Hire the Best EMC Symmetrix Specialists

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Quang H.

Embedded Systems Expert | Electronics & R&D Engineer

Da Lat, Vietnam
$30 per hour
62 jobs
$200K+ total earnings

I am a professional Embedded Engineer with over 10 years of experience in embedded systems design, covering both hardware and firmware/software development. I have also set up and led a full-service engineering team, delivering complete products from concept to production, including hardware design, embedded software, cloud integration, and, AI, mobile app development, product/industrial design. I specialize in wireless IoT devices, wearable/medical technology, and embedded firmware with a strong background in end-to-end product development and team leadership. What We Can Offer Firmware Development - Embedded software for IoT, wearables, medical, and consumer electronics - Driver development, RTOS integration, and low-power optimization - Connectivity stacks: BLE, Wi-Fi, NFC, LoRa, LTE, CAT-M1, NB-IoT - Secure OTA updates, device provisioning, and cloud integration Hardware Design - Custom PCB design with multiple layer and layout for high-reliability embedded systems - Power management & battery systems (BMS, energy optimization) - Prototyping, testing, and design-for-manufacturing (DFM) Product & Industrial Design - Mechanical design, 3D modeling, and enclosure development - Ergonomics and usability design for consumer and medical devices - Design-for-production (DFP) and certification support (CE, FCC, FDA-ready) AI & Data Processing - Edge AI/ML model deployment (Edge Impulse, TensorFlow Lite) - Predictive maintenance and anomaly detection for IoT/IIoT - Cloud-based AI integration with AWS/Azure/Google Cloud Mobile App & Cloud Integration - Cross-platform mobile apps (Android/iOS) - Secure Bluetooth, Wi-Fi, and cloud connectivity with devices - Web portal/dashboard development for monitoring and analytics

Ahtisham K.

Embedded Systems | STM32, nRF52, ESP32 | Real-Time Firmware, IoT & PCB

Rawalpindi, Pakistan
$30 per hour
23 jobs
$80K+ total earnings

Embedded systems engineer and hardware designer with 10+ years turning product ideas into manufactured electronics, from schematic and multilayer PCB design in Altium to firmware on STM32, nRF52, ESP32, and FPGA/Zynq platforms. I build wireless and IoT products using BLE, LoRa, and Zigbee, and I've delivered hardware for industrial, automotive, medical, and aviation-grade applications, including ATEX/explosive-zone rated designs. I have taken two of my own product designs from prototype through to full production runs. One scaled to 1,000+ units and another to 100+ units, with me handling everything from board design to manufacturing coordination along the way. 𝗪𝗵𝗮𝘁 𝗜 𝗱𝗲𝗹𝗶𝘃𝗲𝗿 𝗲𝗻𝗱-𝘁𝗼-𝗲𝗻𝗱: System architecture and component selection, schematic and PCB layout/routing (up to 10 layers, mixed-signal and high-speed interfaces), prototyping and validation of boards with hundreds of SMD components, and embedded firmware/driver development in C/C++ and Verilog running on FreeRTOS, Zephyr, and other RTOS. I also support feasibility studies, cost estimation, and turnkey manufacturing coordination with PCB fabs, suppliers, and test labs, plus PCB reverse engineering and reviving obsolete hardware. 𝗠𝗖𝗨/𝗦𝗼𝗖 𝗲𝘅𝗽𝗲𝗿𝗶𝗲𝗻𝗰𝗲: STM32, Nordic nRF52/nRF9160, TI wireless MCUs, ESP32, Renesas, and Xilinx/Altera FPGA/CPLD/Zynq SoC. If you need a hardware or firmware partner who can take a project from concept through certified, manufacturable product, let's talk about what you're building.

Muhammad Murtaza B.

