mookerji
Copper Home (fka Channing Street Copper) builds battery-integrated induction appliances for home electrification — we're making decarbonization accessible by putting energy storage inside everyday products, starting with the stove.
The firmware team is small and owns application firmware, device connectivity, automated testing, manufacturing tools, and an MQTT backend for OTA updates and fleet telemetry.
We're hiring a staff embedded systems engineer focused core firmware architecture on the Charlie induction range.
In this role, you may:
- Own major pieces of our embedded platform and prototypes of future products.
- Lead improvements to device connectivity (Wi-Fi, BLE, OTA, provisioning, failure recovery) and energy management.
- Evolve fleet management, telemetry, and remote management/update systems with a focus on robustness and cost efficiency at scale.
- Mentor engineers through design reviews and day-to-day technical collaboration.
Tech stack: C and Python; FreeRTOS on ESP-IDF; 802.11, BLE, CAN; MQTT; AWS
Salary: $182k–$210k + equity
Questions? Send me an email (<username>@copperhome.com) or reply here.
More details and apply: https://copperhome.com/pages/jobs?gh_jid=4119303007
SPAN builds hardware products that accelerate the adoption renewable energy in the home! We manufacture and sell the SPAN Smart Panel, an electric panel that performs software-based load management and monitoring for homes with solar, battery storage, and big appliances like EV chargers.
The Device Platform team is a 6-person team maintaining the Yocto-based embedded Linux platform underpinning SPAN’s hardware products.
We're hiring a Rust-focused systems software engineer to work on our application platform.
In the next year, you may:
- Build out our cross-platform application development SDK written in Rust, and supporting others developing new product offerings.
- Co-design new APIs with our cloud team (MQTT, HTTP, and gRPC).
- Collaborate with specialists in data science and power electronics to support simulation testing of power control behaviors in our application stack.
- Overhaul our on-device telemetry, alerting, and fault reporting for our growing customer base.
Questions? Email Buro ([email protected]). [Please: candidates only, no recruiters or agencies]
More details and applications at: https://boards.greenhouse.io/spanio/jobs/5760722003
Salary: $147k-200k
About the product:
SPAN builds hardware products that accelerate the adoption renewable energy in the home! We manufacture and sell the SPAN Smart Panel, an electric panel that performs software-based load management and monitoring for homes with solar, battery storage, and big appliances like EV chargers.
The Device Platform team is a 6-person team maintaining the Yocto-based embedded Linux platform underpinning SPAN’s hardware products.
We're hiring a *Rust-focused systems software engineer* to work on our application platform.
In the next year, you may:
- Build out our cross-platform application development SDK written in Rust, and supporting others developing new product offerings.
- Co-design new APIs with our cloud team (MQTT, HTTP, and gRPC).
- Collaborate with specialists in data science and power electronics to support simulation testing of power control behaviors in our application stack.
- Overhaul our on-device telemetry, alerting, and fault reporting for our growing customer base.
Questions? Email Buro ([email protected]).
More details and applications at: https://boards.greenhouse.io/spanio/jobs/5760722003
Salary: $147k-200k
About the product:
Indeed, carrier phase and multi-frequency+constellation measurements are drifting into consumer hardware, but I can say that it's probably going to be a Good Long While before we full realize its benefits. The use of cell phones (and cheap cell phone antennas) is an active area of research, particularly for organizations aiming to make high-accuracy GNSS positioning widely accessible outside of specialty markets (i.e., agriculture and surveying). It's an interesting area to be in for sure:
- http://gpsworld.com/innovation-precise-positioning-using-raw-gps-measurements-from-android-smartphones/
-
https://radionavlab.ae.utexas.edu/images/stories/files/papers/inPhoneCdgnssIonPlans2016.pdf
(Shill: We're hiring for firmware engineers right now, focused on a variety of different areas: embedded Linux, DSP basebands (C), and navigation algorithms (C++) design and implementation. See https://jobs.lever.co/swift-nav for more details or email [email protected].)
Swift Navigation | San Francisco Bay Area | Infrastructure+Embedded Software Jobs | VISA
Swift Navigation is looking for firmware and infrastructure software engineers
to work with us on high-accuracy GPS receivers (https://github.com/swift-nav/).
We've shipped the world's first low-cost, multi-constellation, inch-accurate
satellite navigation receiver for autonomous vehicle applications. Questions?
Email Buro ([email protected]). Apply at https://jobs.lever.co/swift-nav.
