Muhamad Wildan Rizky

Open to network engineering roles — Bandung / Jakarta, open to remote

Muhamad Wildan Rizky

Network Engineer at Huawei — remote · Founder, Asteriax Labs.
Focused on IP backbone & metro networks, EVPN, SRv6, and GPU computing.

My career has been in network and telecommunications engineering since my undergraduate years: I worked remotely while completing a Bachelor of Telecommunications Engineering (graduated 2024), then joined Huawei as a Network Engineer in 2024. In 2026 I began a Master of Electrical Engineering at Telkom University — and that is where I am now formally deepening cyber security, as the next direction built on a network foundation. Side interest: GPU computing with ROCm. Outside Huawei, I am the Founder of Asteriax Labs (asteriaxlabs.com). Working principles: measure before you change, automate what repeats, document it the same day.

View ProjectsGet in Touch
4+
YEARS OF WORK EXPERIENCE — 2021–PRESENT, REMOTE SINCE UNIVERSITY
16
DOCUMENTED PROJECTS
17
OPERATORS, VENDORS & INSTITUTIONS
8
PROFESSIONAL CERTIFICATIONS
01

Work Experience

NEWEST FIRST
2024 — Present
Remote

Network Engineer — Datacom / IP Network Solutions

Huawei · Remote · Current role since 2024; combined with the master's program from 2026

  • Design and deployment of carrier IP network solutions built on Huawei NetEngine & CloudEngine for backbone and metro networks.
  • SRv6 implementation for IP backbone modernization and EVPN services for data center interconnect and enterprise/campus networks; legacy MPLS treated as the foundation being migrated, step by step.
  • Network automation and orchestration with iMaster NCE: provisioning, assurance, and fault localization across WAN deployments.
  • High- and low-level design documents (HLD/LLD), customer network integration and migration, and acceptance testing (FAT/UAT).
  • Escalation troubleshooting for BGP/OSPF/IS-IS routing, QoS, and cross-region performance — remote collaboration across countries, documentation in English.
NetEngineCloudEngineSRv6EVPN-VXLANBGPIS-ISiMaster NCEPython
2023 — 2024
On-site — Jakarta

Network Engineer

Telkomsel · On-site — Jakarta

  • Transport and backhaul planning: link capacity across regions scaled to data-traffic growth.
  • Integration of new transport/IP equipment into the live network, including routing validation and service testing before production traffic was moved.
  • Utilization and bottleneck analysis, with upgrade recommendations and load balancing across paths.
  • Remote coordination with regional teams for scheduled maintenance and transport fault handling.
IP TransportBackhaulBGPOSPF / IS-ISCapacity PlanningDWDM
2022 — 2023
On-site — Jakarta

Network Engineer

Lintasarta · On-site — Jakarta

  • Designed managed SD-WAN services for banking and government clients, covering 1,800+ branch locations.
  • Migrated a corporate L3VPN backbone to an EVPN-based design without exceeding scheduled downtime.
  • Built Ansible templates for CPE provisioning; service activation time dropped from days to hours.
  • Helped the NOC team rewrite escalation runbooks and set more sensible alarm thresholds.
EVPN-VXLANSD-WANMPLSNetmikoNETCONFZabbix
2022
On-site — Bandung

Network Engineer — Core & Peering

Biznet Networks · On-site — Bandung

  • Managed BGP sessions to domestic exchanges and international transit, including prefix policy and outbound traffic control.
  • Deployed route origin validation (RPKI ROV) on edge routers and cleaned up stale IRR objects.
  • Handled day-to-day DDoS mitigation with flowspec and scrubbing, reducing impact on downstream customers.
BGPRPKIBGP FlowspecNetFlowJuniperArista
2021 — 2022
On-site — Bandung · Part-time while studying

Transport & Access Engineer

PT Indonesia Comnets Plus (ICON+) · On-site — Bandung / part-time

  • Operated DWDM and metro Ethernet networks carried over power-utility infrastructure.
  • Surveyed, commissioned, and OTDR-tested new backbone spans between substations.
  • Consolidated the fiber inventory database that had been scattered across per-area spreadsheets.
DWDMOTNMetro EthernetOTDRGPON
02

Selected Projects

16 PROJECTS · FILTER BY CATEGORY
PRJ—01 · 2025—2026OPERATOR / IP BACKBONE

IP Backbone Modernization with SRv6

Huawei · Remote

Design and phased deployment of an SRv6-based IP backbone on NetEngine routers, migrating legacy MPLS services region by region with iMaster NCE orchestration, full HLD/LLD, and FAT/UAT acceptance.

Outcome: backbone segments migrated with zero unscheduled outages; service provisioning time cut by ~60%.
NetEngineSRv6iMaster NCE
PRJ—02 · 2024—2025DATA CENTER / EVPN

Data Center Interconnect over EVPN

Huawei · Remote

EVPN-VXLAN interconnect between two enterprise data centers on CloudEngine switches, with symmetric routing, stretched L2 services, and rehearsed failover between sites.

