Drishti Jhamb

Materials Engineering Student | McMaster University

Third-year Materials Engineering student with hands-on experience in quality-adjacent engineering work, regulated documentation, and data-driven process support in laboratory and manufacturing environments.

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Drishti Jhamb

Skills & Expertise

A comprehensive toolkit spanning materials engineering, data analysis, and technical communication.

I'm a third-year Materials Science and Engineering student at McMaster University pursuing a co-op degree. My experience spans laboratory research, manufacturing support, and data-driven process improvement with a strong foundation in technical communication and cross-functional teamwork.

🔬

Materials Engineering

📊

Data Analysis

🧪

Laboratory Research

📝

Documentation

Excel Python SolidWorks MATLAB ThermoCalc Inventor Data Validation Technical Writing Lab Testing CAD Modeling Process Optimization Quality Control MS Office Experimental Design

⚙️ Engineering Fundamentals

Materials Characterization
Solid Mechanics
Laboratory Testing

💻 Technical Tools

Excel & Data Analysis
Python & MATLAB
CAD (SolidWorks, Inventor)

📈 Analytical Skills

Data Interpretation
Trend Analysis
Process Optimization

🤝 Leadership & Teamwork

Technical Communication
Cross-functional Collaboration
Mentorship

Education

Where knowledge meets hands-on experience.

🎓

McMaster University

Bachelor of Materials Science and Engineering (Co-op)

Sept 2023 - April 2028

Relevant Coursework

  • Transport Phenomena
  • Sustainable Manufacturing
  • Phase Transformations
  • Thermodynamics
  • Biomedical Materials

Clubs & Societies

  • MacChangers
  • McMaster Concrete Canoe
  • McMaster Women in Engineering

Highlights

Completed laboratory-based courses requiring strict adherence to procedures, data integrity, and safety protocols.

Experience

Professional and volunteer experiences in engineering and research.

Volunteer Research Assistant

McMaster University, Hamilton, ON

July 2025 - Present

  • Compiled, organized, and analyzed large datasets using Excel and Python to support data accuracy, traceability, and reporting
  • Maintained structured datasets of thermophysical and material property data to support experimental optimization
  • Supported laboratory research through careful documentation, data validation, and adherence to defined experimental procedures

MacChangers - Rain Gardens Project Member

McMaster University, Hamilton, ON

Sept 2025 - Present

  • Collaborating with a community partner to design low-impact development (LID) stormwater management systems
  • Assisting in the creation of survey frameworks and data-collection protocols for long-term performance tracking
  • Researching methods of incorporating rain gardens in the Hamilton community by analyzing qualitative interviews

Women in Engineering - Mentor

McMaster University, Hamilton, ON

Sept 2024 - Present

  • Mentor to first-year students, offering guidance on course planning, time management, and university transition
  • Encourage participation in networking and outreach initiatives promoting diversity in engineering

Concrete Canoe - Mix Design Team Member

McMaster University, Hamilton, ON

Jan 2024 - Present

  • Contributed to the research and development of lightweight, sustainable concrete mixes through batch testing, achieving target density <1 g/cm³
  • Conducted compressive strength and durability testing, recording mechanical property data for mix optimization
  • Supported adjustments to aggregate ratios and fiber content to balance workability and strength

Engineering Intern

Signs Outlet, Brampton, ON

May 2024 - Aug 2024

  • Gained first exposure to manufacturing workflows by observing the progression from design review and documentation through fabrication, assembly, and final verification
  • Reviewed and updated technical documentation, including drawings, work orders, and fabrication records, to support dimensional verification and manufacturing readiness
  • Built and maintained Excel-based trackers to monitor material usage, revisions, and process details across custom fabrication jobs

Projects

Engineering design projects showcasing problem-solving and innovation.

Umbrella Holder - Full Assembly
Full Assembly
Holder Detail
3D Printed Parts
Assistive Device

Umbrella Holder

Design & Engineering

Hands-free assistive device for a client with spina bifida
Repurposed microphone stand with ±360° rotation and continuous height adjustment
CAD-designed 3D-printed inserts for Ø20–30 mm tubing (±0.5 mm tolerance)
Custom collar clamp with GD&T callouts for slip-free, toolless installation
Set-screw holder providing ≥15 N grip without shaft rotation
User-tested in real rain conditions with stable positioning ≤30 cm from face
<0.5kg
Weight
≥15N
Grip Force
±360°
Rotation
Medical Container - CAD Model
CAD Model
Engineering Drawing
3D Printed Prototype
Medical Device

Medical Tool Transport Container

Design for Qarm Medical Retractor

Container for safe transport and full steam sterilization of Qarm medical retractor
Designed to fit standard hospital autoclaves without modification
Vent holes in front, back, and base for uniform steam circulation
Modelled in Autodesk Inventor with GD&T tolerances for precise fit
Selected autoclave-grade ABS for heat resistance and sterilization compatibility
Iterated from T-lid with pegs to streamlined, overhang-free profile
Looped T-bar and corrugated side walls provide slip-free engagement
ABS
Material
GD&T
Toleranced
Steam
Sterilizable
Sorting Robot - Q-Arm System
Q-Arm Picking
Sorting Arena
Robotics & Automation