+ Firmware (Production embedded programming on the Zynq platform, FPGA-based
DSP, C, C++, Python, VHDL, embedded Linux).
+ Web and internal platform infrastructure (front ends, rear ends, services,
production programming, Haskell, Python, JS, C++, containerized distributed
workflows, etc. etc. etc.).
+ Software infrastructure team lead, preferably with experience in building
highly-available, real time sensor products and analytics platforms.
Our interviews have a few steps: an intro phone call, technical phone screen or
take home problem, and an onsite. Our technical interviews aim to fairly assess
your skills and also preview our own day-to-day work.
Satellite navigation is a rich problem space! Our 45 (??!) person group in the
Civic Center neighborhood of San Francisco is spread across analog/RF/digital
hardware design and embedded systems, statistics, satellite navigation,
functional programming, and web infrastructure. Our work is highly
interdisciplinary with an environment emphasizing effective communication,
collaboration, and inclusion with a flexible working policy. Swift Navigation | SF | Hardware/Infrastructure/Scientific Software Jobs | INTERNS / VISA
Swift Navigation is looking for firmware, scientific tooling, and infrastructure
software engineers to work with us on high-precision GPS receivers
(https://github.com/swift-nav/). We're shipping this week (!) the world's first
low-cost, multi-constellation, inch-accurate satellite navigation receiver for
autonomous vehicle applications. Questions? Email Buro ([email protected])
or Margaret ([email protected]) or apply to https://jobs.lever.co/swift-nav.
+ Firmware (Production embedded programming on the Zynq platform, FPGA-based
DSP, C, C++, Python, VHDL, real-time Linux).
+ Scientific Python Tooling (production scientific Python for product
prototyping, testing, and analysis).
+ Web and internal platform infrastructure (front ends, rear ends, services,
production programming, Haskell, Python, JS, C++, containerized distributed
workflows, etc. etc. etc.).
+ Interns with interesting project experience in any of the above, or interested
in hacking together hardware/software demos for new applications, integrating
UAV autopilots.
Our interviews have a few steps: an intro phone call, technical phone screen or
take home problem, and an onsite. Our technical interviews aim to fairly assess
your skills and also preview our own day-to-day work.
Satellite navigation is a rich problem space! Our 40 (??!) person group in the
Civic Center neighborhood of San Francisco is spread across analog/RF/digital
hardware design and embedded systems, statistics, satellite navigation,
functional programming, and web infrastructure. Our work is highly
interdisciplinary with an environment emphasizing effective communication,
collaboration, and inclusion with a flexible working policy. Swift Navigation | SF | GPS Engineering
Swift Navigation is looking for electrical, estimation, and infrastructure
engineers to work with us on open source (https://github.com/swift-nav/),
inch-accurate GPS receivers (H1B welcome). Questions? email
Buro ([email protected]).
+ Integration engineers (hacking together hardware/software demos for new
applications, integrating UAV autopilots):
https://jobs.lever.co/swift-nav/41e1015c-0401-4066-a868-1c288b7115c6
+ Electrical and manufacturing engineers (electronics design and schematic
capture, ATE, production embedded programming, FPGA-based DSP, C, Python,
VHDL or Verilog):
https://jobs.lever.co/swift-nav/32be8077-d52f-4b24-8880-cc73366a200e
+ GPS and Estimation engineers (statistics, linear algebra, estimation/controls,
production programming, C, Python, R):
https://jobs.lever.co/swift-nav/2ce98a3b-10fd-468d-a200-6107e5157ebe
Satellite navigation is a rich problem space! Our 26 (?) person group in
the Dogpatch neighborhood of San Francisco is spread across analog/RF/digital
hardware design, statistic/estimation/controls, functional programming, and web
infrastructure. Our work is highly interdisciplinary with an environment
emphasizing effective communication, collaboration, and inclusion with a
flexible working policy. Swift Navigation | SF | GPS Engineering
Swift Navigation is looking for electrical, estimation, and infrastructure
engineers to work with us on open source (https://github.com/swift-nav/),
inch-accurate GPS receivers (H1B welcome). Questions? email
Buro ([email protected]).
