Intermediate RF Engineer

Evertz

Burlington

On-site

CAD 80,000 - 140,000

Full time

14 days+

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Benefits offered by this job

Benefits program

Competitive compensation

Work-Life Balance

Employee assistance plan

Career progression

Casual work environment

Onsite counsellor

Job summary

Evertz in Burlington, Canada seeks a Senior RF Engineer to lead design, integration, and verification of advanced RF systems. The role is hands-on, owning designs from bench to prototype, and requires performing system-level RF analyses and verification with cross-functional teams.

The candidate will work with firmware, signal processing, and mechanical engineers in a fast-paced environment, with a focus on mission-critical applications.

Qualifications

Bachelor’s degree in Electrical Engineering or closely related field.
10+ years in RF hardware design with shipped products or fielded systems.
Expert RF analog design: LNA/PA/mixer/filter/synthesizer/topologies.
Strong RF digital design: FPGA-based DSP, SDR, JESD204B/DIFI interfaces.
Deep understanding of radio propagation and link budgets.
Experience with RF test equipment and RF simulation tools.
Professional Engineer status or eligibility preferred.

Responsibilities

Lead RF system and subsystem design from antenna to ADC.
Perform end-to-end RF link budgets and propagation analysis.
Own bench verification using VNA, spectrum analyzer, and signal generator.
Mentor junior RF engineers and drive design reviews.

Skills

RF design

LNA/PA/mixer

RF link budget

RF measurement

Digital RF design (SDR/FPGA)

Propagation modelling

Education

Bachelor's degree in Electrical Engineering

Master's or PhD preferred

Tools

VNA

Spectrum analyzer

Phase noise measurement

Signal generator

Keysight ADS

Microwave Office

PADS or Xpedition

Job description

Scope:

We are seeking an experienced Senior RF Engineer to lead the design, integration, and verification of advanced RF systems including RF routers, fiber extenders, DIFI based RF over IP and transceiver RF front end systems. This is a hands‑on technical role: you will own designs from whiteboard to working hardware, drive system‑level studies, and personally validate performance on the bench. You will work alongside signal processing, firmware, and mechanical engineering teams in a fast‑paced, collaborative environment where every design serves a mission critical application.
This is not a research position.

Key Responsibilities:

RF System & Subsystem Design:

Architect and design high-performance RF receiver chains from antenna port to ADC, including LNAs, filters, mixers, amplifiers, and switching networks
Perform end-to-end system‑level RF link budget analysis across HF through Ka‑band, including path loss, atmospheric effects, multipath, and interference margin
Develop noise figure budgets and cascade analyses; specify and verify NF, IP3, P1dB, spurious, and dynamic range requirements at subsystem and system level
Design RF analog circuits including matching networks, bias circuits, AGC loops, and frequency synthesizers; manage PCB‑level RF layout guidelines
Design high performance, scalable, fan‑in and fan‑out RF routers minimizing physical size while ensuring maximum port isolation and specifications
Apply RF propagation models (free‑space, two‑ray, terrain‑diffraction, Okumura‑Hata) to understand and validate overall system performance

Verification & Lab Work:

Own initial test and verification of your own designs — this is not delegated; you are expected to be at the bench with VNA, spectrum analyzer, signal generator, and oscilloscope as needed to ensure timely completion and success
Plan, execute, and document RF performance testing: NF measurements using Y‑factor/cold‑source methods, IMD/IP3 two‑tone tests, spurious emission sweeps, and conducted susceptibility
Optimize designs iteratively based on measured data; root‑cause failures and implement corrective actions through hardware re‑spins and/or driving firmware updates
Support qualification testing including environmental (MIL‑STD‑810), EMI/EMC (MIL‑STD‑461), and reliability screening

Systems Engineering:

Lead systems engineering activities for RF‑intensive programs: requirements review, architecture design, system design, schematic generation, component life status reviews, lead design reviews, drive PCB layout team and perform final PCB layout reviews
Interface directly with internal deployment teams, support teams and/or end customer as may be requested to resolve system integration and/or performance issues
Author or review engineering documentation including system specifications, test plans, test plan conformance forms, and review RMA failure analysis reports for continued product improvements
Mentor and technically guide junior and intermediate RF engineers; participate in design reviews and provide critical feedback

Required Qualifications

Bachelor’s degree or higher in Electrical Engineering or a closely related discipline
10+ years of professional experience in RF hardware design, with a demonstrated portfolio of shipped products or fielded systems
Expert‑level RF analog design skills: LNA, PA, mixer, filter, synthesizer, and attenuator design in microstrip and co‑planar waveguide topologies
Strong RF digital design background: FPGA‑based DSP, digital down‑conversion, software‑defined radio (SDR) architectures, and JESD204B/DIFI digital RF interfaces
Deep understanding of radio wave propagation including free‑space loss, atmospheric absorption, multipath fading, and terrain effects
Proficient in RF link budget modelling for satellite and terrestrial systems
Hands‑on competence with RF test equipment: VNA, spectrum analyzer, phase noise measurements, power meter, noise figure measurements, and signal generators
Proficient with RF simulation tools and Schematic and PCB EDA tools: Keysight ADS, Microwave Office, PADS, Xpedition or similar
Systems engineering experience: requirements management, interface definition, trade studies, and technical risk identification
Eligible for, or currently holding, a Government of Canada Reliability Status or Security Clearance

Preferred Qualifications

Master’s degree or Ph.D. in Electrical Engineering, specializing in RF/Microwave Engineering or equivalent
Experience with defence‑standard procurement environments (PWGSC/DND, NATO STANAG, Controlled Goods, ITAR compliance)
Familiarity with RFSoC platforms (Xilinx Zynq UltraScale+ RFSoC / AMD) and associated frequency planning constraints
Knowledge of DIFI (VITA 49.2) packetized digital RF standards for RF‑over‑IP architectures
Background in EW, SIGINT, or spectrum monitoring receiver design is an asset
Experience with MIL‑STD‑461 (EMI/EMC) and MIL‑STD‑810 (environmental) test compliance
Professional Engineer (P.Eng.) designation or eligibility for same

What we Offer: