Engineering disciplines
- High-Level Systems Design
- Electrical Engineering
- FPGA and Digital Signal Processing
- User Interface Design
- Mechanical and Industrial Design
- Software and Embedded Design
Design & Engineering
Systems, electronic, mechanical and software disciplines brought together around your product and manufacturing requirements.
Connect the idea to the way it’s made.
EMS Technologies offers engineering services and product development, with technical staff covering systems, electrical, mechanical, software and embedded design disciplines.
Discuss the design problem, current development stage and manufacturing context. The relevant disciplines and project scope can then be reviewed with EMS.
Systems & electronics
Connect RF, signal processing, power and interface requirements.
Mechanical & industrial
Bring 3D CAD, enclosure design and manufacturing considerations together.
Software & embedded
Define the platform, interfaces and embedded behavior your product needs.
Systems, RF and signal-processing work
Wireless communications work includes systems analysis and characterization, protocols, transceiver selection and custom design, and antenna design and characterization.
Engineering work spans custom RF transceivers and power amplifiers, and algorithm design from MATLAB simulation to DSP/FPGA implementation.
FPGA work includes interfaces and signal processing such as digital up-converters, down-converters and digital filters. Define the interfaces, standards and versions your product needs.
Wireless and RF
- System analysis and characterization
- Transceiver selection and custom design
- Antenna design and characterization
- Custom RF transceivers and power amplifiers
DSP and FPGA
- MATLAB-to-DSP/FPGA algorithm work
- Digital up-converters and down-converters
- Digital filters
- Interface definition
Mechanical, software and power disciplines
Mechanical and industrial design includes 3D CAD modeling, product rendering, user experience and enclosure design, with tooling and fabrication support.
Software work includes user interfaces, embedded design, and Android and iOS application development. Define the platform, interfaces and required toolchain in the project discussion.
Power-supply and power-electronics work includes AC/DC and DC/DC, constant-current and constant-voltage requirements, battery chargers and battery-management systems.
Mechanical and industrial
- 3D CAD modeling
- Product rendering
- User experience and enclosure design
- Tooling and fabrication support
Software and embedded
- User-interface development
- Embedded design
- Android and iOS applications
Power electronics
- AC/DC and DC/DC
- Constant current and constant voltage
- Battery chargers
- Battery-management systems
A clearer brief.
A better starting point.
A few details help frame the conversation. Start with what you know; bring the open questions, too.
Talk through your requirementsWhat should I bring?
Prepare the concept or specifications, diagrams or drawings, and a description of the design problem. Add the current development stage and manufacturing context.
Which engineering disciplines are available?
High-level systems, electrical, FPGA and digital signal processing, user interface, mechanical and industrial, and software and embedded design. Identify the disciplines your project needs.
What interface or toolchain details are useful?
List the interface, standard and version, operating platform and software environment. These details guide the compatibility and scope discussion.
Discuss the design and manufacturing requirements
Share design objectives, development stage, required interfaces and manufacturing context. Include existing specifications, diagrams or drawings where available.
A meeting request opens your email app so you can arrange a conversation.
PCB assembly supported by in-house engineering, design for manufacturability and coordinated production and testing.
Connect part design, prototyping and mold making with engineering support from concept to production.
Coordinate board design, parts, electronic assembly, testing and final packaging within one project scope.