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Computer Engineering Jobs in Wichita, KS (NOW HIRING)

Positions such as Sr. Field Survey Technician, CAD Engineering Tech and Project Surveyor may be in your future Essential Functions * Efficiently plans and prepares CAD drawings using Civil 3D for a ...

Computer Science, Information Technology, Software Engineering, Information Systems, Computer Engineering, or a closely related technical field • Certifications: AWS/Azure Solutions Architect ...

Engineering Technician Department: Manufacturing Research & Development The Engineering Technician ... Basic computer skills (Microsoft Office), with CAD experience preferred (SolidWorks, AutoCAD ...

Positions such as Lead Field Survey Technician, Sr. CAD Engineering Tech and Project Surveyor may be in your future. Essential Functions * Efficiently plans and prepares CAD drawings using Civil 3D ...

Deep knowledge of Java programming including primitive types, objects, boolean expressions ... Familiar with AP Computer Science A curriculum across ten units and common challenges such as ...

Computer Science Massachusetts Institute of Technology (MIT) Curriculum Listing: * Naval Construction and Engineering * Nuclear Engineering QUALIFICATIONS AND REQUIREMENTS * Bachelor's degree * U.S ...

Computer Science, Information Technology, Software Engineering, Information Systems, Computer Engineering, or a closely related technical field * Certifications: AWS/Azure Solutions Architect, TOGAF ...

Computer Science, Information Technology, Software Engineering, Information Systems, Computer Engineering, or a closely related technical field * Certifications: AWS/Azure Solutions Architect, TOGAF ...

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Computer Engineering information

See Wichita, KS salary details

$43.4K

$108.7K

$123K

How much do computer engineering jobs pay per year?

As of Jun 19, 2026, the average yearly pay for computer engineering in Wichita, KS is $108,708.00, according to ZipRecruiter salary data. Most workers in this role earn between $99,700.00 and $117,600.00 per year, depending on experience, location, and employer.

Can computer engineers make $500,000?

Computer engineers can potentially earn $500,000 or more annually, especially in senior roles, management, or specialized fields like software architecture or cybersecurity. Achieving this level often requires extensive experience, advanced skills, and working in high-paying industries or companies, sometimes with additional bonuses or stock options.

What are the key skills and qualifications needed to thrive as a Computer Engineer, and why are they important?

To thrive as a Computer Engineer, you need strong analytical skills, proficiency in computer architecture, hardware and software design, and at least a bachelor's degree in computer engineering or a related field. Familiarity with programming languages (such as C/C++ or Python), hardware description languages (like VHDL or Verilog), and tools like MATLAB or CAD software is common, and certifications like Cisco or CompTIA can be beneficial. Problem-solving abilities, teamwork, and effective communication are vital soft skills for collaborating on complex projects and troubleshooting technical issues. These skills and qualifications are essential for designing innovative computing solutions, ensuring reliable system performance, and succeeding in multidisciplinary engineering environments.

What is computer engineering?

Computer engineering is a field that combines principles of electrical engineering and computer science to design, develop, and maintain computer systems and hardware. Computer engineers work on both the hardware (such as processors, circuit boards, and memory devices) and the software that runs on these systems. Their work enables the creation of everything from smartphones and laptops to complex embedded systems in cars and medical devices. Computer engineering can also involve research, innovation, and improving the efficiency and performance of computers and related technologies.

What jobs do computer engineers take?

Computer engineers work in roles such as hardware engineer, software developer, systems analyst, network architect, and embedded systems engineer. They design, develop, and test computer hardware and software, often requiring knowledge of programming languages, circuit design, and operating systems.

What is the difference between Computer Engineering vs Computer Science?

AspectComputer EngineeringComputer Science
Required CredentialsBachelor's in Computer Engineering or related fieldBachelor's in Computer Science or related field
Work EnvironmentHardware and software development, embedded systems, device designSoftware development, algorithms, data structures, theoretical computing
Employer & Industry UsageTech companies, hardware firms, embedded systems companiesSoftware firms, research institutions, tech startups
Common Search & ComparisonYesYes

Computer Engineering focuses on designing and developing hardware and embedded systems, combining electrical engineering and computer science principles. Computer Science emphasizes software development, algorithms, and theoretical aspects of computing. While both fields overlap, Computer Engineering leans more toward hardware integration, whereas Computer Science centers on software and programming.

What are job opportunities for computer engineers?

Computer engineers have a wide range of job opportunities in areas such as software development, hardware design, network systems, cybersecurity, and embedded systems. They can work in industries like technology, telecommunications, manufacturing, and finance, often requiring skills in programming, circuit design, and system analysis. Certifications like Cisco or Microsoft can enhance job prospects, and roles may involve working in office environments, labs, or remotely.

How do computer engineers typically collaborate with other departments in a tech company?

Computer engineers often work closely with software developers, hardware designers, and product managers to bring complex systems to life. Collaboration usually involves regular meetings to align on project goals, troubleshooting cross-disciplinary issues, and integrating hardware and software components. Effective communication and teamwork are essential, as computer engineers must translate technical requirements and constraints between teams to ensure a smooth development process. This collaborative environment helps broaden your skill set and exposes you to various aspects of product development.

What can a computer engineer work as?

