We have an opportunity for a Hardware Engineer (Value Engineering and Component Engineering) to join us at Honeywell, in Horsham, into a hybrid (3 days in the office, 2 days remotely) role. You will be responsible for executing redesign projects focused on cost reduction of existing mass‑volume products across the Honeywell Building Technologies portfolio, including controllers, valves, actuators, peripherals, electrical products and component parts. The Hardware Engineer II will lead value‑engineering and component‑engineering efforts, identify savings through vendor changes, circuit and mechanical design improvements, and manage the implementation of these changes in mass‑production environments. You will collaborate with engineering, sourcing, and offering teams throughout the product development lifecycle and across the global engineering network. Honeywell Building Automation is transforming the way every building operates to help improve the quality of life for the people who use them. With a portfolio featuring software, hardware, and services, Honeywell takes an outcome‑focused approach to help building owners and operators improve safety, security, energy, and operational efficiencies, creating a better building experience and making buildings safer, more operationally efficient, and energy‑efficient.
Key Responsibilities and Expectations
* Good understanding of value analysis, value engineering, and component engineering.
* Responsible for the Value Engineering & Component engineering projects and their implementation through collaborative effort with engineering, sourcing, and offering teams.
* Review current electronic board designs, propose ideations to reduce BOM cost by evaluating component, material, and process technologies.
* Working knowledge of analog (OPAMPs, BJTs, MOSFETs, etc.) and digital design (microcontroller ADC, DAC, memory devices, etc.), including electronic circuits, power supplies, and connectors.
* Understand, review, and propose simplifications or changes for PCB schematics and layout design documents with respect to new component proposals.
* Bachelor’s Degree in Electrical/Electronics Engineering is required; Master’s Degree in Engineering is an added advantage.
* Professional experience in VECE, hardware design, analog, digital, power supplies, and power electronics.
* Good understanding of eCAD tools (such as Siemens Mentor‑Graphics).
* Knowledge of the full design product development lifecycle.
* Experience with simulation tools, UL/EN/CE standards, statistical methods, and MS Office.
* Strong communication and negotiation skills required to interact daily with design teams, ISC, offering, manufacturing sites, and suppliers.
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