Hire the Best Multiprotocol Label Switching (MPLS) Specialists in Rawalpindi, PK

🌍 Radiologist for Medical Image Annotation, DICOM Segmentation & AI Dataset Validation I’m Dr. Momina Siddiquei, an FCPS Part II eligible radiologist with hands-on experience in medical image annotation, DICOM segmentation, radiology report validation, and AI dataset quality review. I have annotated 650+ imaging studies across CT, MRI, CCTA, fluoroscopy, X-ray, and ultrasound, and quality-validated 500+ radiology reports for clinical accuracy, terminology consistency, and finding–impression alignment. I also reviewed 4,848 FRCR-style radiology questions for accuracy, explanation clarity, and reference consistency. I help AI healthcare companies, imaging researchers, teleradiology teams, and med-tech startups create accurate, structured, clinically reliable datasets for AI model training, computer vision, clinical research, validation, and publication-ready workflows. Medical Image Annotation & Segmentation CT, MRI, CCTA, X-ray, ultrasound, and fluoroscopic video annotation Anatomical and pathology-based segmentation for AI training datasets Multi-label masks in NIfTI, STL, VTK, OBJ, and client-required formats DICOM review, imaging QA, label validation, and ground-truth support Tools: 3D Slicer, MD.ai, OHIF Viewer, RedBrick AI, CVAT Radiology Review & Reporting Support Preliminary review support for CT, MRI, X-ray, ultrasound, and angiography studies Structured reporting assistance for clinics, research teams, and AI workflows Report quality checks for clinical consistency and finding–impression alignment Confidential, organized, and quality-focused delivery Medical Writing & Radiology Education Literature reviews, summaries, thesis support, and manuscript assistance Radiology MCQ and educational content review Anatomy, pathology, and imaging-based question development Radiology-informed content for AI documentation, research, and medical education Why Clients Hire Me Radiologist-led work with clinical anatomy and pathology understanding Experience with DICOM workflows, segmentation masks, imaging QA, and report validation Secure, detail-oriented, and organized project delivery Top Rated Upwork freelancer with reliable communication 📩 Whether you are building a radiology AI model, preparing a medical imaging dataset, validating annotations, improving report quality, or developing a healthcare application, I can support your project with radiology-level accuracy and dependable communication.

Experienced Engineer with 7+ years in embedded application development using C++, C, LabVIEW, and LabVIEW FPGAs. Specializations include: * Training and tutoring in LabVIEW, C/C++, and electronics * LabVIEW code review * Language conversion (Python, Matlab, LabVIEW to C/C++/C# and vice versa) * Installer provision for C/C++/LabVIEW applications * Complete documentation with version control system * Arduino-based development * Analog & digital electronic circuit design * Multi-layer PCB design * Hardware design and PCB review Get professional support, and reliable deliverables for your project. Let's collaborate and achieve your goals.

I'm an FPGA and embedded engineer who takes digital hardware from spec to working bring-up on real boards, architecture, RTL, verification, synthesis, timing closure, and on-board validation. On the FPGA side I write production-grade Verilog/SystemVerilog, build and debug designs in Vivado and Vitis (also ISE and Quartus when a project needs them), and target Xilinx Zynq-7000, Zynq UltraScale+, Artix/Kintex-7, and Lattice parts. Day-to-day work: clean RTL (FSMs, pipelining, CDC), AXI4/AXI-Lite/AXI-Stream SoC integration, custom IP, and constraint/timing closure on designs that have to actually meet Fmax, not just simulate. Verification is part of the job, not an afterthought, SystemVerilog testbenches, functional and code coverage, and assertions. I simulate in ModelSim/QuestaSim, Verilator, and Icarus, and debug on hardware with ILA, logic analyzer, scope, and JTAG. I go deep on RISC-V: custom RV cores, ISA extensions, and emulators, including instruction-set modification and syscall/binary remapping at the userspace level. On the embedded side I write C/C++ for microcontrollers and Linux, work with the GCC/LLVM toolchain, and handle interfaces like UART, SPI, I2C, DMA, PCIe, and Ethernet. If you have hardware or low-level software problems or need a new solution, send the spec and I'll reply with a clear scope and timeline.