RF/RFIC, AMS | PCB, Antenna, Embedded, DSP, Electronics, IoT

Islamabad, Pakistan
$20 per hour
3 jobs
$400+ total earnings

I'm an electrical engineer with 3 years of hands-on experience in the industry, delivering quality, reliable work to clients across RF, analog, and embedded domains. My focus is on turning hardware and signal-processing challenges into working, well-documented solutions. My core services include: RF & RFIC design, antenna design, high-frequency circuits, and EM simulation (openEMS, ParaView) Analog & mixed-signal IC design, from schematic to layout, with clean matching and low-noise performance using open-source nodes and tools PCB design , multi-layer boards, RF-aware routing, and design-for-manufacture (KiCad) Embedded systems & IoT, firmware development on STM32 and ESP32, BLE, and edge/TinyML deployment Signal & system processing, DSP, filtering, and analysis in MATLAB/Octave Python & OpenCV, computer vision, automation tooling, and custom signal/image-processing pipelines Digital system design, FPGA and digital electronics Tools & technologies: NgSpice, openEMS, KiCad, Xschem, Magic, Python, Octave, SKY130 PDK, ParaView, STM32, ESP32, and other open-source EDA flows. I take pride in clear communication, meeting deadlines, and giving each client work I'd be happy to put my own name on. Whether you need a one-off circuit reviewed or a full design-to-simulation pipeline built, I'll bring precision and practical engineering to the table. Let's build something that works.

Pahan M.

PCB Design & Embedded Hardware Engineer | IoT, Wearables, RF, Altium

Colombo, Sri Lanka
$35 per hour
8 jobs

Senior PCB Design & Embedded Hardware Engineer with an in-house SMT prototyping and validation lab. I design, assemble, bring up, and bench-test complex electronics for IoT, wearable, industrial, and connected products so you receive working, validated hardware rather than simply a folder of Gerbers. 6+ years designing production hardware | 50+ PCB designs | 300+ boards shipped | 100% client satisfaction across all projects ✅ ADVANCED PCB DESIGN | Altium Designer | KiCad Multilayer PCB design up to 14 layers, including HDI, microvias, via-in-pad, fine-pitch BGA/CSP, flex and rigid-flex. Experienced with controlled impedance, differential routing, length matching, high-speed digital, RF, precision analog, mixed-signal partitioning, PDN design, thermal management, and power electronics up to 50 A. I create structured, hierarchical schematics with clear interface definitions and documentation that your firmware and hardware teams can actually debug. ✅ EMBEDDED & IoT HARDWARE End-to-end hardware development from requirements and system architecture through component selection, schematic design, PCB layout, prototype bring-up, and manufacturing handoff. Platforms include: STM32 • Nordic nRF52/nRF53/nRF54/nRF91 • ESP32 • Raspberry Pi / CM5 Experience includes low-power battery-operated products, Li-ion/LiPo charging, PMICs, fuel gauging, USB-C, power-path design, displays, haptics, external memories, and multi-processor architectures. Sensor integration includes IMUs, ToF sensors, 60 GHz radar, cameras, optical/biomedical sensors, environmental sensors, and other precision sensing systems. ✅ RF & WIRELESS Hardware design and PCB integration for: BLE • Wi-Fi • LoRa • UWB • LTE-M / NB-IoT • 60 GHz radar This includes antenna placement, RF layout, controlled-impedance routing, matching networks, RF power filtering, grounding, keep-outs, and mechanically constrained wireless products. ✅ IN-HOUSE PCB ASSEMBLY & PROTOTYPING I operate an in-house SMT prototyping line with pick-and-place, stencil printing, reflow, hand assembly, and SMD rework capabilities. This allows me to support rapid prototype and low-volume builds without relying entirely on external assembly houses. Before release, designs are checked against manufacturer capabilities and DFM requirements. I also scrub BOMs for availability, lifecycle risk, lead time, alternates, and cost. ✅ HARDWARE BRING-UP & VALIDATION I don't stop when the PCB layout is finished. Prototype hardware can be assembled and bench-tested in-house, including: Power-rail verification • startup sequencing • clocks and resets • digital interfaces • sensor operation • communication buses • RF behavior • current consumption • thermal performance • firmware bring-up support Lab equipment includes a 500 MHz 4-channel oscilloscope, 3.2 GHz spectrum analyzer, logic analyzer, thermal camera, and standard electronics debug equipment. ✅ DESIGN REVIEW & TROUBLESHOOTING I also review existing hardware before clients commit to another PCB revision. Reviews can cover: Schematic correctness • datasheet compliance • signal integrity • power integrity • RF layout • grounding • thermal design • DFM • testability • component lifecycle • EMI/EMC risks Findings are delivered as a prioritized engineering report with clear recommended corrections. I can also support hardware troubleshooting, legacy-board redesign, MCU/component migration, obsolete-part replacement, and preparation for EMC/pre-compliance testing. 🔧 TOOLS Altium Designer (primary) • KiCad • EasyEDA • LTspice • SolidWorks • Onshape 🎯 Typical Deliverables Complete editable schematic and PCB source files, system/block diagrams, component selection and design documentation. Manufacturing package including Gerber/ODB++, drill files, fabrication drawings, BOM, CPL, assembly drawings, stackup/impedance requirements and STEP models. Where included: assembled prototypes, bring-up firmware, test results, waveform/thermal measurements, validation reports, ECO recommendations, DFM/DFT review, BOM optimization, firmware handoff documentation, and fabrication/assembly support. 🤝 I'M A GOOD FIT IF: You're developing a compact wearable, IoT device, sensing product, or other technically challenging embedded system. You need someone who understands electronics, PCB layout, firmware interfaces, mechanical constraints, manufacturing, and validation as one system. Or you already have a schematic or PCB that isn't working as expected and need a technically rigorous review before spending money on the next revision. I maintain daily working-hour overlap with clients in the US, UK, Europe, and Australia, making it easy to review designs and keep development moving across time zones. Have a schematic ready, a product concept, or a PCB that's giving you trouble? Send me the requirements and I can start with a technical review.

