Backed by major defense primes and government partners, Pegasus is entering a critical growth phase ... D. in electrical/electronics engineering, physics, or similar within the past 5 years. * 2-5 years ...
Backed by major defense primes and government partners, Pegasus is entering a critical growth phase ... D. in electrical/electronics engineering, physics, or similar within the past 5 years. * 2-5 years ...
Backed by major defense primes and government partners, Pegasus is entering a critical growth phase ... D. in electrical/electronics engineering, physics, or similar within the past 5 years. * 2-5 years ...
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Backed by major defense primes and government partners, Pegasus is entering a critical growth phase ... D. in electrical/electronics engineering, physics, or similar within the past 5 years. * 2-5 years ...
Physics Major information
What is a physics major?
A Physics Major is an undergraduate student who specializes in the study of the fundamental principles that govern the universe, such as matter, energy, motion, and forces. Physics majors learn about classical and modern physics topics, including mechanics, electromagnetism, thermodynamics, quantum mechanics, and relativity. The program typically involves both theoretical coursework and hands-on laboratory experience, preparing students for a wide range of careers or further study in physics and related fields.
What are the key skills and qualifications needed to thrive as a physics major, and why are they important?
To thrive as a Physics Major, you need a strong grasp of mathematics, analytical thinking, and foundational knowledge in classical and modern physics, typically supported by coursework in calculus and laboratory sciences. Familiarity with scientific software such as MATLAB, Python, or LabVIEW, as well as experience with laboratory instrumentation, is commonly required. Problem-solving abilities, attention to detail, and strong written and verbal communication skills help students excel in research and collaborative projects. These skills are crucial for understanding complex physical concepts, conducting experiments, and effectively communicating findings in academic or professional settings.
What types of entry-level positions are typically available to recent graduates with a physics major, and how can I prepare to stand out in the application process?
Recent physics graduates commonly find entry-level roles in research assistance, data analysis, engineering, software development, and technical consulting. To stand out, it helps to highlight any hands-on lab experience, familiarity with programming languages (such as Python or MATLAB), and strong problem-solving skills. Participating in internships, research projects, or collaborative team assignments during your studies can demonstrate your practical abilities to employers. Tailoring your resume to showcase both your technical expertise and communication skills will further strengthen your application.
What is the difference between Physics Major vs Mechanical Engineer?
| Aspect | Physics Major | Mechanical Engineer |
|---|---|---|
| Required Credentials | Bachelor's degree in Physics or related field | Bachelor's degree in Mechanical Engineering or related field |
| Work Environment | Research labs, academia, tech companies | Manufacturing, design firms, engineering firms |
| Industry Usage | Research, education, technology development | Product design, systems development, manufacturing |
| Common Search/Comparison | Physics Major vs Mechanical Engineer |
While both Physics Majors and Mechanical Engineers often hold bachelor's degrees and work in technical environments, Physics Majors focus more on fundamental research and theoretical concepts, whereas Mechanical Engineers emphasize designing and building physical systems. The choice depends on whether you prefer research and academia or practical engineering applications.
Is physics a useful major?
A physics major provides a strong foundation in analytical thinking, problem-solving, and quantitative skills, which are valuable in many fields such as engineering, data science, and research. Graduates often find employment in academia, technology companies, government labs, and finance, with opportunities to pursue advanced degrees for specialized roles.
What can I do with a physics major?
A physics major can pursue careers in research, engineering, data analysis, and technology development. They often work in laboratories, manufacturing, or software environments, utilizing skills in problem-solving, mathematics, and programming. Additional certifications or advanced degrees can expand job opportunities in specialized fields.
What jobs can I do with a physics major?
A physics major can pursue careers such as research scientist, data analyst, engineer, or technical consultant. These roles often require strong analytical skills, proficiency with mathematical tools, and knowledge of laboratory or computational environments.
What jobs can you get if you study physics?
A physics major can pursue careers such as research scientist, data analyst, engineer, or physics teacher. These roles often require strong analytical, problem-solving, and technical skills, and may involve working with laboratory equipment, simulations, or mathematical modeling.
