errors and inform error models.
Experience with test design and inertial instruments needed to ensure targeted data points can be collected and isolated properly.
Experience with strategic-grade inertial navigation instruments, including experience in their calibration, alignment, and performance characterization under various environmental conditions.
Familiarity with the role of real-time simulators in Hardware-in-the-Loop (HWIL) testing.
Familiarity with ICBM missile systems and related subsystems/equipment, their projected use in the military, and methods of testing.
Familiarity with test & evaluation planning and processes - test conduct, data analysis/evaluation, modeling and simulation, technical report preparation, and administrative aspects of ground and flight test programs.
Security Clearance
Desired Experience
Other Essential Job Functions