Senior Electronic / RF Engineer

Description

About Manna

At Manna, we’re changing how the world receives things — by taking delivery to the skies.

Our mission is simple but ambitious: to make high-speed suburban delivery affordable, green, and safe. We design and build our own aviation-grade drones that deliver food, coffee, groceries, and more — directly from local stores and vendors to people’s doors in just a few minutes.

We’re a team that Drive with Impact, are Safety Focused, and knows that the best ideas come from Team Players who show up as their Authentic Selves. We move fast, we are passionate about what we do, and we’re always pushing a growth mindset to be better — in everything we do.

If you want to build world-changing technology with real-world impact (and have a bit of fun while doing it), you’ll love it here.

Welcome to Manna — where we deliver the future.

Role Purpose

The Senior Electronics Engineer will be responsible for the design, development, integration, and validation of electronic hardware systems that support the company's products and technology platforms. Working closely with cross-functional teams, the role will contribute to the delivery of reliable, high-performance, and manufacturable electronic solutions from concept through to production.

The successful candidate will apply strong electronic design and problem-solving skills across a range of hardware development activities, including schematic design, PCB development, hardware integration, testing, and product improvement. They will support the development of embedded, sensor, power, and wireless communication systems while ensuring designs meet performance, quality, and regulatory requirements.

Skills & Experience

(The following are desirable but not mandatory)

Mixed-signal electronic design, including schematic capture, PCB layout, and hardware validation across advanced PCB technologies such as HDI, rigid-flex, flex, and controlled-impedance designs.

High-speed digital interface design and integration, including Ethernet, USB, DDR, CAN, I²C, RS-485, and embedded processing platforms.

RF system design and integration for GNSS, LTE/5G, WLAN, telemetry, Remote ID, and other wireless communication systems.

Strong understanding of signal integrity, power integrity, EMC/ESD design, grounding, shielding, impedance control, and RF coexistence.

Power system design including battery-powered systems, battery management systems (BMS), LDOs, SMPS regulators, thermal considerations, and noise management.

Antenna integration and RF optimization, including matching networks, S-parameter analysis, MIMO/diversity architectures, and mitigation of enclosure and environmental effects.

Sensor integration and optimisation, including GNSS, inertial sensors, radar, LiDAR, machine vision, and other sensing technologies.

Hands-on hardware debugging and characterisation using oscilloscopes, logic analysers, spectrum analysers, vector network analysers (VNA), and related test equipment.

Design for manufacturability and assembly (DFM/DFA), certification, qualification testing, and production support.

5+ years of experience

Key Responsibilities

Lead the design, development, and validation/test of complex electronic and RF subsystems from concept through production.

Own schematic design, PCB layout, and hardware integration for mixed-signal, embedded, and RF systems.

Architect and optimise high-speed digital, power, sensor, and wireless communication interfaces to meet performance, reliability, and regulatory requirements.

Integrate microcontrollers, processors, sensors, wireless modules, and battery systems into scalable production-ready platforms.

Lead RF front-end, antenna, and wireless system integration activities, ensuring robust link performance across operational environments.

Apply signal integrity, power integrity, EMC/ESD, thermal, and RF best practices throughout the design lifecycle.

Perform laboratory characterisation, debugging, and root-cause analysis using industry-standard test equipment.

Support certification, manufacturing transfer, field testing, and continuous product improvement activities.

Collaborate closely with cross-functional teams to deliver high-performance, reliable, and manufacturable products.