13
Where Beauty Meets Science

Beauty is
the Algorithm.

Try our advanced skincare analysis and take part in a growing research journey. Each scan helps support the development of more accurate, insight-driven skincare technology designed to better understand real skin, real concerns, and real results. Your participation is greatly appreciated as we continue building smarter tools for the future of personalized skin wellness.

3.5
GPA · DeVry
University
10+
Years in
Customer Service
3+
Tech
Credentials

13Esthetics Advanced Skincare Analysis

Face Analysis

Face Analysis

Advanced Research Technology (ART) skin assessment

13Esthetics

ART Skin Analysis Report

Detected Skin Type
Fitzpatrick Type
Overall
Glow
Skin Age
Detailed Metrics
Send Results To Yourself

Results are cosmetic estimates only — not medical advice. Consult a licensed professional for clinical assessments.

About Me
Ivana Watson
Licensed Esthetician

Ivana Watson

Esthetician · Developer · Innovator

As a Software Development student at DeVry University and founder of 13Esthetics, I am building at the intersection of technology, skincare, wellness, and longevity research. My work blends software engineering, product development, and beauty-tech innovation with a deeper mission: to understand how the body heals, how the skin repairs itself, and how technology can support healthier aging from the cellular level outward.

Through 13Esthetics, I am exploring advanced skincare systems, LED therapy, smart beauty devices, and research-inspired wellness tools designed to help people better understand their skin and long-term health. My vision is bigger than surface-level beauty. I am interested in the science of regeneration, biological aging, and the way our cells respond to light, environment, stress, nutrition, and time.

Modern longevity research shows that aging is not only about the number of years we live, but also about biological changes inside the body. Scientists use DNA methylation patterns, sometimes called epigenetic clocks, to estimate biological aging and study how lifestyle, environment, and cellular repair processes may influence lifespan. Epigenetics does not change the DNA sequence itself; it affects how genes are turned on or off, which plays an important role in repair, inflammation, cellular renewal, and aging.

My mission is to help bridge beauty, technology, and science by creating tools that make advanced wellness concepts easier to understand and more accessible. I believe the future of skincare will go beyond products alone. It will include intelligent devices, personalized analysis, and research based systems that help us learn how to support the body's natural ability to repair, restore, and age with strength.

Education
B.S. Software DevelopmentDeVry University · Class of 2027 · GPA 3.5
Certifications
Programming EssentialsDeVry University · Class of 2025
Education
A.S. IT & NetworkingDeVry University · Class of 2025
Esthetics License
Licensed EstheticianEuphoria Institute · Las Vegas · 2022
Languages
Java · Python · C#
🎓 Dean's List — DeVry University 🏆 Honors Society ⭐ Academic Excellence Award
LinkedIn Profile GitHub Portfolio Download Resume
Intrinsic Aging Research

Telomere Dynamics & Cellular Aging

An interactive 3D simulation exploring human aging at the cellular level. Visualize telomere shortening, DNA methylation patterns, and the cellular mechanisms driving intrinsic aging. Includes longevity intervention modeling.

📊

Telomere Visualization

Real-time 3D representation of chromosome telomeres shortening with each cell division cycle.

🧬

DNA Methylation

Epigenetic aging clock visualization showing age-related DNA modifications.

⏳

Aging Simulation

Step through years of cellular aging and observe cumulative damage patterns.

💊

Intervention Testing

Model longevity interventions and measure their cellular impact over time.

View Source Code on GitHub →
Skills & Learning

What I Bring to the Table

Current technical skills alongside my IoT & hardware design learning roadmap.

Technical Skills
Agile MethodologyEntrepreneurship Project ManagementE-Commerce LeadershipCommunication
IoT & Hardware Design Roadmap
Portfolio

GitHub Projects

Live repositories from GitHub — every project is a step forward.

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Get In Touch

Let's Connect

Whether you're interested in a skincare consultation, a tech collaboration, research opportunities in intrinsic aging, or training in hardware & IoT — I'd love to hear from you.

[email protected]
www.ivanawatson.com
Scottsdale, AZ
View GitHub Portfolio
13Esthetics Admin

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Glambot — Beauty AI

13Esthetics · Personalized skincare advisor

📹

Book a Zoom Consultation

Connect with Ivana directly for personalized skincare consultations, beauty tech advice, or collaboration inquiries.

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ART Skin Analyzer

13Esthetics — Advanced Research Technology (ART)
📷

Capture Your Skin

For best results, use natural lighting with a frontal face angle.

Capture Your Skin

ART Scan — Processing Skin Data

Analyzing Your Skin

Mapping skin topology...

0%

ART Analysis Complete — Your Skin Report

Skin Health Assessment

78
Overall Score
72
Glow Factor
24
Skin Age
Hydration
65%
Texture
82%
Elasticity
71%
Redness
45%
Acne Visibility
12%
Under-Eye Fatigue
58%

Intrinsic Aging Insights

Collagen Production
Natural collagen declines 1-2% annually after age 25. Your current metrics suggest moderate collagen integrity. Stimulating production through LED therapy and proper sleep cycles supports elasticity.
Cell Turnover Rate
Optimal cell renewal occurs every 28 days. As we age, this slows to 40-50+ days. Your texture analysis indicates healthy turnover — maintain with chemical exfoliants and hydration.
Oxidative Stress
Free radicals accumulate from UV exposure, pollution, and stress. They degrade collagen and damage cell DNA. Antioxidants (vitamins C, E, retinol) defend against premature aging.
Skin Barrier Function
Hydration levels suggest your lipid barrier is functioning well. This protective layer weakens with age and environmental damage, leading to visible dehydration and sensitivity.

Fitzpatrick Skin Types I–VI

UV sensitivity generally decreases and melanin protection increases from Type I to Type VI. Understanding your skin type helps guide sun protection and product selection.

TYPE I
Very fair skin

Always burns · Never tans · Highest UV sensitivity

TYPE II
Fair skin

Usually burns · Tans minimally · High UV sensitivity

TYPE III
Medium/light olive

Sometimes mild burn · Gradually tans · Moderate UV sensitivity

TYPE IV
Olive/light brown

Rarely burns · Tans easily · Lower UV sensitivity

TYPE V
Brown skin

Very rarely burns · Tans very easily · Higher melanin protection

TYPE VI
Deep brown to dark

Almost never burns · Deeply pigmented · Highest melanin protection

Detailed Skin Analysis

Sebum Balance (65%): Optimal oil production supports barrier function. Imbalance leads to dehydration or congestion.

Pore Visibility (58%): Pore size is genetic but can appear enlarged from oxidative stress and poor cell turnover. Regular exfoliation and retinoids refine appearance.

Sensitivity (36%): Low sensitivity indicates a strong skin barrier. Maintain with gentle cleansing, hydration, and avoiding over-treatment.

Fine Lines (47%): Fine lines reflect cumulative sun exposure and dehydration. Prevention with SPF and maintenance through hydration is more effective than correction.

Important Disclaimer

This Advanced Research Technology (ART) scan is for wellness and cosmetic guidance only. It is not a medical diagnosis. For concerning moles, burns, rashes, irritation, or sudden skin changes, consult a licensed dermatologist immediately.