> Hello, my name is

Landen
Barber

Embedded Systems
Engineer

Embedded Systems Engineering Technology student at Oregon Institute of Technology with hands-on experience in embedded software, Linux systems, microcontrollers, and real-time operating systems.

01.

About

Embedded systems microcontroller illustration

I am an Embedded Systems Engineering Technology student at Oregon Institute of Technology, expecting to graduate in Spring 2026 with a 3.4 GPA. My academic work is focused on embedded software, microcontrollers, Linux systems, real-time embedded operating systems, embedded networking, system-on-chip design, embedded security, and hardware/software integration.

I am interested in entry-level embedded systems, firmware, systems integration, and hardware validation roles where I can apply strong technical fundamentals and continue building practical engineering depth. My project work has given me experience designing, testing, debugging, validating, and documenting embedded systems through structured engineering development cycles.

I bring a practical, steady approach to engineering work. I like solving technical problems, understanding how systems behave, and improving designs through testing and refinement. I am currently preparing for roles with companies building reliable, high-performance systems across Oregon, Seattle, and the broader Pacific Northwest.

02.

Technical Skills

Programming

CC++Embedded COOPAssembly Language

Embedded Systems

MicrocontrollersEmbedded ArchitectureEmbedded NetworkingSensor IntegrationReal-Time SystemsSoC DesignEmbedded SecurityHW/SW Integration

Software & Tools

LinuxData StructuresDesign PatternsSystem TestingDebuggingValidationDocumentation
03.

Education

Oregon Institute of Technology

Bachelor of Science in Embedded Systems Engineering Technology

GPA: 3.4

Expected: Spring 2026

Relevant Coursework

Linux Programming
Real-Time Embedded OS
Embedded System Architecture
Embedded Sensor & I/O
Embedded Networking
Embedded System Testing
Embedded System Security
System on a Chip Design
Senior Embedded Project
04.

Engineering Projects

Applied engineering coursework through structured, multi-stage project work involving design, implementation, testing, validation, and documentation. Projects span embedded software, real-time systems, sensor integration, networking, and system-on-chip development.

Senior Embedded Project I-III

Oregon Institute of Technology

  • Designed and developed an embedded systems project through a multi-stage engineering lifecycle, from planning and requirements review through implementation, testing, and refinement.
  • Integrated hardware and software components to meet functional system requirements while applying embedded architecture and real-time systems concepts.
  • Performed debugging, testing, validation, and system refinement to improve reliability and confirm expected system behavior.
  • Participated in technical planning and documentation to support design decisions, development progress, and final project review.

Embedded Systems Development

Oregon Institute of Technology

  • Built and tested embedded applications across multiple development environments using C, C++, Embedded C, Linux systems, and microcontroller-based workflows.
  • Applied embedded architecture, real-time systems principles, troubleshooting methods, and systems integration practices.
  • Developed, tested, and refined embedded software while documenting system behavior, test outcomes, and technical findings.

System-on-Chip Design Project

Oregon Institute of Technology

  • Developed embedded solutions involving system-on-chip concepts, hardware/software integration, and validation of system functionality.
  • Tested and evaluated system performance against project requirements, identifying issues and refining implementation.
  • Applied digital systems, embedded architecture, and low-level programming concepts to support project development.

Embedded Sensor & I/O Projects

Oregon Institute of Technology

  • Built and tested embedded applications involving microcontroller platforms, sensor input/output, and system troubleshooting.
  • Applied C, C++, Embedded C, Linux, and real-time systems principles to support firmware-style development workflows.
  • Documented technical findings, debugging steps, system behavior, and validation results.
05.

Experience

Work Experience

Available upon request

  • Supported daily operations in a fast-paced environment requiring reliability, clear communication, and disciplined follow-through.
  • Solved practical problems under time constraints while maintaining accuracy, professionalism, and accountability.
  • Collaborated with team members, supervisors, or customers to complete assigned responsibilities and improve work outcomes.
06.

Get in Touch

I am currently looking for entry-level embedded systems, firmware, systems integration, and hardware validation engineering roles in Oregon, Seattle, and the Pacific Northwest. If you have an opportunity or would like to connect, I would be glad to hear from you.