Job Title:

Software Engineer – .NET & Embedded Systems (Instrumentation)

Department:

Diagnostics - Research & Development / Engineering – Software & Embedded Systems

Location:

Vapi, Gujarat.

Reports To:

Manager / Senior Manager – R&D (Software & Embedded Systems)

Job Purpose:

To design, develop, and integrate software applications with embedded and electrical systems used in advanced instrumentation and medical diagnostic devices. The role involves full-cycle software development using the .NET framework (C#), SQL Server, WPF/WCF, and embedded system interfaces to ensure high product reliability, performance, and user experience.

Key Responsibilities:

1. Software Development & Integration

• Design, develop, and maintain software applications using the .NET framework with C#.
• Build user interfaces using WPF (Windows Presentation Foundation) and service layers using WCF.
• Integrate software with electrical and embedded hardware systems, ensuring smooth data communication and device functionality.
• Develop and optimize backend components involving stored procedures, functions, and triggers in SQL Server.
• Work closely with embedded engineers to implement and validate firmware–software communication protocols.

2. Instrumentation & Device-Level Application Development

• Develop software modules for instrument-based applications, ensuring accurate device performance, reliability, and calibration support.
• Understand device-level signals, hardware interactions, and embedded workflows for seamless integration.
• Provide software support during prototype testing, instrumentation trials, and production validation cycles.

3. Testing, Debugging & Performance Optimization

• Conduct unit, integration, and system testing for software and embedded interfaces.
• Troubleshoot bugs across software, hardware integration, and database layers.
• Optimize performance for real-time processing, device responsiveness, and data accuracy.

4. Documentation & Compliance

• Prepare detailed technical documentation including design specifications, integration notes, test reports, and user instructions.
• Ensure compliance with internal engineering standards and external regulatory norms relevant to medical diagnostic devices.
• Maintain version control, coding quality, and secure development practices.

5. Cross-Functional Collaboration

• Collaborate with electrical, embedded, mechanical, QA, and product management teams to deliver robust product features.
• Support validation, verification, and field-testing teams during device trials and customer pilots.
• Participate in design reviews, requirement analysis, and product enhancement discussions.

6. Customer & Field Support (Technical)

• Provide technical support for field issues related to software or embedded integration.
• Participate in root-cause analysis and ensure timely resolution of product issues.
• Assist in instrument customization or updates required for customer sites.

Qualifications and Experience:

• BE Electrical / BE Computer / MCA / MCS (Computer Science).
• Strong working experience with:
• .NET framework with C#
• SQL Server (Stored Procedures, Functions, Triggers)
• WCF & WPF application development
• Electrical / Embedded systems integration
• Prior experience working on instrument-based or device-driven software is mandatory.
• Experience in medical diagnostic or medical device industry is strongly preferred.

Skills and Competencies:

• Strong programming skills in C# and .NET Framework, with good understanding of OOP concepts.
• Strong knowledge of SQL Server database design and scripting.
• Understanding of electrical/electronic circuits and embedded system interfaces.
• Excellent problem-solving, debugging, and analytical abilities.
• Ability to work closely with cross-functional engineering teams.
• Fluent in English with good communication and documentation skills.
• Proficiency in MS Office, development tools, version control systems (Git), and debugging tools.
• Ability to manage multiple tasks and deliver results in fast-paced R&D environments.

Key Performance Indicators (KPIs):

• Quality and timeliness of software deliverables.
• Stability, performance, and reliability of software integrated with instruments.
• Reduction in recurring software–embedded integration issues.
• Effectiveness of debugging, root-cause resolution, and technical support.
• Contribution to product enhancements and new feature development.
• Quality of documentation and compliance adherence.

Please apply to [email protected] or refer to someone.