Senior Manager Design

SENIOR SPORTSWEAR DESIGNER Sun Scientific Inc. Location: Dobbs Ferry, NY. Status: Full-Time. Salary: $110,000–$140,000 Base Can be Hybrid About the Role We are looking for an exceptionally talented SENIOR SPORTSWEAR DESIGNER to join our R&D and Engineering team. Sun Scientific is a fast-growing, patient-centric medical device company bringing wearable therapeutic products into the future — with applications in both healthcare and consumer wellness. This is a hands-on, high-impact role where you will push the form, fit, and function of our current and in-development product lines using the latest in material science, manufacturing processes, and design thinking. You lead with function. Manufacturability is your discipline. You understand that a great product must be designable, buildable, and usable — and you sweat the details that make the difference: how a closure holds under pressure, how a bladder connects to a liner without leaking or slipping, how a patient opens a device one-handed after surgery. What You Will Do Design & Creative Direction • Lead end-to-end development of soft-good components across current products and next-gen programs — from initial concept and early prototyping through production-ready design — balancing clinical performance requirements with user comfort, fit, and ease of use. • Drive rapid design iteration from rough concept to honed product — using whatever tools move fastest, whether that’s a sketch on paper, a 3D model, a cut-and-tape prototype, and hand-sewn samples — with the discipline to know when to stop iterating and commit to a direction. • Own CMF direction and stay current on performance materials, bonded construction, and functional hardware — sourcing intelligently for durability, washability, and production scale • Stay current on advances in performance materials, bonded and welded textile construction, and functional hardware — sourcing intelligently for durability, washability, and production scale Functional & Technical Design • Design soft goods for production via sewing, RF welding, ultrasonic bonding, and heat-bonded construction — specifying construction methods that are compatible with production tooling and meet medical device durability standards, rather than defaulting to only sewn apparel techniques • Design and specify the integration of pneumatic systems — including how air bladders attach to and interface with form-fitting liners, tube routing, port placement, and seal integrity under repeated use • Write clear and detailed functional design briefs that engineering teams can execute • Own the user interface details that determine whether a product actually works in the field: closure systems, quick-release and donning/doffing mechanisms, attachment hardware, fasteners, and any feature requiring patient interaction — designed for one-handed use, gloved hands, or limited dexterity where applicable • Collaborate cross-functionally with engineering, clinical, regulatory, and commercial teams — from design brief to sign-off — ensuring design intent is preserved and requirements translate into approvable specifications • Oversee wear testing and provide design feedback based on functional performance results. Collaboration & Communication • Work as an embedded member of the R&D and Engineering team — fluent in both design intent and engineering execution, and equally comfortable in a design review and on the production floor • Present design concepts and rationale confidently to clinical, regulatory, and commercial stakeholders — translating construction decisions into language non-designers can evaluate and approve • Work closely with manufacturing and sourcing partners domestic and internationally, including China — conducting design reviews, sample approvals, and factory communications What You Bring Fashion & Design Skills (Must Have) • Exceptional eye for silhouette, proportion, drape, and wearability • Deep knowledge of garment construction, pattern making, and production processes • Proven ability to solve user interface and attachment challenges — closures, sealing, hardware integration — in products with functional and durability requirements • Hands-on experience building prototypes — iterating quickly from concept sketch through multiple rounds of physical samples to production-ready spec Functional & Technical Knowledge (Essential) • Direct hands-on experience with bonded and welded soft goods construction — RF welding, ultrasonic welding, heat bonding, or lamination — as distinct from sewn apparel manufacturing • Understanding of how the body moves and how to design around it • Familiarity with washability standards, wear durability testing, and performance certification Tools & Software • CLO 3D or equivalent 3D garment simulation software • Adobe Illustrator & Photoshop — technical flats, mood boards, presentations • Procreate — ideation and concept sketching • Microsoft Office / Google Suite — spec sheets, BOM management, project tracking • PLM tools a plus AI assisted design tool and software Experience & Education Required • 6+ years of experience in sportswear, performance soft goods, or wearable product design with demonstrated exposure to tool or bonded/welded construction processes • Demonstrated portfolio of functional wearable or performance soft goods products that shipped to market • Bachelor's degree in Fashion Design, Apparel Design, Textile Engineering, or Industrial Design • Experience working within a performance, athletic, or wearable product brand — or a medical device company with a strong product design culture Preferred • Background with brands known for pushing performance design and material innovation — Nike, Under Armour, Lululemon, Athleta, or similar; experience at a sports recovery or wearable device company (Hyperice, Therabody, WHOOP, or comparable); or a high-growth wearable or medtech startup with strong product design DNA • Basic understanding of flexible PCBs, sensors, and low-profile electronic components as they relate to garment design • Master's degree in Apparel Design, Textile Engineering, or Biomedical Engineering. • Basic knowledge about FDA 21 CFR Part 801 labeling requirements, ISO 13485 standards, and biocompatibility testing.