Medical Device Design
Full-lifecycle design from concept generation through design transfer.
Engineering Better Outcomes
Medical Device Design & Engineering Services
From concept through design transfer, we help MedTech teams engineer reliable, safe, and manufacturable devices for regulated markets.
Discuss Your Device Program250+ Medical Devices Designed & Developed
Class I, II & III Device Development
ISO 13485-Certified Quality System
What We Do
Medical Device Engineering, End to End
We provide specialized design services for electromechanical medical devices — integrating mechanical design, electronics, embedded systems, and user-centered design to build reliable, safe, and manufacturable products.
Product Design & Development
User needs analysis, feasibility, and iterative development against functional and safety requirements.
Mechanical Design
CAD modeling and mechanical engineering for enclosures, mechanisms, and precision components.
Electronics Design
Circuit design and hardware engineering built for regulated device performance.
PCB Design
PCB layout and design engineering supporting signal integrity, safety, and manufacturability.
Embedded Systems Development
System architecture spanning hardware, firmware, and connectivity.
Firmware Development
Embedded software engineering aligned to IEC 62304 and device safety requirements.
Industrial Design
User-centered form and interface design for clinical and home-use environments.
Rapid Prototyping
Functional prototypes built to evaluate performance, usability, and reliability early.
Verification & Validation Support
Structured V&V testing to confirm design outputs meet specifications.
Design for Manufacturing (DFM)
Production-ready design with validated processes and defined quality controls.
Design Sustenance
Ongoing design support and obsolescence management for devices already in production.
Product Lifecycle Management
Engineering ownership across a device's life, from change control through redesign.
In-house labs support electrical safety and IEC 60601 testing, EMC and reliability testing, and environmental and endurance testing — so verification doesn't wait on a third-party lab queue.
How We Work
A Structured Path From Concept to Production
Our engineering programs move through a clear, structured development path — reducing ambiguity, controlling risk, and preparing the product for clean downstream execution.
01
Concept & Feasibility
User needs analysis, technical feasibility, and early risk assessment define the development direction before resources commit.
02
Systems Architecture & Design
Mechanical, electronic, and software requirements are structured into one system architecture, with usability and risk controls (ISO 14971) built in from the start.
03
Prototyping & Verification
Functional prototypes are tested against defined requirements, closing gaps before they become expensive downstream.
04
Design Transfer (DFx)
Finalized design moves to production with complete documentation, validated processes, and defined quality controls — built for a clean handoff, not a surprise at manufacturing.
User needs analysis, technical feasibility, and early risk assessment define the development direction before resources commit.
Mechanical, electronic, and software requirements are structured into one system architecture, with usability and risk controls (ISO 14971) built in from the start.
Functional prototypes are tested against defined requirements, closing gaps before they become expensive downstream.
Finalized design moves to production with complete documentation, validated processes, and defined quality controls — built for a clean handoff, not a surprise at manufacturing.
Every program runs on a structured phase-gate model with defined milestones, proactive risk and change management, and QARA oversight integrated from day one — not bolted on after the fact.
Case Studies
Recent Engineering Programs
Selected engineering programs across ophthalmic imaging, neurotechnology, and wearable cardiac monitoring — each shaped around product readiness, manufacturability, validation, and scalable production.
Case 01
Fundus Imaging Device from Prototype to Scalable Production
Optimized a fundus imaging device from prototype to production — refining mechanical design for manufacturability, developing precision molds, and setting up cleanroom lens assembly to protect optical accuracy at scale.
Concept & Feasibility
Design Engineering
Manufacturing Transfer
Outcome
Manufacturing-ready design with a 20% reduction in development cost.
Case 02
Accelerating Concept-to-Market for a Neuromuscular Rehabilitation Platform
Engineered a dual-wave neuromuscular stimulation platform on an FPGA-based architecture, applying DFM principles and a full V&V program to move from concept to an FDA 510(k)-aligned, production-ready device.
Design Engineering
Design Verification
Manufacturing Transfer
Outcome
Concept to commercialization in 2 years, with scalable manufacturing readiness for approximately 500 devices annually.
Case 03
Developing a Next-Generation Wearable ECG Device for Continuous Cardiac Monitoring
Led industrial design and product engineering for a wearable ECG device — optimizing form factor for 14-day battery life and long-term wearability, then carrying the design through to FDA- and CDSCO-compliant pilot production.
Design Engineering
Design Validation
Manufacturing Transfer
Outcome
30% cost reduction through design optimization, with FDA and CDSCO compliance achieved.
Testimonials
Client Voices
What partners say about working with Syrma Johari MedTech across innovation, product development, and commercialization programs.
Built for Regulatory Confidence
Engineering That Doesn't Create Regulatory Surprises
QARA is integrated into every engineering program from day one , not layered on after design freeze. Our teams work under an ISO 13485-certified quality system, with design controls, ISO 14971 risk management, and IEC 62304 alignment built into the development process — so verification, documentation, and design transfer are audit-ready by construction, not by cleanup.
Scope clarity: We engineer to regulatory requirements and support your submission documentation — we are not a substitute for your regulatory counsel on strategy-level decisions.
Common Questions About Our Design & Engineering Services
Do you work with startups as well as established medical device companies?
Yes. We partner with early-stage startups, growing MedTech companies, and established OEMs. Whether you’re developing a proof of concept, refining a prototype, or preparing for manufacturing, our engineering teams can support your product at every stage of development.
What stages of medical device development do you support?
We provide end-to-end engineering support—from concept development and product design to mechanical, electronics, PCB, embedded firmware, prototyping, verification & validation, and design transfer for manufacturing.
Can you support products that need to meet FDA and international regulatory requirements?
Yes. Our development process is aligned with industry-recognized quality and regulatory practices, including ISO 13485, FDA design controls, IEC 60601, IEC 62304, ISO 14971, and EU MDR requirements, depending on your project’s scope.
Will my intellectual property remain protected?
Absolutely. Protecting your intellectual property is a priority. We are happy to execute a Non-Disclosure Agreement (NDA) before discussing confidential project details, and all project IP remains with the customer as defined in the engagement agreement.
How do we get started?
It begins with a free engineering consultation. We’ll discuss your product, development stage, technical challenges, timelines, and project goals. Based on the discussion, we’ll recommend the most suitable engagement approach for your requirements.
How quickly will your team respond after I submit the form?
Once you submit your inquiry, our engineering team reviews your requirements and typically responds within one business day to schedule an initial consultation.
Let’s Accelerate Your Device to Market - Together!
Please fill out the form and our team will reach out within 24 hours. We look forward to hearing from you.
