
Quest Global
Solving the world’s hardest engineering challenges through end‑to‑end solutions across industries.
Hardware Engineer
Design and develop hardware for MRI control and acquisition systems
Job Highlights
About the Role
As an electronic hardware designer you will design and develop the hardware for the control and acquisition system of MR products used in hospital and outpatient radiology facilities. You will collaborate with other electronic hardware designers (RF, analog, digital, mixed‑signal), mechanical engineers, system engineers, manufacturing and service engineers to take products from concept through design into production. The role includes responsibility for design, realization, integration and verification of analog and digital hardware components, delivering high‑quality hardware from requirements through factory introduction, and participating in cost‑saving, design maintenance and end‑of‑life issue resolution. You will document development efforts for subsystem components and modules, including requirements, specifications, design plans, reviews, test procedures and test reports, and you will coordinate, support and execute product tests to provide traceable verification. We are known for our extraordinary people who make the impossible possible every day; Questians are driven by hunger, humility and aspiration. Our culture emphasizes respect, belonging and the encouragement of diverse ideas, believing that diverse perspectives are essential to solving the world’s hardest engineering problems. • Design and develop hardware for MRI control and acquisition systems. • Create models, schematics, and layouts for analog and digital components. • Verify hardware through integration testing and traceable product verification. • Document requirements, specifications, design plans, reviews, test procedures, and reports. • Collaborate with RF, analog, digital, mixed‑signal designers, mechanical, systems, manufacturing, and service engineers. • Participate in cost‑saving initiatives and resolve end‑of‑life design issues. • Ensure designs meet manufacturability, reliability, EMI/EMC, and Six Sigma standards. • Use PCB design tools such as Cadence or Mentor Graphics. • Perform simulations using SPICE, ADS, Microwave Office, MATLAB, Ruby, or Python.
Key Responsibilities
- ▸hardware design
- ▸pcb design
- ▸simulation
- ▸test verification
- ▸documentation
- ▸collaboration
What You Bring
We seek candidates with a bachelor’s or master’s degree in electrical or electronics engineering and 0‑1 years of experience in electronic hardware development, preferably in a safety‑regulated industry such as medical devices. Required skills include analog and mixed‑signal board design, power electronics, communication interfaces, high‑speed digital and low‑noise RF design, as well as proficiency with PCB design tools like Cadence or Mentor Graphics. Experience with SPICE‑based simulation, Advanced Design System, MATLAB, Ruby or Python, and knowledge of design for manufacturability, reliability, EMI/EMC standards and Six Sigma practices are also desired. Strong communication, motivation and teamwork abilities are essential. • Hold a bachelor’s or master’s degree in electrical/electronics engineering. • Possess 0–1 years of experience in electronic hardware development, preferably in medical devices.
Requirements
- ▸electrical eng
- ▸cadence
- ▸matlab
- ▸python
- ▸six sigma
- ▸teamwork
Work Environment
Onsite