Integration Engineer

Engineering Project Manager @ TITAN Haptics | Mechatronics Engineer About TITAN Haptics TITAN Haptics is a venture-backed startup based in the Toronto area, pioneering high-definition haptic motor solutions for AR/VR, gaming, smartphones, automotive interfaces, and beyond. We thrive on rapid iteration, creative problem solving, and taking calculated risks to bring next-generation touch experiences to market. Our small, cross‑functional teams value initiative, collaboration, and the freedom to experiment. Role Overview As an Integration Engineer, you will own the development of integrations and guide customers through their haptic integration projects. You’ll work hand‑in‑hand with internal hardware, firmware, and software teams to turn concepts into working prototypes and production‑ready designs. Your expertise will ensure seamless integration of TITAN’s haptic solutions into diverse platforms and devices. Responsibilities Reference Design Development Architect and build end‑to‑end hardware prototypes (PCB layouts, mechanical assemblies, enclosure mockups) that showcase TITAN haptic motors. Select and source components (sensors, microcontrollers, connectors, 3D‑printed parts) to meet target specifications. Collaborate with firmware and software teams to integrate haptic drivers, perform real‑world testing, and iterate on performance. Customer Integration & Support Act as the primary technical liaison for customer design‑in projects, working with OEMs/ODMs to define requirements, troubleshoot integration issues, and deliver reference code/examples. Conduct on‑site or virtual demos, workshops, and training sessions to accelerate customer adoption of TITAN Haptics APIs and hardware. Respond to support tickets and drive resolution through cross‑functional collaboration. Prototype Validation & Testing Design and execute test plans: electrical measurements, haptic waveform characterization, durability and reliability tests. Analyze data, perform root‑cause investigations, and recommend design or process improvements. Cross‑Functional Collaboration Partner closely with Sales, Marketing, and Product teams to translate customer feedback into new reference design features or product enhancements. Provide regular status updates and technical presentations to stakeholders. Mentor junior engineers or interns as part of rapid prototyping initiatives. What You’ll Bring Hands‑On Prototype Experience Comfortable designing and assembling hardware prototypes, CAD (SolidWorks or Fusion 360), PCB breadboarding, 3D printing, CNC or laser cutting. Proficiency in electronics: soldering, circuit assembly, reading datasheets. Familiarity with microcontroller platforms (Arduino, STM32, ESP32) and writing integration code (C/C++). Technical Background Bachelor’s degree (or higher) in Mechanical Engineering, Electrical/Electronics Engineering, Mechatronics, or a related field. Solid understanding of mechanical tolerancing, material properties, and rapid prototyping workflows. Experience generating engineering documentation (schematics, BOMs, mechanical drawings, test plans). 2+ years of relevant experience. Communication & Customer Focus Clear, concise English communication, both written and verbal. Ability to translate complex technical concepts into easy‑to‑follow integration guides and presentations. Willingness to travel (when required) for on‑site customer support or industry events. Google Workspace (Docs, Sheets, Slides) and version control (Git). Familiarity with lab equipment: oscilloscopes, multimeters, hand tools, lathes, mills, CNC. Nice to Have Personal or side projects demonstrating creativity in electronics, robotics, or IoT. Experience with haptic or sensor integration in consumer electronics. Hobbyist skills in 3D printing, electronics, programming, machining. Knowledge of embedded firmware debugging tools. Passion for gaming, AR/VR, or emerging consumer tech trends. Fluency in Chinese, Japanese, or Korean for liaison with Asia‑based partners. Problem Solver: Quickly analyzes issues, explores root causes, and implements practical solutions. Resourceful: Seeks out new tools, resources, or contacts when standard approaches fall short. Self‑Starter: Takes initiative on tasks, manages time effectively, and drives projects forward with minimal supervision. Collaborative: Thrives in a small, cross‑functional team; values open sharing of ideas and feedback. Adaptable: Comfortable switching between mechanical design, electronics, and firmware debugging as priorities shift. Location & Work Model Primary Location: Mississauga, Ontario Flexible work schedule, focus on deliverables and outcomes rather than clocking hours. Full‑Time: CAD 60,000 – 70,000 per year + Employee Stock Options Flexible hours and vacation policy, trust in your ownership of deliverables. Opportunity to shape hardware reference designs that will be used by leading OEMs. Why This Role Matters At TITAN Haptics, our success depends on creating reliable, production‑ready reference designs and ensuring our customers can integrate haptics seamlessly. As an FAE/Integration Engineer, you: Bridge the gap between TITAN’s R&D prototypes and real‑world customer products. Influence design decisions that optimize performance, cost, and manufacturability. Help key partners (e.g., Oppo, Dell, BMW) bring haptic experiences to their flagship devices. Grow in a fast‑paced environment where your ideas and execution directly impact our technology roadmap. If you’re energized by hands‑on prototyping, love solving cross‑disciplinary engineering challenges, and want to see your work used by millions of end users, we’d love to hear from you. How to Apply Please send your resume, a brief cover letter highlighting relevant experiences, and any portfolio links (CAD models, GitHub repos, project write‑ups). Include “Integration Engineer” in the subject line. We look forward to seeing how you can help elevate TITAN’s haptic reference designs and customer integrations. Seniority level Entry level Employment type Full-time Job function Engineering and Information Technology Industry Computers and Electronics Manufacturing #J-18808-Ljbffr