+ Electrical and manufacturing engineers (electronics design and schematic
capture, ATE, production embedded programming, FPGA-based DSP, C, Python,
VHDL or Verilog):
https://jobs.lever.co/swift-nav/32be8077-d52f-4b24-8880-cc73366a200e
+ GPS and Estimation engineers (statistics, linear algebra, estimation/controls,
production programming, C, Python, R):
https://jobs.lever.co/swift-nav/2ce98a3b-10fd-468d-a200-6107e5157ebe
+ Infrastructure engineers (front ends, back ends, services, production
programming, Haskell, Python, JS):
https://jobs.lever.co/swift-nav/eb80d943-8157-4c9b-afef-8fe98d287c28
+ Integration engineers (hacking together hardware/software demos for new
applications, integrating UAV autopilots):
https://jobs.lever.co/swift-nav/41e1015c-0401-4066-a868-1c288b7115c6
+ Interns with interesting project experience in any of the above.
Satellite navigation is a rich problem space! Our ~23 (!) person group in
the Dogpatch neighborhood of San Francisco is spread across analog/RF/digital
hardware design, statistic/estimation/controls, functional programming, and web
infrastructure. Our work is highly interdisciplinary with an environment
emphasizing effective communication, collaboration, and inclusion with a
flexible working policy. Swift Navigation is looking for embedded, estimation, and infrastructure engineers
to work with us on open source (https://github.com/swift-nav/), inch-accurate GPS
receivers (H1B welcome) for machine automation applications.
Questions? email Buro ([email protected]).
+ Embedded engineers (electronics design and schematic capture, production
embedded programming, FPGA-based DSP, C, Python, VHDL or Verilog):
https://jobs.lever.co/swift-nav/a99d3f7d-6603-4712-9d4c-5f52e43a1133
+ Estimation engineers (statistics, linear algebra, estimation/controls,
production programming, C, Python, R):
https://jobs.lever.co/swift-nav/9513d6ca-046c-48d5-982f-d5e5d270c777
+ Infrastructure engineers (front ends, rear ends, services, production
programming, Haskell, Python, JS):
https://jobs.lever.co/swift-nav/eb80d943-8157-4c9b-afef-8fe98d287c28
+ Satellite navigation and scientific software engineers:
https://jobs.lever.co/swift-nav/2ce98a3b-10fd-468d-a200-6107e5157ebe
https://jobs.lever.co/swift-nav/faeeedb6-fcd0-46af-b5ba-f1368d8f438f
Our ~19 person group in the Dogpatch neighborhood of San Francisco is spread
across analog/RF/digital hardware design, statistics/estimation/GPS, functional
programming, and web infrastructure. Our work is highly interdisciplinary with an
environment emphasizing effective communication, collaboration, and inclusion
with a flexible working policy Swift Navigation is looking for embedded electrical
and estimation algorithms engineers to work with us on
open-source (https://github.com/swift-nav/), inch-accurate GPS
receivers (H1B welcome). Questions? Email Buro ([email protected]).
* Technical details:
0. Embedded development (electronics design and schematic
capture, embedded software, FPGA-based DSP):
http://www.swiftnav.com/jobs/1_ee.html
1. Algorithm design and mathematical software
development (statistics, estimation/controls) through
prototyping, performance analysis, and implementation on
production hardware and web services.
http://www.swiftnav.com/jobs/3_est.html
* Organizational details
0. 15-ish people in the Dogpatch neighborhood of San Francisco,
spread across analog/RF/digital hardware design, statistics/
estimation/controls, (purely) functional programming, and web
infrastructure.
1. Interdisciplinary work, with an environment emphasizing
effective communication, collaboration, and inclusion.
2. Flexible working policy, relevant for those with families and
children.
3. Some non-traditional benefits: thoughtful management, dedicated
bike parking, ample Dadaism, a backyard with a banana tree, and a
gas stove with well-seasoned cast-iron. Swift Navigation is looking for an embedded electrical engineer
and an esimation algorithms engineer to work with us on
open-source (https://github.com/swift-nav/), high-precision GPS
receivers (H1B welcome). Questions? Email Buro ([email protected]).
* Technical details:
0. Embedded development (electronics design and schematic
capture, embedded software, FPGA-based DSP):
http://www.swiftnav.com/jobs/1_ee.html
1. Algorithm design and mathematical software
development (statistics, estimation/controls) through
prototyping, performance analysis, and implementation on
production hardware and web services.
http://www.swiftnav.com/jobs/3_est.html
* Organizational details
0. 13-ish people in the Dogpatch neighborhood of San Francisco,
spread across analog/RF/digital hardware design, statistics/
estimation/controls, (purely) functional programming, and web
infrastructure.
