Arpita Kumari

Intern

Ghaziabad, Uttar Pradesh, India1 yr 4 mos experience

Most Likely To Switch

Key Highlights

Hands-on experience in biomedical device prototyping.
Strong background in embedded systems and control algorithms.
Participated in national and international engineering competitions.

Stackforce AI infers this person is a Healthcare-focused engineering professional with expertise in biomedical devices and embedded systems.

Contact

Skills

Core Skills

Biomedical InstrumentationEmbedded SystemsMedical Device R&d

Other Skills

Closed-Loop Control Systems3D CAD designhardware developmentmicrocontroller programmingElectronic integrationmotion automationsystem optimizationTechnical benchmarkingdevice teardown insightsMedical Device PrototypingMechatronic System IntegrationActuator and Motor Driver InterfacingEncoder-based Feedback ControlSensor Integration and CalibrationElectronic Instrumentation

About

I am an undergraduate student in Electronics and Communication Engineering with a strong focus on hardware, control systems, and applied engineering. My experience is primarily in hands-on development. I have worked on medical device and robotics projects involving 3D design, circuit design, embedded C firmware, motion control, PCB development, and system integration. I have completed onsite research internships at IIT Bombay and IIT Madras, where I contributed to biomedical device prototyping and electromechanical system development. I have also participated in national and international competitions, working with simulation, microcontrollers, FPGA design using Verilog, sensors, actuators, and control algorithms. These projects required structured debugging, technical documentation, and performance validation under real constraints. My interests lie in medical devices, assistive technologies, and robotics, particularly systems that combine electronics, mechanics, and control. I aim to continue building depth in hardware-focused roles through research and engineering work.

Experience

1 yr 4 mos

Total Experience

9 mos

Average Tenure

1 yr 4 mos

Current Experience

Epfl

Research Intern at CREATE Lab (Computational Robot Design & Fabrication Lab)

Mar 2026 – Present · 2 mos · Lausanne, Switzerland · Remote

Indian institute of technology, madras

Academic Research Intern at Advanced Cardiovascular Technologies (ACT) Lab

Sep 2025 – Nov 2025 · 2 mos · Electrical Science Block, IIT Madras, Chennai, Tamil Nadu - 600036, India · On-site

Worked on a research initiative focused on preserving and screening a donor’s heart ex vivo. My work involved developing a custom multi-channel infusion system designed to deliver cardioplegic solutions and perfusates with accurate and stable flow control. I built the entire prototype from scratch, including 3D CAD design in Autodesk Fusion, hardware development with micro-metal gear motors and encoders, sensor integration, and embedded firmware programming to synchronize multiple infusion channels.
As part of the project, I also developed a mobile application that enables remote operation and real-time monitoring of the infusion module. This internship strengthened my skills in microcontrollers, actuators, system design, embedded firmware, and rapid prototyping. It provided valuable exposure to biomedical engineering workflows and taught me to handle complex engineering tasks independently within tight research timelines.

Biomedical InstrumentationClosed-Loop Control SystemsEmbedded Systems

Indian institute of technology, bombay

Summer Research Intern at Biomedical Engineering and Technology Innovation Centre (BETIC)

May 2025 – Jul 2025 · 2 mos · IIT Area, Powai, Mumbai, Maharashtra - 400076, India · On-site

Contributed to two medical device projects at BETIC, IIT Bombay:
Smear: Automated Blood Smear & Analysis System
Worked on the design and prototyping of a device that automates blood smear, imaging, and processing, aimed at improving diagnostic accuracy, especially for Sickle Cell Anemia. Involved in electronic integration, motion automation, research, system optimization, and testing of imaging modules.
Dental Intraoral Scanner
Supported reverse engineering of the Helios 500 scanner as part of BETIC’s initiative to develop an indigenous intraoral scanner for real-time imaging. Contributed through technical benchmarking, device teardown insights, and feasibility analysis.

Medical Device R&DEmbedded Systems