Smarter Alloys is at the forefront of the smart materials revolution. An innovator in shape memory materials, Smarter Alloys is enabling a transformation in design and utility of products and devices used by everyone, everywhere. Smarter Alloys’ Multiple Memory Material™ technology unlocks the full potential of shape memory alloys to be materials that truly function like machines. With applications ranging from wearable technology to medical devices, Multiple Memory Material is a platform technology that expands the application space of shape memory materials across a wide range of industries. Making smart materials smarter. The future of shape memory materials is here, and the future is smart. Smarter Alloys’ innovation has enabled several breakthroughs in the world of smart materials, including: Shape memory effect actuation at multiple temperatures in the same device Multiple psuedoelastic stress plateaus in the same device High spatial resolution shape memory effect and pseudoelasticity programming Hybrid shape memory effect and psuedoelastic devices Our technology enables devices that are smarter, lighter, more reliable and capable of previously unimaginable functions.
On-site · Cambridge
Lead and support R&D activities for nickel-titanium shape memory alloys, including materials development, device testing, and process optimization. Collaborate across R&D, production, and quality departments to support new product introductions and continuous process improvements.
On-site · Cambridge
The role involves owning the ISO 13485 Quality Management System and leading internal and external audits. The manager will guide regulatory strategy for medical device products to ensure a smooth path from development to commercialization.
On-site · Cambridge
Build, wire, and test electrical control panels and machinery based on technical drawings and schematics. Collaborate with engineering to modify existing equipment and ensure compliance with CSA and ESA standards.
On-site · Cambridge
Lead the end-to-end establishment of new material production lines, from vendor selection and equipment specification to installation and commissioning. Validate manufacturing processes using data analytics and statistical process control to transition the line into steady-state production.
On-site · Cambridge
The role involves designing components, fixtures, and test rigs in CAD to turn concepts into hardware. The engineer will build and iterate on prototypes using 3D printing and machining to evaluate device performance.
On-site · Cambridge
Program, set up, and operate CNC milling equipment to produce complex components for medical and energy systems. Collaborate with engineering to optimize part designs for manufacturability and maintain shop equipment.
On-site · Cambridge
The Production Team Lead owns daily shop floor performance by coordinating technicians and driving throughput across manufacturing processes. They are responsible for executing the production plan, resolving real-time bottlenecks, and managing equipment maintenance schedules.