1. Interdisciplinary work, with an environment emphasizing
effective communication, collaboration, and inclusion.
2. Flexible working policy, relevant for those with families and
children.
3. Some non-traditional benefits: thoughtful management, a
backyard with a banana tree, and a gas stove and well-seasoned
cast-iron.The actual listing is here: http://www.swiftnav.com/jobs/1_ee.html. If you're interested or have any questions, send Buro a note at [email protected].
* Technical details:
0. Embedded development (electronics design and schematic capture, embedded software, FPGA-based DSP) for our next generation receivers though prototyping, testing, and manufacturing.
1. We use Python/Numpy for algorithm prototyping'analysis, and collaborate on some custom continuous integration tools for firmware acceptance testing.
* Organizational details
0. We're currently at 13-ish people in the Dogpatch neighborhood of San Francisco, with work spread across analog/RF/digital hardware design, statistics/ estimation/controls, (purely) functional programming, and distributed systems/casual webapp development.
1. Much of our work is interdisciplinary, with an environment emphasizing effective communication, collaboration, and inclusion.
2. Flexible working policy, relevant for those with families and children.
3. Some non-traditional benefits: thoughtful management, a backyard with a banana tree, and a functional gas stove and well-seasoned cast-iron.
Swift Navigation is a 10ish-person, high-accuracy GPS hardware startup based out of San Francisco. We are venture funded, recently won the Qualcomm QPrize, and have a fantastic slate of paying customers.
Swift is currently looking to fill roles in embedded systems firmware engineering and business development, but are open to awesome folks more generally.
We have a number of fun projects in-progress: RF/embedded design for satellite receivers, modeling/algorithm design for GPS estimation and control problems, functional programming (Haskell!) for platform infrastructure and performance-critical embedded code generation, and continuous testing/integration of complex firmware releases.
In business development, you'll be responsible for driving direct sales, expanding the availability of high-accuracy GPS into entirely new markets in machine automation, such as precision agriculture, UAVs, mining equipment, and other autonomous or self-driving systems.
If you'd like to apply, send a note to [email protected]. I'll also be happy to answer any questions at [email protected].
More details: http://www.swiftnav.com/jobs.html
http://kickstarter.com/projects/swiftnav/piksi-the-rtk-gps-r... https://github.com/swift-nav/ https://www.youtube.com/watch?v=wyEKakfqNkk (@ defcon20)
Swift Navigation is a 9ish-person, high-accuracy GPS hardware startup based out of Lemnos Labs in San Francisco. We are venture funded, recently won the Qualcomm QPrize, and have a fantastic slate of paying customers.
We have a number of fun projects in-progress: RF/embedded design for satellite receivers, modeling/algorithm design for GPS estimation and control problems, functional programming (Haskell!) for platform infrastructure, and compilers/tools for performance-critical embedded code generation.
We're currently looking for a __product-focused engineer__ interested in embedded systems prototyping but also in collaborating with many of our existing customers in research and industry to improve our main product (http://swiftnav.com/piksi.html). This role will be particularly important as we expand the availability of high-accuracy GPS into entirely new markets (UAVs, machine automation, agriculture).
For next year: __interns__, particularly anyone interested in getting some independent project experience with some of the projects above.
If you'd like to apply, send a note to [email protected]. iI you're awesome and really want to contribute in some other way not listed? Let us know! I'll also be happy to answer any questions at [email protected].
More details: http://www.swiftnav.com/jobs.html
http://kickstarter.com/projects/swiftnav/piksi-the-rtk-gps-r... https://github.com/swift-nav/ https://www.youtube.com/watch?v=wyEKakfqNkk (@ defcon20)
The Climate Corporation's mission is to help all the world's people and businesses manage and adapt to climate change. We use a combination of weather monitoring, agronomic modeling, and weather simulation to provide real-time pricing and purchasing of customizable weather insurance to farmers in the United States.
Climate's technical staff numbers around 80, and we're hiring full-time employees across many teams as we expand efforts on a new class of decision support tools for growers. Work is split across groups focusing on web applications for farmers and agents, risk and insurance policy management, internal platform and data services, and scientific modeling and research, with roles for:
1. Software engineering generalists with solid CS fundamentals, particularly anyone interested in building (i) entirely new, large-scale distributed data services for scientific computing (we use Clojure); and (ii) web applications (Rails, Python, Javascript, and iOS) used by farmers to manage weather risk.
