Electronics Engineer

PassFort

Singapore

On-site

SGD 60,000 - 100,000

Full time

14 days+

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Benefits offered by this job

Macbook laptop

Generous annual leave

Health plans

Lunch allowance

Job summary

Transcelestial is seeking an Electronics Engineer to develop the electronics hardware for laser communication terminals, for terrestrial and space applications. You will design, select components, capture schematics, layout PCBs, and build test systems with cross‑functional teams to ensure robustness in space‑grade environments.

You will lead hardware design, drive improvements, and contribute to test tooling and reviews, with exposure to space electronics practices and high‑reliability

Qualifications

Degree in Electronics/Electrical Engineering or equivalent.
Strong understanding and hands-on experience with analog circuit design.
Basic understanding of electronics manufacturing processes (PCB assembly, testing, validation).
Proven track record of leading electronics development and test projects

Responsibilities

Lead electronics hardware design, including component selection, schematic capture, and PCB layout.
Drive design improvements across electronics hardware in products and production systems.
Develop and maintain custom functional test systems for verification and production.
Conduct and host engineering reviews for new versions of electronics hardware.
Contribute to cross-functional engineering reviews, ensuring electronics are fully integrated with optics, mechanics, and software subsystems.
Drive electronics design for space, including derating analysis, radiation tolerance assessments, and environmental qualification planning.
Analyse field failures and implement mitigations

Skills

Analog circuit design

PCB layout

Schematic capture

Cross-functional teamwork

Education

Electronics/Electrical Engineering degree

Job description

Transcelestial’s vision is to improve the connectivity experience for the next billion people. We believe that connectivity is a human right and Transcelestial is on a mission to solve the problem of internet distribution and provide affordable, high‑speed internet to everyone.

Transcelestial’s next‑generation wireless laser communication technology is one of the most effective solutions in the distribution of high‑quality, high‑speed internet connectivity, making it well‑poised to solve civilization’s long‑term communication needs – and ultimately improve connectivity for 1 billion users globally.

Highly reliable and secure, its light‑weight, shoe‑box sized CENTAURI device leverages its proprietary laser technology to create a wireless distribution network and can be quickly, easily and cost‑effectively installed on any standard telecom pole or tower at a faster time‑to‑market than standard fiber‑optic cable.

Over the longer‑term, Transcelestial aims to develop a constellation of small satellites positioned in Low Earth Orbit, allowing their laser network to not only beam across cities but upwards to connect continents across the world too.

Our Values

Lean & Simple. Our products are simple to use, we focus on what matters, we solve issues one by one and we spend smart.
Approachable. Whoever you are, wherever you come from, don’t be shy! The best ideas can come from anywhere in the organisation.
Supportive. We are a bunch of smart individuals delivering at their best working in teams. If you face an issue, you can be sure someone will jump in and help you.
End user obsessed. Customers and end users are at the core of everything we do.
Relentless innovators. Our technology is at the forefront of innovation. We are curious, we question everything, we love research and are passionate about the next big thing.

Electronics Engineer

The Electronics Engineer will play a key role in the development of the electronics hardware for Transcelestial’s laser communication terminals, both for terrestrial and space applications. This role covers the full lifecycle of electronics engineering, from design and component selection to schematic capture, PCB layout, and custom test systems. You will collaborate with cross‑functional teams to continuously improve the electronics design, ensuring robustness for industrial and space‑grade environments.

Responsibilities

Lead electronics hardware design, including component selection, schematic capture, and PCB layout.
Drive design improvements across electronics hardware in products and production systems.
Develop and maintain custom functional test systems for verification and production.
Conduct and host engineering reviews for new versions of electronics hardware.
Contribute to cross‑functional engineering reviews, ensuring electronics are fully integrated with optics, mechanics, and software subsystems.
Drive electronics design for space, including derating analysis, radiation tolerance assessments, and environmental qualification planning.
Analyse field failures and implement mitigations

What you will bring

Degree in Electronics/Electrical Engineering or equivalent.
Strong understanding and hands‑on experience with analog circuit design.
Basic understanding of electronics manufacturing processes (PCB assembly, testing, validation).
Proven track record of leading electronics development and test projects

It is a bonus if you have

Experience designing industrial‑grade electronics and/or networking equipment.
Experience with failure analysis and product quality improvement.
Hands‑on experience with switched‑mode DC/DC converter PCB layout.
Familiarity with space electronics design practices, including:
Radiation effects mitigation (SEU, TID, SEE).
Component derating and selection for high‑reliability systems.
Experience supporting vibration, shock, and thermal vacuum tests for space electronics.
Experience with high‑speed digital design, EMI/EMC considerations, and grounding strategies.
Background working in high‑growth or startup environments is a plus.