Atulya Mohan

Mechanical Engineer & ETIM MS Candidate

DOWNLOAD PDF

Skills

Design & Simulation Tools

SOLIDWORKSSiemens NXFusion 360AbaqusCOMSOLFigma

Programming & Data Tools

MATLABPythonRExcelPower BI

Technical Expertise

ControlsThermodynamicsFluid MechanicsHeat TransferFEAMachine DesignDFM/DFAGD&T

Manufacturing & Prototyping

3D PrintingRapid PrototypingProcess Quality AnalysisCalibration

Languages

English (Native)Hindi (Fluent)

MS candidate in Engineering & Technology Innovation Management at Carnegie Mellon (GPA: 3.74), complementing a B.S. in Mechanical Engineering from Purdue (GPA: 3.2). Experienced in converting R&D concepts into manufacturable products through hardware design, simulation, prototyping, and data analysis. Demonstrated ability to lead projects, streamline processes, and contribute to technical publications. Seeking roles focused on hardware innovation, product development, and technical strategy in dynamic environments like startups or climate/energy sectors.

Education

Carnegie Mellon University

Jan 2025 - Dec 2025

MS in Engineering & Technology Innovation Management

  • GPA: 3.74
  • Coursework: Quantitative Entrepreneurship, Product Management, Electromechanical Systems Design, Data Science

Purdue University

Aug 2020 - May 2024

Bachelor of Science in Mechanical Engineering

  • GPA: 3.2
  • Coursework: Thermodynamics, Statics & Dynamics, Fluid Mechanics, Controls, FEA, Machine Design, Heat & Mass Transfer

Experience

Fourier

May 2025 - Aug 2025

Hardware Engineering Intern // Mountain View, CA

  • Converted hydrogen dryer from PSA to TSA, integrating PID control and redesigning insulation/sensor layout; stabilized dew-point readings.
  • Characterized dryer behavior via experiments; evaluated desiccants.
  • Delivered pilot-ready MVP (aluminum & stainless dryers), boosting runtime ~5x (6 hrs to ~30 hrs).
  • Built sheet-metal I2C power-supply test stand using OSH Cut fabrication.
  • Developed leak-mitigating 3D-printed housings for electrolyzer stacks with vibration damping.

Michelin

Sep 2024 - Dec 2024

Research & Development Intern // Pune, India

  • Designed and developed a Power App streamlining regional homologation, improving workflow efficiency.
  • Standardized tire testing by creating a dashboard consolidating methods and codes.
  • Analyzed mold geometry data, linking it to production variations and field wear reports.
  • Produced multi-material 3D-printed tire models for demos and education.

Purdue University

Jun 2023 - Dec 2023

Controls Teaching Assistant // West Lafayette, IN

  • Assisted lab instructor for Controls II, helping students implement LabVIEW programs.
  • Supported teams building path-following robots, troubleshooting sensors, motors, and PID tuning.
  • Graded assignments and provided help during lab/office hours.

Purdue University - BIPL

May 2023 - Dec 2023

Undergraduate Research Assistant // West Lafayette, IN

  • Designed and simulated 2D DEA arrays in Abaqus using custom user elements and realistic boundary conditions.
  • Built automation scripts for batch simulations, strain computation, and output processing.
  • Co-authored peer-reviewed paper (10.34133/cbsystems.0155) on strain-field customization in DEA bioreactors.

Michelin North America (PRIME)

May 2022 - Aug 2022

Process Quality Engineering Intern // Greenville, SC

  • Investigated scrap defect via machine operation, visual inspection (>500 tires), and data recording.
  • Analyzed data to isolate root cause, defined routine test/calibration procedures.
  • Designed go/no-go gauge, iterated 3D prototypes with operator feedback, finalized DFM stainless steel design.
  • Managed external vendor fabrication for 100-unit order, standardizing checks.
  • Presented findings and recommendations to stakeholders and leadership.

Publications

Deep Learning for Strain Field Customization in Bioreactor with Dielectric Elastomer Actuator Array

Jue Wang, Dhirodaatto Sarkar, Atulya Mohan

Cyborg and Bionic Systems, Aug 2024[DOI: 10.34133/cbsystems.0155]

Projects

Navigation Device for the Visually Impaired

Jan 2024 - May 2024
  • Developed assistive device integrating ultrasonic, infrared sensors, and haptic motors.
  • Utilized I2C protocol with Arduino Nano for control, reducing size/complexity.