Embedded Systems Engineering Intern Candidate

Nestor Ingles

Computer Science Student · Systems & Embedded-Oriented

Fresno, CA (Relocating — housing secured, no relocation assistance required)

Available: May–August 2026 · Hybrid / In-Office Ready

SUMMARY

Computer Science student intentionally focused on low-level systems, embedded software, and hardware-adjacent engineering rather than web or application-layer development. Daily Linux user running Ubuntu 22.04, with emphasis on system understanding, reproducible workflows, and disciplined debugging practices. Strong interest in firmware, camera pipelines, networking, and safety-critical systems. Relocating to Fresno specifically for this internship and committed to hands-on, in-person learning within an embedded engineering team.

TECHNICAL FOUNDATION

Programming Languages

Python (primary; scripting, automation, structured experimentation)

C / C++ (early-stage exposure; actively building fluency for embedded and firmware contexts)

Operating Systems & Systems

Linux (daily use — Ubuntu 22.04)

Comfortable with CLI workflows, process inspection, system logs, and environment configuration

Experience diagnosing system-level issues via structured debugging and incremental isolation

Engineering Focus (Developing)

Embedded systems & firmware

Hardware–software interfaces

Reliability, determinism, and defensive design

Testability and observability

Safety-critical engineering culture

RELEVANT ACADEMIC & SELF-DIRECTED WORK

Systems-Oriented Coursework & Exploration

Studied core computer science topics with emphasis on system-level behavior and OS interactions

Focused on constraints relevant to embedded environments (resource limits, determinism, failure modes)

Avoided high-level abstractions when they obscure execution flow or system behavior

Linux-Based Development Environment

Daily use of Ubuntu 22.04 as primary development platform

Configured development environments and toolchains manually to reinforce dependency awareness

Debugged system and application issues using logs, process inspection, and targeted reproduction

Developed disciplined workflows aligned with production engineering habits

Programming & Tooling Practice (Python)

Built automation scripts and structured experiments for validation and debugging

Used scripting to inspect runtime behavior and analyze failure conditions

Treated error output and logs as primary diagnostic signals

ENGINEERING MINDSET

Transitioning from “making things work” to understanding execution and system behavior

Comfortable reading unfamiliar technical documentation and specifications

Motivated by environments where failures matter and correctness is non-negotiable

Actively building foundations for firmware and embedded systems engineering

EDUCATION

Bachelor of Science — Computer Science

Graduation: December 2026 or later

ADDITIONAL

Housing secured in Fresno

Not seeking relocation assistance

Comfortable working in a hybrid, in-office engineering environment

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