Outcome: workload failover between sites in < 90 seconds; 2 sites fully interconnected.
CloudEngineEVPN-VXLANBGP
PRJ—03 · 2025GPU / ANALYTICS

GPU-Accelerated Network Telemetry Analytics

AMD · Remote

A telemetry analytics pipeline that moves heavy flow-record aggregation onto AMD GPUs with ROCm, so capacity and anomaly reports are computed in minutes instead of hours.

Outcome: aggregation jobs 9× faster than the CPU baseline on identical data.
ROCmHIPClickHouse
PRJ—04 · 2026RESEARCH — MASTER'S

Traffic Anomaly Detection with ROCm Acceleration

BRIN · On-site — Jl. Sangkuriang, Bandung

Academic research project tied to the master's program (2026), not employment: a NetFlow anomaly-detection model served as GPU inference at the network edge, through a research collaboration at BRIN.

Outcome: inference 11× faster than CPU, p95 latency 18 ms per batch.
ROCmPyTorchNetFlow
PRJ—05 · 2024OPERATOR / TRANSPORT

Regional Backhaul Capacity Upgrade

Telkomsel · On-site — Jakarta

Capacity planning and backhaul upgrades across regions: utilization analysis, load rebalancing between paths, and integration of new transport links without disturbing live traffic.

Outcome: peak-hour utilization on congested paths down from 92% → 61%; 14 regions upgraded.
IP TransportBackhaulCapacity Planning
PRJ—06 · 2023OPERATOR / TRANSPORT

IP Transport Integration for New Site Rollout

Telkomsel · On-site — Jakarta

Transport integration for a wave of new sites: inter-site routing design, QoS classes for service types, and capacity adjustments as each batch of sites came online.

Outcome: new sites integrated on schedule with no measurable latency regression on existing paths.
IP TransportQoSBGP
PRJ—07 · 2024OPERATOR / OBSERVABILITY

National Transport Observability Platform

Indosat Ooredoo Hutchison · On-site — Jakarta

Unified transport and IP device telemetry into a single data store so capacity and faults are visible on one screen instead of five vendor tools.

Outcome: 2.1M metrics per minute aggregated; fault identification time down 47%.
gNMIClickHouseGrafana
PRJ—08 · 2022OPERATOR / METRO

Metro Ethernet Capacity Expansion

XL Axiata · On-site — Jakarta

Metro Ethernet expansion for high-growth urban areas: ring redesign, link aggregation upgrades, and staged cutovers during low-traffic windows.

Outcome: metro capacity in target areas up 3× with no customer-facing cutover incidents.
Metro EthernetLACPQoS
PRJ—09 · 2021OPERATOR / ACCESS

GPON Access Network Optimization

Telkom Indonesia · On-site — Bandung

Optimization of GPON access segments with chronic congestion complaints: splitter-ratio review, OLT port rebalancing, and optical budget re-measurement.

Outcome: congestion complaints in the target clusters down 58% over one quarter.
GPONOLTOTDR
PRJ—10 · 2023OPERATOR / BACKBONE

Corporate Backbone Migration to EVPN

Lintasarta · On-site — Jakarta

Step-by-step migration of a corporate L3VPN backbone to an EVPN-VXLAN design, with service validation in every migration window.

Outcome: migration completed within scheduled downtime; new-service provisioning markedly faster.
EVPN-VXLANMPLSBGP
PRJ—11 · 2023ENTERPRISE / BRANCH

Branch Network Modernization Program

Bank Rakyat Indonesia · On-site — Jakarta

Modernization of branch connectivity: dual-path design per branch, centralized policy, and automated CPE provisioning templates for repeatable rollouts.

Outcome: branch activation down to 4 hours per site; 300+ branches in the first rollout waves.
SD-WANIPsecAnsible
PRJ—12 · 2022OPERATOR / PEERING

Peering & Route Validation at the Edge (RPKI ROV)

Biznet Networks · On-site — Bandung

Invalid-route filtering on border routers and a cleanup of stale IRR objects, alongside a review of peering policy at domestic exchanges.

Outcome: 100% of eBGP sessions validated; 0 downstream hijack incidents after rollout.
BGPRPKIRoutinator
PRJ—13 · 2021TRANSPORT / OPTICAL

Metro Ethernet & DWDM Span Commissioning

ICON+ (PLN) · On-site — Bandung

Survey, commissioning, and OTDR measurement for new metro Ethernet and DWDM backbone spans between substations, including a centralized per-area fiber inventory.

Outcome: new spans live within the planned optical power budget; fiber records consolidated per area.
DWDMMetro EthernetOTDR
PRJ—14 · 2023VENDOR / TRANSPORT

IP Transport Integration & Interoperability Testing

Ericsson · Remote

Remote integration support for IP transport nodes in a multi-vendor carrier network: interface bring-up, routing interoperability checks, and defect documentation for the vendor team.

