SHREYAS

Human-centered product engineer building health-adjacent systems where trust, behavior, embodiment, and decision support matter.

A single-scroll identity map: systems, human-centered work, research, education, inquiry, athletics, coaching, and the integrated person underneath the stack.

S
Systems

Clinical AI, patient healthcare, and inventive design.

Systems are where your engineering identity becomes visible: high-stakes AI, healthcare communication, patient handoffs, and a patent path that moved from concept to engineered invention.

NBME / mpathic

Clinical AI, simulated communication, empathic evaluation, safety rubrics, trust calibration, and human-in-the-loop judgment.

Clinical AILLM EvaluationTrust

EMT / CCnC

Patient-facing healthcare, triage, uncertainty, care coordination, handoffs, documentation, and communication under stress.

Patient CareHandoffsHealthcare

Patent

Innovative design that was engineered until it became inventable: modular glenoid implant work and biomedical design translation.

BioengineeringMedical DeviceInvented
System identity: make high-stakes interactions clearer, safer, and more usable while preserving the human in the loop.
H
Human-Centric

Designing around how people actually sense, think, move, and act.

This row holds the applied human interface: movement coaching, product critique, human factors design, and embodied navigation.

PTA + Nutriformance / Athletic Republic

Client-facing work across movement education, coaching, body awareness, behavior, and individualized adaptation.

HF700 Product Design Reviews

Structured critique of products through human factors, usability, affordances, comprehension, and friction points.

HapTrek

Embodied interface work: haptic navigation, nonvisual guidance, accelerometer-based safety, and tactile affordances.

Human-centric does not mean “nice.” It means the system respects the person’s perception, constraints, context, and agency.
R
Research

Mixed methods, usability, behavioral evidence, and decision support.

Research is the disciplined version of making the invisible visible. It turns observation into evidence, evidence into insight, and insight into better interaction design.

Nathan Usability

Usability testing, task observation, friction analysis, purchase behavior, trust cues, and design recommendations.

HF795 Quant

Measurement, statistical reasoning, structured analysis, and quantitative thinking for human-centered questions.

QUAL780

Qualitative inquiry, thematic analysis, interview interpretation, field sense-making, and lived-experience data.

HF750 LunarBoat

Test planning, onboarding analysis, task design, usability measures, and participant-centered evaluation.

E
Education

The formal toolkit behind the transdisciplinary work.

Education gives the architecture its scaffolding: human factors, bioengineering, cloud systems, coaching science, and biomechanics.

MS HFIDBentley University: human factors, UX research, usability, interaction design, mixed methods.
BS BMERPI: biomechanics, biomaterials, medical device design, systems engineering.
AWS Developer AssociateCloud-native systems, APIs, architecture, implementation, and scalable product infrastructure.
NASM CertificationsPersonal training, behavior change, performance, coaching frameworks, and physiological practice.
Conor Harris CertificationApplied biomechanics, movement constraints, posture, respiration, and training interpretation.

Education pattern

Each credential adds one layer: research, biology, software, coaching, biomechanics. Together they form the operating stack for human-centered product engineering.

Y
Y are we here?

The inquiry engine: consciousness, meaning, media, and yapping.

The “Y” row is the question engine. It holds the essays, public thinking, social media experiments, and philosophical compression that keep the technical work from becoming hollow machinery.

Mind at Large Essay

Exploration of mind, possibility space, consciousness, integration, and ways of knowing.

Consciousness Essay

Origin, materiality, emergence, nonhumans, machines, manifestations, threshold, life, evolution, and cosmology.

Yapping

Unpolished synthesis, pattern capture, live theorizing, and the first weather pattern before the map exists.

Social Media

Public-facing inquiry, field notes, audience development, and iterative translation of complex ideas.

This layer asks: what is the work for, what does it reveal, and how does the person become more capable of participating in reality?
A
Athlete-Coach

Embodied learning, competition, teaching, and developmental pressure.

Athletics and coaching are the lived laboratory: rhythm, constraint, performance, resilience, instruction, failure, feedback, and adaptation.

NCAA D3

Distance running, steeplechase, training cycles, fatigue, competition, and embodied discipline.

Swim Team

Water as constraint, breath as rhythm, technique as perception, and performance as coordination.

Chess Wizard

Teaching strategy, pattern recognition, attention, and decision-making to developing learners.

White Pass

Camp leadership, youth development, outdoor context, mentorship, and adaptive communication.

YMCA

Swim instruction, lifeguarding, safety, confidence, skill acquisition, and trust.

DECA

Communication, competition, presentation, business thinking, and applied persuasion.

S
Shreyas

The integrated person underneath the stack.

Shreyas Sriram is a human-centered product engineer, clinical AI evaluator, biomechanics specialist, and systems interaction designer. His work sits at the intersection of product design, human performance, and dynamic systems interactions.

What I study

How people understand, trust, and behave within health-adjacent systems.

How I work

I work with product and engineering teams to turn insights into clearer engagement and better decision support.

What I build for

I build for n = 1, then engineer for safety and scale.

Make the invisible visible. Architect intuitive solutions. Engineer adaptive systems. So n = 1 can embody, intuit, and adapt.