NDNazeer Davis

Experience & progress

Experience

Growth through engineering, software, automation, and systems thinking—turning problems into purposeful, measurable solutions.

Explore the progression

Progression

How I've grown as a builder.

A focused record of the education, project work, and cross-disciplinary practice shaping how I approach systems now.

  1. 2021

    Software engineering training

    Completed a Software Engineering Certificate through General Assembly, building a foundation in web development and practical software problem-solving.

    • Software engineering
    • Web development

  2. 2021–2022

    Civic platform work

    Contributed to a civic application across frontend structure, responsive behavior, search and filtering, readable routing, and prototype backend integration.

    • React
    • Node / Express
    • Mobile UX
    Review related case study

  3. 2024

    Applied engineering education

    Earned a B.S. in Applied Engineering from Keiser University, strengthening the analytical and physical-systems foundation behind later software and automation work.

    • Engineering principles
    • Applied systems

  4. Active prototype

    SolarBot systems integration

    Developed an active solar-tracking prototype that connects physical actuation, Pico-level control, host services, telemetry, and an operator interface while keeping validation boundaries explicit.

    • Embedded control
    • Telemetry
    • Hardware + software
    Review related case study

  5. Current portfolio record

    Client and platform delivery

    Built a documented client publishing system and portfolio case studies that connect product design, implementation detail, source evidence, and operating constraints.

    • Next.js
    • Publishing workflows
    • Case studies
    Review related case study

  6. Current direction

    Continuing growth

    Deepening the ability to carry a problem from physical constraints and software architecture through implementation, inspection, and clear communication of what remains to be proven.

    • Automation
    • Integration
    • Evidence

Evidence in practice

Evidence that makes the work reviewable.

Artifacts that show how ideas became working systems—from architecture and implementation to testing, iteration, and technical reasoning.

SolarBot sensor-driven control system diagram.

SolarBot System Architecture

A documented control-system architecture connecting environmental sensing, embedded control, physical actuation, backend processing, and real-time monitoring.

  • Architecture
  • Embedded
  • Systems

Proof: System-level architecture showing the interaction between sensing, control, actuation, backend processing, and the user interface.

View supporting case study

Evidence and reasoning record

The case studies distinguish direct confirmation, source-supported behavior, experimental work, and the validation still ahead instead of replacing uncertainty with claims.

  • Planning
  • Validation
  • Documentation

Proof: Public case-study evidence ledgers make decision boundaries inspectable.