Shudipta Chakrabartty

Co-Founder

Greenville, South Carolina, United States10 mos experience

AI EnabledAI ML Practitioner

Key Highlights

Innovative research in battery systems and combustion engines.
Founder of a successful Bengali audio story podcast.
Proficient in multiple programming languages and creative writing.

Stackforce AI infers this person is a versatile professional in Automotive Engineering and Media with strong research and creative skills.

Contact

Skills

Core Skills

Electrical EngineeringResearch And Development (r&d)Creative DirectionPodcastingCreative WritingMusic ProductionResearch SkillsProject Management

Other Skills

Battery Management SystemsEnergy storage technologiesThermal behavior of batteriesElectrical behavior of batteriesAdvanced combustion enginesVoice ActingStory WritingVoice overStrategic PlanningManagementSearch Engine Optimization (SEO)Interpersonal SkillsPython (Programming Language)Generative AIDecision-Making

About

Driven by a deep passion for electrical engineering, I'm Shudipta Chakrabartty, a recent graduate from the National Institute of Technology (NIT) Calicut. My journey has been marked by a relentless pursuit of innovative solutions in areas like battery degradation estimation and power system analysis. Proficient in programming languages like Python, C, Html and MATLAB, I thrive on developing practical solutions that make a difference. As a born leader, I've already taken initiatives such as founding a Bengali Audio Story-based podcast and serving as Vice Captain of the EEE Football Team, NIT Calicut. Eager to contribute my skills and enthusiasm to new challenges and opportunities in a dynamic professional environment.

Experience

10 mos

Total Experience

10 mos

Average Tenure

10 mos

Current Experience

Clemson university international center for automotive research

Graduate Research Assistant

Aug 2025 – Present · 10 mos · South Carolina, United States · On-site

Serving as a Graduate Research Assistant at Clemson University’s International Center for Automotive Research (CU-ICAR), with current research focused on battery systems and advanced combustion engines. My work involves exploring energy storage technologies, thermal and electrical behavior of batteries, and next-generation combustion strategies aimed at improving efficiency and reducing emissions. Engaged in hands-on experimentation, modeling, and collaboration with interdisciplinary teams to support the future of sustainable automotive engineering.

Battery Management SystemsEnergy storage technologiesThermal behavior of batteriesElectrical behavior of batteriesAdvanced combustion enginesElectrical Engineering+1