Mohaimenul Islam Email & Phone Number

Alameda, California, United States

Apply first principles to design and develop an intelligent wildfire suppression system for autonomous aircraftDesign, develop, and test physics based models and algorithms for planning, targeting, and delivering suppressant to achieve mission objectivesCollaborate with other engineers to support the development of rapid wildfire containment or management.

Alameda, California, United States

Implement and test flight software in C++ to enable fire suppression intelligence on autonomous wildland firefighting helicoptersDesign and prototype compressed air foam systems to fight fires from an aerial platform; Optimize fluid flow for foam bubble adhesion and laminar flow to achieve maximum accuracy and reachDesign and fabricate aluminum and.

Durham, North Carolina, United States

• Machined components of a carbon fiber dodeca-hexacopter with 12-rotors capable of carrying payloads of up to 1000lbs while meeting the design criteria of the XPRIZE Rainforest Competition
• Coded and interfaced with a Pixhawk flight controller and tuned PID control loops to enable drone to take-off and fly autonomously to GPS coordinates while maintaining stable and reliable flight
• Optimized and tested hybrid-electric generators to enable long range flights through rough weather conditions

Durham, North Carolina, United States

• Designed quick fit smart wristwatch band with a geometric capture retention mechanism that passes Garmin reliability and robustness tests for frequent active use
• Prototyped and optimized band material and size while minimizing design complexity which reduced production cost by 10% and enhanced usability of the band
• Designed and prototyped a tool-less hinge attachment with tactile feedback and electrical connections for charging using CAD software and 3D printing

Durham, North Carolina, United States

• Performed CFD simulations and designed virtual wind tunnel experiments to investigate the interaction between a gust generator and a clamped flat-plate wing which showed flutter suppression at certain frequencies
• Performed wind tunnel experiments, measuring pressure data with dynamically calibrated pitot tubes to validate the previously run virtual wind tunnel simulations to obtain fluid flow properties as a way of better.
• Analyzed the effects of the varying frequencies of the gust generator on the flutter-forced response of a clamped wing using accelerometer data

Raleigh-Durham, North Carolina Area

• Designed prototype passenger electric vehicles that broke two World Records for fuel-efficiency and battery-power efficiency
• Optimized the body of the vehicle using SolidWorks and ANSYS to reduce drag by 12% from previous record holders
• Machined the carbon fiber composite body of the vehicle in-house and ran wind-tunnel tests to verify CFD data

Raleigh-Durham, North Carolina Area

• Performed CFD analysis on biplane aerospace structures to improve efficiency of airborne wind turbine(AWT) models
• Applied for the publication of provisional patent for the landing system of AWTs on offshore moving platforms
• Designed interconnect system optimizing for cost and energy-efficiency for an offshore AWT farm with 10000 turbine units

Raleigh-Durham, North Carolina Area

• Designed and constructed a 7-feet, 3-stage rocket for IREC 2017-18 in an 8-member team
• Circuited and programmed an altimeter to release stages of the rocket and deploy parachute at apogee
• Designed and machined the payload carrier and the second stage of the rocket using carbon fiber and aluminum

• Constructed an ROV for the detection and retrieval of metals and plastics from underwater depths greater than 15-feet
• Designed the structure of the ROV for neutral buoyancy and calibrated the balance of 6 bilge pumps for 3 axis movement
• Modeled, 3D printed and built a remotely controlled ATV with flying and amphibious modules in a team of 7 engineers

Dhaka, Bangladesh

• Founded a 150-people non-profit organization and led a successful crowdfunding campaign to fund education for 20 children
• Engaged in leadership training, team dynamics and public speaking skill development trainings for 57 volunteer workers

Berlin Area, Germany

• Performed data analysis and case study simulations for Germany’s green energy transition, Energiewende.
• Collaborated with the Department of Energy in Germany in a 10-member think-tank to propose technology policies