2. Quantitative researchers in statistics/ML, stochastic optimization, remote sensing, atmospheric physics, and agronomics. Our goal is to forecast statistical distributions of crop yield for any piece of arable land, synthesizing satellite images, digital elevation models, weather data, agricultural statistics, and geological surveys into multi-scale models that underly our data services.
3. Experienced technical team leads, operations engineers, product managers, and designers to pull all this together into a compelling product.
The scale and interdisciplinary nature of the work drive a lot of cross-collaboration within the company, supported by a pressing need to build durable solutions to some very important problems.
Competitive salary, excellent benefits, stock options, etc. Our 25% time is lumped into two-week sabbaticals. The usual details about these positions are here: https://hire.jobvite.com/j?bj=o7B8Wfww&s=hackernews
I write Clojure for a small scientific software engineering team building Climate's agricultural yield models. If you're interested or have any questions, send me an email at [email protected] or [email protected] with [april2014-hn] in the subject heading.
The Climate Corporation's mission is to help all the world's people and businesses manage and adapt to climate change. We use a combination of weather monitoring, agronomic modeling, and weather simulation to provide real-time pricing and purchasing of customizable weather insurance to farmers in the United States.
Climate's technical staff numbers around 80, and we're hiring full-time employees and interns across many teams as we expand efforts on a new class of decision support tools for growers. Work is split across groups focusing on web applications for farmers and agents, risk and insurance policy management, internal platform and data services, and scientific modeling and research, with roles for:
1. Software engineering generalists with solid CS fundamentals, particularly anyone interested in building (i) entirely new, large-scale distributed data services for scientific computing (we use Clojure); and (ii) web applications (Rails, Python, Javascript, and iOS) used by farmers to manage weather risk.
2. Quantitative researchers in statistics/ML, stochastic optimization, remote sensing, atmospheric physics, and agronomics. Our goal is to forecast statistical distributions of crop yield for any piece of arable land, synthesizing satellite images, digital elevation models, weather data, agricultural statistics, and geological surveys into multiscale models that underly our data services.
3. Experienced technical team leads, operations engineers, product managers, and designers to pull all this together into a compelling product.
The scale and interdiscplinary nature of the work drive a lot of cross-collaboration within the company, supported by a pressing need to build durable solutions to some very important problems.
Competitive salary, excellent benefits, stock options, etc. Our 25% time is lumped into two-week sabbaticals. The usual details about these positions are here: https://hire.jobvite.com/j?bj=o7B8Wfww&s=hackernews
I write Clojure for a small scientific software engineering team building Climate's agricultural yield models. If you're interested or have any questions, send me an email at [email protected] with [feb2014-hn] in the subject heading.
The Climate Corporation's mission is to help all the world's people and businesses manage and adapt to climate change. We use a combination of weather monitoring, agronomic modeling, and weather simulation to provide real-time pricing and purchasing of customizable weather insurance to farmers in the United States.
Climate's technical staff numbers around 80, and we're hiring full-time employees and interns across many teams as we expand efforts on a new class of decision support tools for growers (see http://goo.gl/e2uu9v). Work is split across groups focusing on web applications for farmers and agents, risk and insurance policy management, internal platform and data services, and scientific modeling and research, with roles for:
1. Software engineering generalists with solid CS fundamentals, particularly anyone interested in building (i) entirely new, large-scale distributed data services for scientific computing (we use Clojure); and (ii) web applications (Rails, Python, Javascript, and iOS) used by farmers to manage weather risk.
2. Quantitative researchers in statistics/ML, stochastic optimization, remote sensing, atmospheric physics, and agronomics. Our goal is to forecast statistical distributions of crop yield for any piece of arable land, synthesizing satellite images, digital elevation models, weather data, agricultural statistics, and geological surveys into multiscale models that underly our data services.
3. Experienced technical team leads, operations engineers, product managers, and designers to pull all this together into compelling products.
The scale and interdiscplinary nature of the work drive a lot of cross-collaboration within the company, supported by a pressing need to build durable solutions to some very important problems.
Competitive salary, excellent benefits, stock options, etc. Our 25% time is lumped into two-week sabbaticals. The usual details about these positions are here: https://hire.jobvite.com/j?bj=o7B8Wfww&s=hackernews
I write Clojure for a small scientific software engineering team building Climate's agricultural yield models. If you're interested or have any questions, send me an email at [email protected] with [dec2013-hn] in the subject heading.