Outcome: interoperability test matrix completed for 3 vendor combinations ahead of the rollout window.
IP TransportOSPF / IS-ISInteroperability
PRJ—15 · 2024VENDOR / LAB

Service Router Interoperability Lab

Nokia · Remote

Remote lab work validating EVPN and segment routing interoperability between Nokia service routers and an existing multi-vendor backbone, with a reusable test report template.

Outcome: 42 interoperability cases documented; 5 configuration issues found before production.
Nokia SREVPNSegment Routing
PRJ—16 · 2022VENDOR / ENTERPRISE

Enterprise Campus Network Design Review

Cisco · Remote

Remote design review for a multi-building campus network: collapsed-core topology, VLAN and routing cleanup, and a phased refresh plan aligned to Catalyst hardware lifecycles.

Outcome: design approved with 18 remediation items closed before implementation.
Cisco CatalystCampus DesignOSPF
03

Technical Skills

6 GROUPS · NETWORK IS THE CORE · SECURITY = MASTER'S FOCUS, 2026

A— ROUTING & SWITCHING

  • IS-IS / OSPF5 YRS
  • BGP & RPKI4 YRS
  • MPLS L2/L3VPN4 YRS
  • EVPN-VXLAN3 YRS
  • SRv6 / Segment Routing2 YRS
  • QoS & Traffic Engineering3 YRS

B— HUAWEI DATACOM SOLUTIONS

  • NetEngine2 YRS
  • CloudEngine2 YRS
  • iMaster NCE2 YRS
  • SRv6 IP Backbone2 YRS
  • HLD / LLD & FAT/UAT2 YRS
  • Carrier Integration & Migration2 YRS

C— CARRIER & TRANSPORT

  • DWDM / OTN3 YRS
  • Backhaul & Capacity Planning3 YRS
  • IP Transport3 YRS
  • PTP / SyncE2 YRS
  • GPON Access3 YRS
  • Peering & Transit3 YRS

D— AUTOMATION & PLATFORMS

  • Python (Scapy, Netmiko)4 YRS
  • Ansible3 YRS
  • NETCONF / YANG3 YRS
  • Linux (RHEL, Debian)5 YRS
  • Docker / Kubernetes3 YRS
  • Terraform2 YRS

E— GPU & ANALYTICS

  • ROCm / HIP2 YRS
  • PyTorch (ROCm build)2 YRS
  • Kernel Profiling (rocprof)2 YRS
  • Edge Inference MLOps2 YRS
  • ClickHouse2 YRS
  • Grafana / Prometheus3 YRS

F— NETWORK SECURITY — MASTER'S FOCUS (2026)

  • Network security fundamentalsIN PROGRESS
  • Network segmentationIN PROGRESS
  • Traffic analysis & detectionIN PROGRESS
  • Federated IDS (master's research)IN PROGRESS
  • Wireshark / tsharkIN PROGRESS
  • NetFlow / IPFIXIN PROGRESS
04

Education

Master of Electrical Engineering

Telkom University, Bandung

2026 — PRESENT · NETWORK ENGINEERING & CYBER SECURITY CONCENTRATION

Started in 2026 — after two years at Huawei — and pursued while continuing to work remotely at Huawei. From 2026 I am formally deepening cyber security through this program: the next direction, built on a network foundation. Research focus: machine-learning-based network security — federated intrusion detection for IIoT and industrial network environments under non-IID data and rare attack classes. Applied research also runs through a collaboration at BRIN, Jl. Sangkuriang, Bandung (see the ROCm anomaly-detection research project).

Bachelor of Telecommunications Engineering

Telkom University, Bandung

2020 — 2024 · GRADUATED

Foundations in communication systems, computer networks, and signal processing. Final project on performance analysis of telecommunication transport networks.

05

Certifications

★ FEATURED CERTIFICATION

AMD ROCm™ Certified Associate

Recognized competency on the AMD ROCm GPU computing platform: stack installation & configuration, HIP programming, and optimization of AI/HPC workloads on AMD GPUs.

ISSUER: AMD · 2025 · STATUS: ACTIVE · DOMAIN: HIP · ROCM · GPU INSTINCT · INFERENCE

Huawei HCIP-Datacom

Huawei · Advanced routing & switching, carrier IP networks

2025

AMD Instinct & ROCm — Advanced Training

AMD · Instinct GPUs & inference pipeline tuning

2025

Cisco Certified Network Professional (CCNP Enterprise)

Cisco · Enterprise networking & automation

2024

Huawei HCIA-Datacom

Huawei · Datacom fundamentals, routing & switching

2024

Juniper JNCIS-SP

Juniper Networks · Service provider routing & switching

2023

Nokia NRS I

Nokia · IP routing fundamentals

2023

Cisco CCNA

Cisco · Networking fundamentals & IP services

2022
06

Contact

Have a network project, a transport challenge, or a GPU computing need?

Open to network & transport projects, master's research collaboration, and technical discussions on IP networks and GPU computing. Email gets the fastest response.