Aerospace and Defense Engineering Intern

Overview

Develop and verify software for GNSS receivers using C++, Python, MATLAB.

Key Responsibilities

• test automation
• code review
• software verification
• software development
• issue resolution
• tool development

Tasks

-Automate testing and post-processing using MATLAB and Python. -Actively participate in code and test reviews and provide constructive feedback. -Design, execute, and document software verification methods for NovAtel's Ground Reference Receiver and Anti-jam products. -Contribute to the development and testing of GNSS Reference receiver software, and anti-jam product software, depending on your skills and interests. -Troubleshoot failing tests and/or units under test to identify and resolve issues. -Develop software and tools in C++, Python and MATLAB for testing and product improvement.

Requirements

• matlab
• python
• co‑op
• electrical eng
• problem solving
• teamwork

What You Bring

-Ability to work effectively in a collaborative team environment. -Registered in an Engineering Internship/Co-op program and have completed at least your 2nd or 3rd year of studies by the start of the work term. -Comfortable working independently but knows when to seek guidance. -Enrolled in Electrical Engineering, Software Engineering, or Geomatics Engineering at an accredited post-secondary institution, with a focus on software development and signal processing. -Detail-oriented and capable of following complex instructions with a “first-time right” attitude. -Confident self-starter with strong problem-solving skills. -Hands-on experience with MATLAB and Python. -Excellent communication skills, both oral and written. -Strong academic credentials.

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Benefits

-Available for a minimum 12-month work term, working 37.5 hours per week.

About Hexagon'S Autonomy & Positioning Division

-Pioneers cutting-edge technologies in positioning, navigation, and autonomy. -Focuses on revolutionizing industries through precision solutions that enhance productivity, efficiency, and safety. -Has a history of innovation and has grown into a global leader in geospatial and autonomous solutions. -Provides advanced products and services for sectors like transport, utilities, energy, and industrial. -Typical projects include developing autonomous systems for vehicles, optimizing utility networks, and precision navigation in challenging environments. -Known for advancements in GPS, GNSS, and high-accuracy positioning systems for commercial and industrial applications. -At the forefront of integrating AI and automation into critical infrastructure projects. -Unique in offering scalable solutions across industries from industrial automation to smart cities.

Sector Specialisms