SteadyMed Ltd. (wholly owned subsidiary of United Therapeutics) is a specialty pharmaceutical company focused on the development of drug products to treat
orphan and high value diseases with unmet parenteral delivery needs. The company's lead drug product candidate
is Trevyent, a development stage drug product that combines SteadyMed's PatchPump technology with
treprostinil, a vasodilatory prostacyclin analogue to treat pulmonary arterial hypertension (PAH). PatchPump is a
proprietary, disposable, parenteral drug administration platform that is prefilled and preprogrammed at the site of
manufacture. Steadymed is looking for Principal hardware engineer to lead the hardware activities in
drug delivery development projects.
HW Principal Engineer
The Principal electronics engineer will be responsible for preforming design and analysis to support research and
development of innovative drug delivery systems. The Principal electronics engineer participates in concept
phase, design activities, reviews and reports designs progress, and support the transfer to manufacturing and
potential troubleshooting/sustaining in production. Assignments require initiative, originality, ingenuity and
excellent problem solving skills. The ideal candidate will have excellent analysis skills, advanced hardware
engineering experience and a good understanding of medical devices. This role is part of a development team
focused on the longer term, strategic concepts and designs that are required for the companys future products.
Requirements:
Bachelor's Degree in Electronics Engineering from leading institutions (Technion, TAU, BGU)
15+ years related engineering experience, including significant experience in medical device
development.
Digital and analog PCB design (including analysis, schematics, layout, production files), test equipment
design, working with electronic packaging designers and PCB layout designers. Design for
manufacturability
Experience in PCB fabrication and manufacturing process, troubleshooting production issues and
introduction new products to production. Familiarity with flexible circuits.
Experience with microprocessors and microcontrollers boards including low power management of
hardware components using batteries and other low power components
Analysis and development of multi-disciplinary systems. Analysis and development of analog and digital
control systems. Electronics and software subsystems integration. Experience in motion control
simulation tools and implementation to a system level.
Familiarity with Embedded firmware (C, C++), algorithms development, real Time software design and
familiarity with communication protocols.