All posts by phyohhein

  • REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN
  • REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN
  • REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN
  • REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN
  • REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN
  • REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN

REMOTE HULL CLEANING RESEARCH VEHICLE: SENIOR DESIGN

  • Designed the modular frame that allows attachment of multiple systems for different missions.
  • Designed the drive system and the brush placements for balanced motion and desired swath.
  • Performed theoretical and Ansys Workbench analysis on housings (motor & electrical) and frames.
  • Integrated electrical and electronics system design including motors, power distribution, and controllers.

  • AUTOMOBILE WHEEL: COMPUTER AIDED ENGINEERING
  • AUTOMOBILE WHEEL: COMPUTER AIDED ENGINEERING
  • AUTOMOBILE WHEEL: COMPUTER AIDED ENGINEERING
  • AUTOMOBILE WHEEL: COMPUTER AIDED ENGINEERING

AUTOMOBILE WHEEL: COMPUTER AIDED ENGINEERING

  • Designed the automotive wheel subjected to appropriate loading under set failure criteria.
  • Performed design iterations and material selections to prevent failure within safety factor.
  • Checked structural integrity in Ansys Workbench by applying failure theories.

  • MENZIMUCK: SOLID MODELING

MENZIMUCK: SOLID MODELING

  • Modeled a simple wheel assembly of the Menzi Muck A91 and produced drawings on Pro-E.
  • Worked with teammates to ensure on time delivery of parts and assembly report as a format manager.

  • COOLING TOWER: THERMAL SYSTEM DESIGN

COOLING TOWER: THERMAL SYSTEM DESIGN

  • Determined flow types, fin designs, tower shapes, and basic dimensions to meet project objectives.
  • Researched required parts such as fans, heaters, pumps, thermocouples and connectors, valves, and pipes to fulfill design specifications.
  • Built the whole tower setup for future use of heat transfer lab sessions.

  • BATTLEBOT: FRESHMAN DESIGN PROJECT

BATTLEBOT: FRESHMAN DESIGN PROJECT

  • Built the autonomous RC-size car to compete in an arena under a set of rules.
  • Programmed in Arduino microprocessor for desired motion.
  • Selected suitable motors and implemented a vertically spinning rotor for enhancing performance.