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What does an EMC Symmetrix specialist do?

An emc symmetrix specialist administers Dell EMC Symmetrix and VMAX enterprise storage arrays to maintain high availability for critical data systems. This engineer uses Dell EMC Solutions Enabler and SYMCLI commands to configure device controls, manage replication states, and execute provisioning tasks without relying solely on graphical interfaces. The role focuses on precise command-line operations to manipulate storage resources, ensuring that data remains accessible and protected through rigorous snapshot and replication management.

  • Configure and manage VMAX3 or VMAX All Flash arrays by executing specific SYMCLI commands within the Dell EMC Solutions Enabler environment. The specialist writes scripts to automate device provisioning, modifies array controls, and validates configuration changes to ensure they match the required storage architecture. This work involves direct interaction with SYMAPI libraries to handle complex storage operations that standard user interfaces may not expose efficiently.
  • Establish and maintain SRDF replication environments to protect data across geographically dispersed sites. The engineer executes SRDF-related configuration operations via SYMCLI to synchronize devices, monitor replication links, and troubleshoot connectivity issues between primary and secondary arrays. This responsibility ensures business continuity by keeping remote copies of data current and ready for failover scenarios if the primary site experiences an outage.
  • Create and manage point-in-time snapshots using Dell EMC TimeFinder SnapVX for backup, refresh, and testing purposes. The specialist defines snapshot policies, generates consistent copies of production data, and links these snapshots to test environments without impacting the performance of the live system. This process allows development teams to access realistic data sets while preserving the integrity and speed of the primary storage infrastructure.
  • Plan and schedule storage tasks through Dell Unisphere for VMAX to organize complex job sequences. The engineer uses the Unisphere interface to map out provisioning actions, reviews job lists for potential conflicts, and executes scheduled tasks to align with maintenance windows. This workflow combines visual planning with backend execution to reduce manual errors during large-scale storage modifications or migrations.

How to hire an EMC Symmetrix specialist on Upwork

Step 1: Post a job

Define your storage infrastructure needs clearly to attract qualified engineers. Use the Job Post Generator powered by Uma™, Upwork's Mindful AI to draft a precise description in seconds. Describe your requirements for VMAX array management or SRDF replication, and Uma constructs a tailored post. You can write a new post, update a saved draft, or reuse an existing post to save time.

  • Specify experience with Dell EMC Solutions Enabler and SYMCLI command-line operations for device provisioning.
  • List required skills in managing TimeFinder SnapVX snapshots for backup and test environment refreshes.
  • Detail the scope of SRDF replication tasks and Unisphere job planning responsibilities for the project.

