Roshan Gupta

Student Research Assistant at Institut für Industrielle Fertigung und Fabrikbetrieb IFF (2025-10 – Present)

• Engineered a machine learning pipeline in Python that improved fatigue classification accuracy by 15% through advanced multi-channel EMG signal feature extraction.
• Optimized data streaming throughput by 25% by integrating Apache Kafka and Apache Flink for real-time, low latency analysis of sensor data.
• Enhanced system reliability and deployment speed by 20% using Docker containers to modularize embedded and edge/cloud components.

Werkstudent - Software Developer at HOERBIGER Antriebstechnik GmbH (2025-04 – 2025-09)

• Accelerated unit testing cycles by 30% by integrating the Google Test framework into existing Embedded C projects.
• Reduced manual testing overhead by 25% through the establishment of automated CI/CD pipelines on Jenkins.
• Improved build efficiency by 20% by developing a cross-platform system using Ninja and MinGW, supporting multiple compiler environments.

Intern - Software Developer at ATLAS COPCO IAS GMBH (2024-09 – 2025-03)

• Increased communication reliability by 20% by implementing and validating OPC UA, MQTT, and HTTP-based API protocols.
• Achieved a 15% reduction in post-deployment bugs by developing comprehensive unit and integration tests using pytest and unittest.
• Ensured 99.9% data consistency across communication layers through the implementation of structured verification processes and automated test pipelines.

Werkstudent - Embedded Engineer at BEC Robotics (2024-05 – 2024-07)

• Developed a C++/wx Widgets simulation tool that increased sensor testing efficiency by 40% by modeling real time responses.
• Refined motor control precision by 12% through the development of hydraulic pump control logic based on real time sensor input.
• Improved performance monitoring by 20% by integrating sensor feedback and logging output for detailed system analysis.

Werkstudent - Embedded Systems Engineer at Nantis Gmbh (2023-11 – 2024-04)

• Streamlined embedded testing by 35% by designing a GUI-based test platform using Python and Qt.
• Increased diagnostic throughput by 25% through the implementation of multi-threaded scripts for concurrent data validation.
• Enhanced signal integrity by 15% by creating rigorous unit test cases to verify communication interfaces.

Student Research Assistant at ISW University of Stuttgart (2023-05 – 2023-07)

• Improved sensor calibration accuracy by 10% by assisting in the development of systems using PT100, PT1000, and KTY 84-130 sensors.
• Reduced hardware design errors by 20% by designing and modifying PCB layouts in Altium Designer.
• Shortened testing cycles by 15% through active participation in circuit debugging and lab-based hardware refinement.

Embedded Systems Engineer at Sacchidanand Utech Pvt. Ltd. (2020-10 – 2022-08)

• Developed 3+ LoRa WAN IoT products (Gas Detectors, Water Controllers), reducing device power consumption by 15% via firmware optimization on STM32 and ESP.
• Decreased hardware prototyping costs by 20% by utilizing Proteus and LTSpice for rigorous fault analysis prior to fabrication.
• Improved production speed by 25% by designing and testing optimized PCB layouts in KiCad and Eagle.

Master in Infotech – University of Stuttgart (2022-10)

Bachelor in Electronics and Telecommunication – Priyadarshini College of Engineering (2017-08 – 2020-12)