Sorting Recycling Materials

Q-Arm + Q-Bot Automation System

Programmed Q-Arm + Q-Bot to detect, classify, and sort mixed recyclables
Implemented continuous, autonomous sorting loop to reduce landfill mis-sorting
Developed core Python functions: dispense_container(), load_container(), transfer_container(), deposit_container()
Bench-tested all Q-Bot sensors; selected colour sensor for bin ID after ultrasonic range errors
Debugged and validated system with teammate and TAs
Achieved error-free sorting in dry-run tests
4/6
Functions
Python
Language
100%
Dry-Run Accuracy
Wind Turbine Design - CAD & Analysis
CAD & Material Analysis
Wind Lens & Blade
Renewable Energy

Renewable Technology Challenge

Wolfe Island Wind Turbine Blade & Wind-Lens System

Designed wind turbine blade and wind-lens system for durable, efficient renewable power
Flatback airfoil paired with wind lens generates 2–5× more power than traditional designs
Weighted decision matrix and Ashby chart led to CFRP for low mass, high strength, and corrosion resistance
Blade mass kept <35 t to reduce rotor inertia and maximize lift-to-drag ratio
Autodesk Inventor FEA deflection simulations verified stress limits under operational wind loads
Engineered tolerances and robust mounting for on-site assembly and severe weather resilience
2-5×
Power Boost
<35t
Blade Mass
CFRP
Material
A.N.A. - Concept Design
Concept Design
Project Timeline
Healthcare Automation

Autonomous Nursing Aid (A.N.A.)

Reducing Nurse Burnout & Restoring Patient-Care Hours

Deploy A.N.A. to automate routine tasks, reducing nurse burnout and restoring patient-care hours
LIDAR-depth navigation moves safely through busy corridors to deliver meds, lab samples, and PPE
REST/HL7 APIs connect with EHR and inventory systems, updating charts and stock counts in real time
Modular build with swap-out batteries, clip-on sensors, and off-the-shelf motors for rapid servicing
360° obstacle sensing, e-stop paddles, and PHIPA/HIPAA-encrypted data meet CSA medical-device standards
69-week path to full deployment with ROI in under three years
~25%
Time Saved
<3yr
ROI
69wk
Deployment
LCA - Process Flowchart
Process Flowchart
OpenLCA Model
Sustainability

Life Cycle Assessment Project

Glass vs PP Food Container Impact Analysis

Compare manufacturing-stage impacts of glass vs PP food containers to guide material and process selection
Developed gate-to-gate OpenLCA model for forming, finishing, inspection, and packaging
Functional unit: 1,000 rigid 750 mL containers delivered at the plant gate
Glass impacts driven by melting/annealing; PP injection moulding shows lower impacts
PP shows higher electricity and yield sensitivity
Results highlight energy efficiency, yield improvement, and internal recycling as key reduction levers
1,000
Units Analyzed
750mL
Container Size
OpenLCA
Tool Used
DOE - Pareto Chart
Pareto Chart
Main Effects Plots
Statistical Analysis

Design of Experiments Project

Smartphone Charging Rate Optimization

Identify key factors affecting smartphone charging rate using DOE methodology
16-run fractional factorial study on adapter power, cable length/quality, and phone usage
Pareto and main-effects analysis revealed adapter power as dominant factor
Cable length identified as the strongest negative factor
Built first-order regression model with RSM and steepest ascent
Validation confirmed high adapter power + short cable maximizes charging rate
16
Runs
5
Factors
RSM
Method
Hospital Intersection - Smart Traffic System
Smart Traffic Detection
Emergency Vehicle Marking
Smart Infrastructure

Hospital Intersection Redesign

Emergency Vehicle Priority & Traffic Management

Reduce nurse workload by automating routine hospital tasks
Free up time for direct patient care and address burnout through reliable support
Autonomous navigation using LIDAR-depth sensing for safe corridor movement
Integrated with hospital EHR and inventory systems for real-time updates
Modular hardware design for fast servicing and low downtime
Phased development from concept to hospital deployment with safety compliance
LIDAR
Navigation
EHR
Integrated
Modular
Design
SolidWorks - C-Clamp Assembly
C-Clamp
Coffee Table
Propeller
Ceramic Cup
CAD Modeling

SolidWorks Portfolio

Multi-Body Parts & Assembly Design

C-Clamp with fully mated assembly, threaded lead screw, and FEA validation (<2 mm deflection at 2 kN)
Foldable coffee table using weldments, hinge mates, and folded/deployed configurations
Six-blade propeller impeller with parametric lofts, guide curves, and draft analysis
Ceramic cup with revolved shell (3 mm wall) and swept-profile handle
Developed skills in multi-body parts, motion studies, and production-ready drawings
4
Models
FEA
Validated
3D
Constrained

Get in Touch

Let's connect and discuss opportunities.

Email

drishtijhamb12@gmail.com

Phone

(905) 867-9300

LinkedIn

drishti-jhamb