What job categories do people searching Physics Major jobs in Alberta look for?
The top searched job categories for Physics Major jobs in Alberta are:
What cities in Alberta are hiring for Physics Major jobs?
Cities in Alberta with the most Physics Major job openings:
Electronics Engineering Research Specialist
Edmonton, AB • On-site
Pegasus Imagery Ltd
Full-time
Re-posted 3 hours ago
Job description
About Pegasus
Pegasus is an aerospace and defense technology company developing advanced sensing and alerting systems that connect pilots and aircraft like never before. Our flagship technology, MIDAS, provides real-time flight safety insights to military and commercial operators, enabling safer operations in even the harshest conditions. Backed by major defense primes and government partners, Pegasus is entering a critical growth phase in 2027 - and we're expanding our engineering team to deliver the next generation of intelligent, connected flight safety systems.
Role Overview
We're looking for a hands-on Electronics Engineering Research Specialist to assist with the design, development, and validation of next-generation aerospace sensing platforms.
You'll contribute to the full hardware lifecycle - from concept and schematic design through prototyping, testing, and production handoff - working closely with firmware, mechanical, and systems teams.
This role is ideal for a recent Ph.D. graduate with a deep understanding of sensor design - whether electromagnetic, ultrasonic, or electro-optical - who's ready to learn and grow within a multidisciplinary aerospace engineering environment.
You'll help build reliable, low-power electronic sensors that enable flight safety in challenging and mission-critical applications.
This is a full-time position for a term of two years, supported by the Mitacs Accelerate program in collaboration with the University of Alberta's Faculty of Engineering.
Key Responsibilities
Hardware Research & Development
- Research state-of-the art methodologies for electronically-controlled sensors.
- Design and develop high-speed electronic circuits for high-fidelity sensing.
- Assist with implementing low-power designs for battery-operated and wireless platforms (BLE, Li-Ion/NiMH).
- Create schematics, perform PCB layout (in Altium Designer or KiCad), and support bring-up, integration and verification testing.
- Participate in component selection, prototyping, and design optimization for performance, manufacturability, and reliability.
System Integration & Testing
- Collaborate with firmware, mechanical, and systems teams on cross-functional integration and debugging.
- Support lab and field testing for prototype systems.
- Conduct testing, validation, and troubleshooting of electronic hardware and subsystems.
Quality & Compliance
- Contribute to design documentation and revision control.
- Support EMI/EMC, environmental, and reliability testing as needed.
- Assist in meeting relevant aerospace and regulatory standards.
Collaboration & Growth
- Work within a fast-paced, collaborative engineering team.
- Contribute ideas to improve product design, efficiency, and reliability.
- Learn from senior engineers while growing into increasing technical ownership over time.
Required Skills & Experience
- Completed Ph.D. in electrical/electronics engineering, physics, or similar within the past 5 years.
- 2-5 years of experience in electronic hardware design, ideally for embedded or wireless systems.
- Hands-on experience with microwave laboratory testing equipment
- Experience with PCB design tools (Altium Designer or KiCad).
- Strong understanding of circuit design, debugging, and electronics test equipment use.
- Excellent communication, collaboration, and documentation skills.
- Motivated, detail-oriented, and comfortable working in a multidisciplinary environment.
Nice to Have
- Experience working in an electronics laboratory / testing environment
- Familiarity with RF design, microwave instrumentation, or EMI/EMC best practices.
- Exposure to manufacturing, test automation, or design for certification and Qualification processes.
- Interest in ultra-low power design and IoT hardware optimization.
Why Join Us
Pegasus is defining the next era of intelligent flight. As an Electronics Engineering Research Specialist, you'll contribute to technologies that enhance global aviation safety and reliability. You'll work alongside talented engineers across software, systems, and data disciplines - helping to build hardware that flies in some of the world's most advanced aircraft.
We offer:
- Professional growth and mentorship opportunities
- A mission-driven culture focused on technical excellence, impact, and integrity
Join a team engineering the future of connected flight.