Mechanical Engineering
Delhi Technological University
Bachelor of Technology in Mechanical Engineering. Graduated with an 8.3 CGPA.
SHUBHAM MALIK / PRODUCT & ENGINEERING
I like figuring out what’s worth building and how to make it work.
Container architecture, payload packaging and a two stage release mechanism for Team DTU Altair’s atmospheric probe.
Sensor fusion and PI control for autonomous path following, balancing race pace with tracking accuracy.
Comparing eight bypass flow angles through CFD to study nozzle performance. Team research presented at ICMATSD 2023.
Delhi Technological University
Bachelor of Technology in Mechanical Engineering. Graduated with an 8.3 CGPA.
IIIT Delhi
Built a pure pursuit controller for velocity and path tracking on a last mile autonomous vehicle. Tested the navigation stack on a physical rickshaw and tuned the controller to improve path tracking accuracy by 60%.
Care Health Insurance
Managed delivery across two Agency Team verticals, from requirements and sprint planning to UAT and rollout. Connected business stakeholders with an eight person engineering team and helped close over 100 reported production issues.
Turing
Developed 150+ datasets for supervised fine tuning, shaped around client requirements for LLM reasoning and reliability. Worked with ML engineers and UX researchers to prototype internal data validation tools and refine workflows.
Government exam preparation
Time dedicated to preparing for government examinations.
A LITTLE ABOUT ME
I’m Shubham, a mechanical engineering graduate from DTU with experience in business analysis, AI data work and robotics.
I studied mechanical engineering, but I’ve never wanted that to define everything I work on. I enjoy moving between hardware, software, and design. Each gives me another way to explore an idea, and I like being able to follow a problem wherever it takes me.
What keeps me interested is the back and forth between an idea and trying it out. Building something gives me new questions: does this make sense to someone else? Is the extra complexity helping? What would make it useful enough to come back to? That’s a big part of why I’m drawn to product work.
I enjoy getting into the details, but I also want a say in what we build and why. I’m still exploring where that combination will take me, and I want to keep learning by making things people can actually use and alleviate real problems.