Projects

Type: academic project

Problem: Hardware analysis of custom fabricated boards or computing devices with challange of future smart city tech

Solution: a plug and play toolkit proof of concept

Outcome: Intuitive utility through automation, yet AI data set creation can enhance the use case even further

Type: academic competition project

Problem: Inter-University competition for in-house off-road buggy manufacturing

Solution: with an off the shelf engine as per regulations and old scrap parts, an amazing machine was made. Capable of manuvering and powerful enough to fulfil the technical challenges

Outcome: The project won the 2nd runner up prize, as I was an active member of the team

Type: DIY project

Problem: Domestic use gensets have a common problem and an electric hazard of changing power sources. General relays usually get fried from continuous supply to the 220v relay

Solution: an economical yet intuitive approach to implement reverse logic through 12 voly relays

Outcome: Hence, enhancing longevity of the relatively expensive relay

Type: academic project

Problem: Hands on understanding of variable power supplies, regulators and transformers

Solution: use of capacitors for signal filtering and reverse protection through diodes

Outcome: self-designed and implemented on spotted vero board with soldering iron practice