Shani Dev Mishra

Software Engineer

Bengaluru, Karnataka, India14 yrs 11 mos experience

Key Highlights

Led development of critical software for semiconductor reliability.
Spearheaded real-time sports content solutions for betting platforms.
Improved diagnostic software for medical devices enhancing accuracy.

Stackforce AI infers this person is a Software Engineer specializing in Semiconductor and Healthcare industries with a strong focus on Agile methodologies.

Contact

Skills

Core Skills

C++Software DevelopmentAgile MethodologiesMedical Device SoftwareMedical Imaging Software

Other Skills

C++17C++20PythonC#GTestWindows Presentation Foundation (WPF)Test-Driven DevelopmentMFCBoost C++Product DevelopmentMicrosoft AzureATEC++14AzoreApplication Development

About

Experienced Software Design Engineer with a demonstrated history of working in the medical device/Semiconductor industry. Skilled in modern C++, VC++,MFC, C#, Python, GTest, Software Design, Agile, OO DB Vercent, and WiX. Strong engineering professional with a Btech focused in Computer science and engineering from United college of Engg & Research Allahabad, UPTU.

Experience

14 yrs 11 mos

Total Experience

Average Tenure

Current Experience

Intel corporation

System Software Development Engineer

May 2021 – Present · 5 yrs 1 mo · Bengaluru, Karnataka, India · Hybrid

Feature Lead – Semiconductor Reliability Testing Operating Systems (TOS) Software
Successfully owned end-to-end delivery of mission-critical features for High Density Modular Test Burn-In (HDBI) systems, utilizing C++17/20, Python, C#, and GTest to optimize semiconductor reliability and test efficiency.
Defined technical specifications and drove stakeholder alignment, resulting in features that met business needs and accelerated time-to-market.
Authored functional and design documentation to streamline development, enabling seamless cross-team collaboration.
Led code reviews and advanced integration testing, directly contributing to a measurable reduction in post-release defect rates and quality escalations.
Collaborated with hardware teams to synchronize software and test protocols, which improved test accuracy and reduced hardware-software mismatches.
Delivered stakeholder demos and training, supporting rapid feature adoption and driving continuous improvement in test workflows.
Key Achievements:
Enhanced test throughput and reduced cycle time by deploying scalable, modular software features in HDBI systems.
Improved reliability metrics of tested devices by helping identify and eliminate early failures, supporting robust quality assurance for semiconductor products.
Boosted multi-team productivity through detailed documentation and effective communication practices, facilitating smoother product releases and operational efficiency

C++17C++20PythonC#GTestAgile Methodologies+2

Scientific games india

Advanced Software Engineer

Sep 2020 – Apr 2021 · 7 mos · India · Hybrid

Team Lead – Sports Event Display Systems (OpenBet)
Spearheaded the engineering of dynamic sports content display solutions, delivering reliable, real-time experiences for high-volume betting platforms.
Engineered the Promote Studio Manager, enabling dynamic and real-time rendering of sports event content for enhanced user engagement.
Refactored legacy codebase to boost scalability and reduce latency, improving system responsiveness during peak betting periods.
Optimized algorithms, resulting in higher data processing throughput and more accurate event displays.
Facilitated Agile ceremonies, sprint planning, and peer code reviews to drive continuous delivery and team collaboration.
Coordinated with UI/UX teams to elevate user experience and streamline the sports information workflow.
Key Achievements:
Improved display system performance, supporting seamless delivery during major global sporting events.
Reduced page load times and operational latency, increasing live event engagement and retention.
Enabled platform scalability to manage record-high betting activity, achieving uninterrupted service and system reliability

Windows Presentation Foundation (WPF)Test-Driven DevelopmentAgile MethodologiesSoftware Development

Beckman coulter

2 roles

Software Design Engineer 3

Promoted

Jan 2019 – Sep 2020 · 1 yr 8 mos · Bangalore

Senior Developer – Immunoassay, Urine Analysis & Chemical Chemistry Analyzer Systems
Led full lifecycle development for DxU iChemVelocity and DxU IQ 200 diagnostic platforms, driving innovation in medical device software for accurate laboratory testing.
Delivered end-to-end development of key analyzer systems, ensuring reliability and performance in complex diagnostic workflows.
Designed a LIS Message Decoder Tool for internal diagnostics and efficient log parsing, enhancing troubleshooting capabilities.
Contributed to software development for AU5800/AU480 Chemistry Analyzers and Access 2 Immunoassay systems, supporting critical clinical applications.
Acted as Scrum Master for the Low Volume Work Cell UI development, championing Agile adoption and accelerating delivery cycles.
Facilitated cross-functional collaboration among software, hardware, and QA teams to align project goals and ensure quality compliance.
Key Achievements:
Improved diagnostic platform stability and reduced debugging time through innovative tooling and process improvements.
Enabled faster releases and higher team productivity via Agile leadership and effective sprint management.
Strengthened interdisciplinary teamwork, leading to smoother integration and higher product quality in FDA-regulated environments.

MFCBoost C++Software DevelopmentMedical Device Software

Software Design Engineer 2

May 2015 – Dec 2018 · 3 yrs 7 mos · Bangalore

Senior Developer – Immunoassay, Urine Analysis & Chemical Chemistry Analyzer Systems
Led full lifecycle development for DxU iChemVelocity and DxU IQ 200 diagnostic platforms, driving innovation in medical device software for accurate laboratory testing.
Delivered end-to-end development of key analyzer systems, ensuring reliability and performance in complex diagnostic workflows.
Designed a LIS Message Decoder Tool for internal diagnostics and efficient log parsing, enhancing troubleshooting capabilities.
Contributed to software development for AU5800/AU480 Chemistry Analyzers and Access 2 Immunoassay systems, supporting critical clinical applications.
Acted as Scrum Master for the Low Volume Work Cell UI development, championing Agile adoption and accelerating delivery cycles.
Facilitated cross-functional collaboration among software, hardware, and QA teams to align project goals and ensure quality compliance.
Key Achievements:
Improved diagnostic platform stability and reduced debugging time through innovative tooling and process improvements.
Enabled faster releases and higher team productivity via Agile leadership and effective sprint management.
Strengthened interdisciplinary teamwork, leading to smoother integration and higher product quality in FDA-regulated environments.

Windows Presentation Foundation (WPF)MFCSoftware DevelopmentMedical Device Software

Siemens technology india

Senior System Engineer

May 2011 – May 2015 · 4 yrs · Bangalore

Sr. Developer – Syngo Medical Imaging Software Framework
Contributed to development and maintenance of Syngo Patient Management modules supporting CT, MR, and X-ray clinical workflows, ensuring seamless integration across medical imaging modalities.
Developed and enhanced Syngo Patient Management modules to streamline clinical workflows for multiple imaging modalities.
Integrated DICOM standards and imaging protocols to ensure interoperability and compliance across CT/MR/X-ray systems.
Maintained legacy software and led the complex platform migration from Windows XP to Windows 7, improving system stability and security.
Supported clinical validation initiatives and ensured adherence to healthcare regulations and standards.
Created detailed technical documentation and delivered demos to stakeholders, facilitating transparency and cross-functional collaboration.
Key Achievements:
Delivered reliable software enhancements supporting efficient diagnostic workflows and improved patient management.
Successfully migrated critical legacy systems with zero downtime, enhancing platform robustness.
Strengthened compliance with healthcare standards by integrating industry imaging protocols and validation processes.