Engineering Services

Specialized Skills

 

Our engineers help our clients deliver quality products, faster and at reduced costs.
Talent 101 works with clients in the semiconductor and electronic systems industries around the world to provide solutions and end-to-end support through engineering and technology services. Our engineering services focus on four key disciplines: electronic hardware, embedded systems and applications software, mechanical engineering, and testing and validation. Our Engineering Services engagements are done in turnkey, milestone, outsourced and individual or team augmentation format. Additionally, Talent 101 also provides clients with SME consulting, field servicing, and equipment support.

Hardware

  • Design & Implementation
  • IC Design
  • Design Verification (DV)
  • EDA/CAD Tools
  • Performance Modeling
  • Front End & Physical Design
  • Systems Engineering
  • PCB/Board Design
  • Layout Design
  • Digital Design
  • Analog Design
  • Mixed Signal Design
  • Audio
  • ASIC Design & Verification
  • DLP Design
  • FPGA Development
  • Board Assembly
  • VHDL & Verilog
  • Hardware Design
  • RF Design
  • Microcontrollers (MCU)
  • Power Management (PMIC)
  • RTL Design
  • Mask Design
  • SoC Design & Verification
  • Bluetooth Support & Design

Software

  • Firmware Development
  • GUI Test Development
  • Embedded Development
  • BIOS
  • Kernel Development
  • Device Driver Software
  • Application Development & Support
  • Software Development
  • Zigbee Consulting & Design
  • Platform Migrations
  • Compilers

 

Mechanical

  • Mechanical Design
  • Prototyping Building (ADD)
  • Facility Layout

Test

  • System Validation
  • Test-Product Engineering
  • ATE Development
  • Design for Test (DFT)
  • Post Silicon Validation
  • Bench Testing
  • Characterization
  • Factory Automation
  • Diagnostics & Debug

Something Powerfulhire engineering talent guide

3 digital transformations that will affect the chip workplace in 2020

In 2019, we witnessed massive breakthroughs and seismic industry shifts that shaped how we work, live, travel, and share ideas. Major telecom carriers are offering 5G-capable devices for faster connections. Students and professionals can ride in fully autonomous shuttles or employees buses. And an anonymous but searchable tool for drug development and health studies can help aggregate trillions of data points for research and drug manufacturers.


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Q4 2019 SEMICONDUCTOR TECHNOLOGY NEWS + BEYOND: THE BEST NEWS AND BREAKTHROUGHS TO KNOW

As we wrap up another year, it’s time to look at what happened in the past quarter with a roundup of news, technological breakthroughs, and industry trends. This was a busy quarter, with legislation updates for scientific funding, an energy-efficient device that bends light, a new method for transforming silicon, and more. Let’s take a look at what’s happened in the last few months:


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How to improve R&D in the semiconductor industry

Most semiconductor engineers have a similar mission: planning, executing, delivering, and optimizing cutting-edge products. That takes meticulous and thoughtful foresight, planning, processes, and resources — all of which stem from sustained research and development (R&D) efforts.

While R&D is foundational in every chip company, recent profound shifts in the industry call for a different approach. KPMG’s 14th semiconductor outlook report found that due to challenging market conditions, R&D and innovation ranks first in strategic priority. Semiconductor companies are innovating and growing revenue in new ways without massive investments in scaling. Many are also in partnerships with suppliers, foundries, system, and fabless companies, which demands a focus on value chain coordination. Moreover, the need to push new products within the critical ramp period increases R&D costs.


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