A computer engineer can work as a software developer, hardware engineer, systems analyst, network administrator, or embedded systems engineer. They design, develop, and test computer hardware and software, often using programming languages, circuit design, and system integration skills. Certifications like Cisco or Microsoft can enhance job prospects in this field.
What are the most commonly searched types of Computer Engineering jobs in Wichita, KS? The most popular types of Computer Engineering jobs in Wichita, KS are:
What are popular job titles related to Computer Engineering jobs in Wichita, KS? For Computer Engineering jobs in Wichita, KS, the most frequently searched job titles are:
What job categories do people searching Computer Engineering jobs in Wichita, KS look for? The top searched job categories for Computer Engineering jobs in Wichita, KS are:
What cities near Wichita, KS are hiring for Computer Engineering jobs? Cities near Wichita, KS with the most Computer Engineering job openings:
Senior Embedded Software Engineer - Linux, SoC & Hardware Integration

Senior Embedded Software Engineer - Linux, SoC & Hardware Integration

Knowmadics

Wichita, KS

$110K - $145K/yr

Full-time

Posted 24 days ago


Job description

Candidate should live within driving distance of the following areas: Wichita, KS; Lawton OK; or Round Rock, TX


Job Purpose/Summary


The Senior Embedded Software Engineer - Linux, SoC & Hardware Integration is the technical bridge between custom hardware and application software. This role turns advanced hardware platforms, FPGA fabric, ASICs, accelerators, and other memory-mapped peripherals into reliable capabilities that higher-level software teams can build on.

This position supports the rapid development of next-generation, AI-enabled hardware and sensor platforms for counter-UAS (cUAS) and multi-sensor applications. The engineer will bring up embedded Linux systems, configure bootloaders and device trees, integrate custom hardware interfaces, and enable high-throughput data paths using DMA, PCIe, AXI, interrupts, and shared memory.

Working closely with electrical, FPGA, RF, DSP, and application software engineers, this role helps transform new hardware concepts into modular, mission-ready capabilities. The ideal candidate will be excited to work in a fast-moving R&D environment, solve challenging hardware/software integration problems, and help build technology that moves quickly from concept to real-world impact.

Duties and Responsibilities


  • Bring up embedded Linux on SoCs and custom hardware platforms.
  • Build and maintain BSPs, including U-Boot, device trees, kernel configuration, and hardware enablement.
  • Integrate FPGA fabric, ASICs, accelerators, PCIe devices, DMA engines, and other custom peripherals.
  • Create drivers, user-space interfaces, and hardware abstraction layers for memory-mapped hardware.
  • Enable high-throughput, low-latency data movement using DMA, PCIe, AXI or similar interconnects, shared memory, interrupts, and cache-aware buffers.
  • Turn register maps and board controls into clean interfaces that application teams can use.
  • Work hands-on with hardware, FPGA, RF, DSP, and application engineers to debug new boards and integration issues.
  • Use schematics, datasheets, timing diagrams, and lab tools to solve hardware/software problems.
  • Develop bare-metal or RTOS firmware for microcontrollers as needed.
  • Support lab, field, and test-range validation of cUAS, RF sensor, and multi-sensor platforms.
  • Keep bring-up notes, driver documentation, integration guides, and test plans clear and current.


Qualifications

Minimum

  • Eligible to obtain a U.S. Security Clearance - U.S. Citizenship required.
  • S. in Computer Engineering, Electrical Engineering, Computer Science, Software Engineering, or related field, or equivalent experience.
  • 5+ years of embedded software experience with custom hardware, SoCs, board bring-up, or related systems.
  • Strong C/C++ for embedded systems; comfortable with Python, Bash, or similar scripting.
  • Embedded Linux bring-up experience on ARM-based SoCs, FPGA SoCs, or heterogeneous platforms.
  • BSP experience with U-Boot or similar bootloaders, device trees, kernel configuration, Yocto, and/or PetaLinux.
  • Experience integrating memory-mapped hardware using Linux drivers, user-space frameworks, VFIO/UIO, mmap, or similar approaches.
  • Working knowledge of DMA, PCIe, AXI or similar buses, interrupts, IPC, IOMMU/SMMU, cache coherency, and physical/virtual addressing.
  • Ability to read schematics and troubleshoot hands-on with hardware designers.
  • Clear communicator who documents decisions and works well across engineering disciplines.

Desired

  • Experience integrating FPGA-based, ASIC-based, SDR, or other custom hardware with embedded Linux applications.
  • Experience with scatter-gather DMA, zero-copy data movement, low-latency/high-throughput streaming, or hardware accelerator pipelines.
  • Bare-metal or RTOS firmware experience for STM32, ESP32, or similar microcontrollers.
  • RF, SDR, radar, signal-processing, distributed sensor, or counter-UAS experience.
  • Ruggedized, outdoor-deployed, low-SWaP, military/aerospace, or mission-critical systems experience.
  • Hands-on lab experience with oscilloscopes, logic analyzers, spectrum analyzers, protocol analyzers, or similar tools.
  • Active DoD clearance or prior clearance eligibility.

Working conditions

  • Employees may be called upon to participate in in-person meetings, trainings, lab work, field activities, or company functions at Knowmadics offices or other designated locations. Travel in support of business operations may also be required, and employees are expected to comply with these obligations as part of their position.
  • Candidate should live within driving distance of Wichita, KS; Lawton, OK; or Round Rock, TX, or be able to support hybrid/remote work with in-person attendance as needed.
  • Work may occur in office, laboratory, integration, test-range, field, or customer-adjacent environments depending on project needs.
  • Some weekend or extended-hour work may be required based on project deadlines, hardware bring-up, testing schedules, field events, or operational needs.
  • Estimated travel: less than 10%, with occasional additional travel based on project or field-test requirements.


Physical requirements

  • Prolonged periods of remaining in a stationary position at a desk and working on a computer.
  • Hands-on work with circuit boards, prototype hardware, lab equipment, cables, tools, computers, and technical equipment in an engineering lab environment.
  • Occasional lifting, carrying, or moving of materials, tools, prototype systems, test equipment, or hardware assemblies may be required.

Direct reports


None