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More than building MedTech, we’re building future. Be part of the Syrma Johari story. Grow, learn and thrive; Your opportunity starts now.

Why Work at Syrma Johari MedTech?

At Syrma Johari MedTech, you become part of a team shaping the future of global healthcare through design, engineering, manufacturing, and regulatory excellence. From advanced diagnostic platforms to connected medical devices, we work on technologies that impact patient care worldwide.
We believe great products are built by empowered people. That’s why we foster a culture of collaboration, continuous learning, ownership, and innovation — giving every team member the opportunity to grow, contribute, and create meaningful impact.
Whether you are starting your career or bringing years of expertise, SJML offers the platform to learn, lead, and build the next generation of MedTech solutions.

MedTech Innovation

Work on cutting-edge medical technologies across diagnostics and therapeutic devices, and design to precision manufacturing.

Growth & Learning

Build your career through hands-on experience, cross-functional exposure, mentorship, and continuous skill development.

Collaborative Culture

Join a team driven by humility, innovation, accountability, and shared success across engineering, operations, quality, and business functions.

Modern Work Environment

Experience thoughtfully designed workspaces, advanced labs, manufacturing facilities, and collaborative zones built for productivity and creativity.

Recognition & Rewards

We celebrate contributions, encourage new ideas, and recognize individuals who create impact through performance and teamwork.

Purpose-Driven Work

Be part of projects that improve healthcare accessibility, reliability, and patient outcomes across global markets.

Life at Syrma Johari MedTech

Life at Syrma Johari MedTech

Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML
Life at SJML

Career Opportunities

Control System Algorithm Engineer – (IIT – Fresher)

Job Description:

  • Control System Algorithm Engineer to design, implement, and validate control algorithms for respiratory medical devices such as ventilators, CPAP/BiPAP systems, and oxygen therapy equipment.
  • The role requires expertise in control theory, embedded systems, and medical device regulations to ensure safe, accurate, and responsive device operation.

Required Qualification:

  • Bachelor’s/Master’s in Control Systems, Electrical/Electronics, Biomedical, Mechanical, or Mechatronics Engineering.  
  • 3–6 years’ experience/Fresher from IIT MTech/Phd in control system design for medical devices or safety-critical systems.

     

Strong expertise in:  

  • Control theory (PID and adaptive control)  
  • Embedded systems programming (C/C++, MATLAB/Simulink)  
  • Real-time signal processing

Key Responsibility: 

  • Algorithm Design & Development 
    • Develop real-time control algorithms for respiratory devices, including:  
    • Pressure control  
    • Flow control  
    • Volume control  
    • Triggering and cycling mechanisms  
    • Implement closed-loop control strategies (PID, model predictive control, adaptive control).  
    • Optimize algorithms for patient safety, comfort, and device efficiency 
  • System Modeling & Simulation 
    • Develop mathematical and simulation models of:  
    • Patient respiratory mechanics  
    • Pneumatic systems  
    • Sensors and actuators  
    • Use MATLAB/Simulink, Python, or equivalent for modeling and simulation of control systems 
  • Embedded Implementation 
    • Implement control algorithms on embedded platforms (microcontrollers, DSPs).  
    • Work closely with firmware and hardware teams to ensure real-time execution and sensor integration.  
    • Optimize for low-latency, low-power, and reliability. 
  • Verification & Validation 
    • Define and execute unit tests, integration tests, and system-level validation.  
    • Ensure algorithm safety under all operating conditions.  
    • Support regulatory testing and compliance activities (ISO 13485, IEC 60601, IEC 62304).
  • Sensor & Signal Processing 
    • Interface with flow, pressure, and oxygen sensors.  
    • Implement signal filtering, calibration, and sensor fusion.  
    • Ensure high accuracy and reliability of measured parameters. 

General Skill Required:

  • Ability to work under pressure and a problem-solving mindset 
  • Ability to work well in a team environment 
  • Excellent verbal and written communication skills 
  • Strong multitasking skills 
Apply Now

Mechanical Design Engineer (4 –7yrs)

Job Description:

  • Mechanical Design Engineer to join our medical device development team. You will play a key role in designing plastic injection‑molded parts, sheet‑metal components, and precision‑machined parts, and will contribute to the full product lifecycle—from concept development to production handoff. 
  • This role is ideal for an engineer who enjoys hands‑on design work, detailed problem‑solving, and cross‑functional collaboration in a regulated product environment. 

Required Qualification: 

  • Bachelor’s degree in Mechanical Engineering. 
  • Experience of 3-6 years in designing plastic, metal, and machined components. 
  • Strong proficiency in SolidWorks, 3D modeling, GD&T, and engineering drawings. 
  • Understanding of DFM/DFA principles and manufacturing processes. 
  • Ability to conduct basic mechanical calculations and tolerance analysis. 
  • Experience in medical devices or regulated products is a plus. 
  • Strong problem‑solving, teamwork, and communication skills. 
  • Ability to work independently while contributing effectively to team goals. 

Key Responsibility: 

  • Create 3D CAD models, 2D drawings, and BOMs using SolidWorks. 
  • Generate concepts and support feasibility studies for new product designs. 
  • Perform engineering analyses, including mechanical calculations and tolerance stack‑ups. 
  • Develop designs optimized for manufacturability, assembly, quality, and cost. 
  • Support selection and qualification of COTS components. 
  • Work closely with toolmakers, mold designers, manufacturing partners, and suppliers. 
  • Participate in prototype builds, testing, and V&V execution. 
  • Contribute to Design History File (DHF) documentation, including design inputs, outputs, and test reports. 
  • Support risk management activities such as FMEAs and hazard analyses. 
  • Collaborate with cross‑functional teams, including quality, regulatory, manufacturing, and project management. 
  • Read and interpret design inputs, requirements, and specifications with minimal supervision. 

General Skill Required: 

  • Shall be able to mentor, train, and lead other engineers 
  • Ability to work under pressure and a problem-solving mindset 
  • Ability to work well in a team environment 
  • Excellent verbal and written communication skills 
  • Strong multitasking skills 
Apply Now

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