Step 2: Evaluate candidates

Look for proven expertise in enterprise storage array administration and command-line scripting. Uma runs instant video interviews and builds shortlists with side-by-side comparisons to highlight top matches. Review work history for specific deliverables like configured replication states or managed snapshot sets.

  • Verify hands-on experience configuring VMAX3 or VMAX All Flash arrays via SYMCLI scripts.
  • Check for successful execution of complex storage tasks using Unisphere interfaces and job lists.
  • Confirm ability to manage point-in-time copies and restore operations within critical production windows.

Step 3: Interview your top choices

Discuss technical approaches to storage provisioning and disaster recovery workflows. Schedule and conduct interviews within Upwork Messages, which generates an immediate transcript and summary after each session. Focus on their problem-solving methods for array control operations and device mapping.

  • Ask how they troubleshoot SYMAPI library errors during high-volume provisioning tasks.
  • Discuss their strategy for validating SRDF link status and data consistency across sites.
  • Review their process for scheduling and monitoring long-running storage jobs in Unisphere.

Step 4: Agree on scope and begin work

Set clear milestones for array configuration changes and replication setup. Use Upwork Messages and the contract workroom for communication and project management, plus identity verification, payment protection, hourly tracking, and project funds for security. Define specific outputs like completed device mappings or verified snapshot exports.

  • Milestone one: Configure initial device groups and map hosts using SYMCLI commands.
  • Milestone two: Establish SRDF replication pairs and verify synchronous data mirroring.
  • Milestone three: Create and validate TimeFinder SnapVX sessions for application testing.

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The rates and information provided in this article are based on current data and industry sources available at the time of publication. Freelance rates can vary depending on factors such as experience, location, project scope, and market conditions. Readers are encouraged to conduct their own research to confirm current rates and trends, as this information may change over time.

How much does hiring an EMC Symmetrix specialist cost?

$500-$1,500 per project is a typical range for focused EMC Symmetrix specialist work. Final pricing depends on scope, technical complexity, required integrations, source-material quality, revision needs, and the freelancer's experience level.

Storage provisioning and device configuration

$500-$1,200/project

Entry-level to mid-level
  • SYMCLI commands for device creation and mapping
  • Active storage volumes in the Symmetrix array
  • Verification of device visibility and access

Snapshot management setup

$1,200-$2,500/project

Mid-level
  • TimeFinder SnapVX schedule and retention rules
  • Configured point-in-time copies for testing
  • Documented steps for data refresh operations

SRDF replication configuration

$2,500-$4,500/project

Mid-level to senior-level
  • Defined SRDF pairs and consistency groups
  • Active replication state between arrays
  • Tested disaster recovery switch procedures

Unisphere task automation

$4,500-$7,000/project

Senior-level
  • Pre-configured Unisphere tasks for routine ops
  • Scheduled execution logic for storage jobs
  • Views for tracking job success and errors

Enterprise storage architecture overhaul

$7,000-$12,000/project

Expert-level
  • Optimized layout for VMAX All Flash arrays
  • Step-by-step data movement strategy
  • Post-implementation metrics and tuning notes

Frequently asked questions

Is hiring an EMC Symmetrix specialist worth it?

For most businesses, yes: hiring an EMC Symmetrix specialist is worthwhile. These experts configure Dell EMC VMAX arrays and manage SRDF replication through precise command-line operations. They build point-in-time snapshots with TimeFinder SnapVX to support backup and testing workflows without disrupting production data.

How do I evaluate EMC Symmetrix specialist candidates?

Evaluate candidates by asking them to describe specific SYMCLI commands they use to provision devices or manage SRDF states. A strong candidate explains how they script Solutions Enabler operations to automate array controls and verify replication consistency across sites.

What tools does an EMC Symmetrix specialist use?

An EMC Symmetrix specialist uses Dell EMC Solutions Enabler, including the SYMCLI command-line interface and SYMAPI libraries. They also operate Unisphere for VMAX to plan storage tasks and manage TimeFinder SnapVX for snapshot creation.

Can an EMC Symmetrix specialist handle disaster recovery setup?

Yes, an EMC Symmetrix specialist configures SRDF replication to synchronize data between primary and secondary arrays. They monitor these replicated devices and execute failover procedures to maintain business continuity during outages.