Delivering robust, resource-efficient hardware architectures from concept to FPGA deployment. With extensive industrial experience in RTL development and FPGA-based accelerators, I specialize in transforming complex algorithms into optimized, high-performance digital systems. Whether you are building edge AI systems, custom processors, or high-throughput DMA bridges, I provide clean, synthesizable, and rigorously verified code. I am meticulous about hardware-software interfacing, timing closure, and comprehensive testbench development using golden models. Core Technical Capabilities: Hardware Description & Tools: Verilog, SystemVerilog, VHDL. Xilinx Vivado, ISE, and Intel Quartus Prime. AI Acceleration & Computing: Designed custom systolic arrays and Dot Product Engines (DPE) with real-time conversion for multiple precision formats (INT2–INT16, FP16/BF16 to FP32 IEEE-754). Dedicated multiplier and adders . System Integration & Protocols: Deep expertise in AXI4, AXI-Lite, and UART. Advanced memory access implementation using DMA through PCILeech-based frameworks. Processor Architecture: Pipelined processor design including data forwarding and stalling logic. Advanced Verification: Python and MATLAB co-simulation, FPGA-in-the-Loop ,self check testbenches ,Golden model comparison. Full project management from architectural design to deployment is my standard. Let's discuss your system requirements and build an architecture that scales efficiently.

I’m a medical billing and revenue cycle management specialist with hands-on experience across multiple specialties — psychiatry, behavioral health, mental health, laboratory, DME, and general medical practices. Whether you need end-to-end RCM support, clean claim operations, or a subject matter expert who understands healthcare billing at a deep clinical and technical level, I’ve done it at scale. My work covers the full revenue cycle — insurance verification, prior authorization, charge entry, claim scrubbing, submission, denial management, appeals, ERA/EOB posting, and AR follow-up. I know how Medicare, Medicaid, BCBS/Anthem, Aetna, Cigna, and Optum/UHC operate across different specialties — their documentation requirements, denial patterns, and how to appeal effectively when they push back. Beyond day-to-day billing, I’ve worked as a Subject Matter Expert at Rialtic — a venture-backed enterprise healthcare payment accuracy platform — contributing to medical policy mapping, claims data analysis, and payment integrity at the payer level. That experience gives me a perspective most billers don’t have: I understand how payers think, how payment policies are built, and where the gaps are that cost providers money. I work across ECW, SimplePractice, Practice Fusion, AdvancedMD, Athena, and Office Ally, with clearinghouse experience on Availity, Waystar, Trizeto, and ClaimMD. My coding expertise covers ICD-10-CM, CPT, and HCPCS across inpatient, outpatient, and physician billing. My academic background — Pharm-D and MPhil in Pharmaceutical Chemistry — means I bring genuine clinical intelligence to everything I work on. That makes me equally valuable for healthcare AI projects, clinical policy research, billing automation tools, and health IT platforms that need someone who understands both the medical and the billing side deeply. If you’re a practice needing reliable RCM, a health IT company needing a billing SME, or an AI platform needing healthcare domain expertise — let’s talk.

Welcome! I’m Engr. Kashif Aziz, a passionate and results-driven Electrical Engineer with over Ten years of diverse experience across academia, research, and industry. I specialize in MATLAB, Simulink, Circuit Design, Renewable Energy Systems, Power system analysis, PSCAD, ETAP and Final Year Project Development. Currently, I serve as a Lecturer at a public sector university in Pakistan, where I have the honor of teaching and mentoring future engineers in core areas of electrical and electronics engineering. My role in academia keeps me deeply connected with evolving technologies and enables me to approach every project with a blend of theoretical insight and practical innovation. 🛠️ What I Bring to the Table: ✔️ Advanced proficiency in MATLAB & Simulink (Scripts, Models,) ✔️ Advanced proficiency of Power System Analysis in PSCAD and Etap Software ✔️ Circuit & PCB Design using industry-standard tools (Proteus, Altium, Kicad) ✔️ Renewable energy systems including Solar PV, Battery Optimization, and Microgrid Design ✔️ Final Year Projects (FYPs), Project Reports, and Technical Documentation ✔️ Arduino & Embedded Systems Projects ✔️ Engineering exam help & academic mentoring ✔️ Cross-disciplinary solutions in Electrical engineering and Power system analysis 🎯 Why Work With Me? 🔹 Strong Academic Background blended with industry expertise 🔹 Client-Focused Approach – Customized, reliable, and high-impact solutions 🔹 Clear Communication & regular updates 🔹 24/7 Availability for global clients 🔹 Plagiarism-Free, professional-grade work delivered on time, every time