About me

Born into a middle-class family in Bangladesh, Tanvir developed an early fascination with technology—especially computer hardware, processors, and the engineering behind modern computing systems. That curiosity led him to pursue Electrical Engineering and build a career that bridges large-scale infrastructure and advanced device research.

After graduation, he joined Smart Technologies (BD) Ltd.- operating within the sphere of Hewlett Packard Enterprise, where he built strong expertise in enterprise IT infrastructure, including servers, storage, and virtualization. He worked on deploying mission-critical systems and troubleshooting complex issues across some of the largest data centers in Bangladesh, supporting customers such as as Banglalink, Grameenphone, Robi Axiata Limited, and multiple pharmaceutical organizations.

Although he found the work rewarding, his long-term goal remained semiconductor devices and chip-level technology. He applied to several U.S. Ph.D. programs and received admission from every university he applied to—including Duke University, where he was awarded a five-year doctoral fellowship. Later, he also had an opportunity to pursue graduate study at Purdue University. Ultimately, he chose the University of Central Florida for his Ph.D., where his research aligns closely with his interests in micro/nano-fabrication and next-generation electronics and RF systems.

Tanvir’s doctoral research focuses on micro- and nanofabrication, spanning the design, fabrication, and experimental characterization of neuromorphic and advanced microsystems. His work includes memcapacitor-based devices leveraging 2D materials, ultra-stable resonators and oscillators, and high-performance delay-line platforms using a range of piezoelectric materials such as AlN, ScAlN, LiNbO₃, LiTaO₃, and PMN-PT. He has taken leadership roles in fabrication and performance analysis across multiple projects supported by Texas Instruments and the U.S. Department of Defense (Army Research Laboratory).

In parallel, Tanvir broadened his industry experience as a Hardware Engineering Intern at Microsoft (Redmond, WA), where he worked on large-scale server hardware reliability. He engineered a telemetry-driven dashboard to monitor hardware health signals and analyze end-to-end SoC fault patterns, established scalable pathways for validating SoC-based hardware through comprehensive monitoring and screening, and analyzed million-server-scale fleet telemetry using KQL. He also executed 1,000+ synthetic and customer stress tests and helped integrate fault-code–driven policies into the centralized codebase to strengthen SoC reliability. Following the internship, he received a return intern offer from Microsoft.

PROFESSIONAL EXPERIENCE

Smart Technologies (BD) Ltd. (2019 - Aug 2022 )

Position : System Engineer.

I worked in the HPE Enterprise Computing Solution team of SMART Technology Ltd., which is a renowned and the largest ICT distributor company in Bangladesh. I completed more than 45 Professional courses and accomplished 7 Service and Solution Qualification Certificates. In addition to this, I led numerous mission-critical projects.

Key Responsibilities:

Evaluating the existing systems and providing technical direction to IT support staff;
Implementing changes to the servers, storage, and network infrastructures to enhance performance;
Root cause analysis and mitigating hardware and software‑related issues associated with servers(All Generation HPE ProLiant, HPE Blade & Synergy Servers) and repositories;
Collaborating with the HPE, VMWARE, HITACHI, CISCO, VEEAM, and COMMVAULT for deep drive hardware analysis;
Deploying HPE SYNERGY composable bladed software‑defined infrastructure for hybrid cloud environments;
Deploying HPE SIMPLIVITY hyper‑converged architecture;
Planning, Sizing, and Deploying SAN, NAS, and DAS (HPE 3PAR, MSA, Primera, HPE NAS) storage solutions according to the customer needs;
Configuring Hosts, Pool/CPG creation, Volume creation, LUN mapping and expansions, Snapshot policy creation, and Performance analysis of HPE storage systems;
Disaster recovery planning in a Data Center Environment. Designing solutions to ensure the DC to DR data replication.
Designing, Configuring, and Maintaining Virtual Infrastructure environment using VMware vSphere/ESXi, vCenter;
Creating, Configuring Virtual Machines and Templates, Managing features like HA, Clustering, Compute VMotion, and Storage vMotion;
Configuring NTP, DNS, FTP, and Microsoft Hyper-V.

Professional certificates(Not exhaustive):
- - - Gen10 ProLiant Family Technical Training.
    - Gen10 UEFI ROM for HPE ProLiant Servers and HPE Synergy-Service and Support WBT.
    - HPE Gen9 ProLiant Family Technical Training.
    - HPE Proactive Care Service Delivery Readiness Training for HPE Authorized Service Delivery Partners.
    - HPE Proactive Care Solution Qualification.
    - Introduction to Server Management Tools and Applications.
    - Introductions to SANs WBT.
    - Lights-Out Management for HPE ProLiant Servers.
    - Pensando Support Delivery Fundamentals.
    - Synergy NOS - External.

TEACHING EXPERIENCE

Been teaching and Guiding since the First year of my Undergraduate Study.
Taught Physics and Mathematics.
All the students demostrated performance improvement.

Expertise and Know how

Programming Language: C++, MATLAB, Verilog(HDL), Python.
Software: Cadence Virtuoso, Xilinx Vivado, Proteus, Quartus, Pspice, Hspice.
Hardware: Microcontroller(AVR), Arduino, Raspberry Pi, Basys 3 Artix-7.

LANGUAGE PROFICIENCY

Fluent in Bengali and English
Can speak and understand Urdu and Hindi
Reading skill in Arabic

PERSONAL INTEREST (LEISURE TIME)

Watching Documentary
Reading News and Articles on Technological Advancement
Traveling
Communicating people around the world, especially from developing nations, and Knowing their life
Learning different languages
Gaming ( Computer Games )
Volunteering
Teaching
Sleeping

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