Foundation
Semiconductor & VLSI Fundamentals
New entrants - 2nd/3rd-year EEE/CSE students and career-changers
From VLSI fundamentals to SoC architecture and engineering leadership - ARTIS programs are structured to transform your capability into career-defining opportunity at every stage.
Start at Foundation, master core concepts, then complete your industrial placement for real-world ready careers.
Start at FoundationSkip the basics. Build specialist depth in digital analog tracks, and scale into engineering leadership roles.
Start at SpecializationUnlock customized corporate training programs, cohort-based delivery pipelines, and donor-funded packages.
Explore partnershipsThe entry point for graduates and career-changers entering semiconductor design.
Boolean algebra, combinational and sequential circuits, timing analysis fundamentals.
MOSFET physics, CMOS process flow, device modeling and characterization.
Structural and behavioral modeling, testbench writing, simulation and waveform analysis.
Hands-on with industry-standard EDA tools for schematic capture, simulation, and layout.
RTL-to-GDSII flow, design methodology, DRC and LVS concepts.
PN junctions, MOS capacitors, transistor operation, and fundamental device equations.
Four specialist streams - each leading to a distinct and in-demand semiconductor career track.
Foundation
New entrants - 2nd/3rd-year EEE/CSE students and career-changers
Foundation
Aspiring RTL / digital-design engineers
Foundation
Aspiring analog / layout engineers
Intermediate
Aspiring functional-verification engineers
Intermediate
RTL designers moving toward implementation
Intermediate
Intermediate
Intermediate
Aspiring physical-design / back-end engineers
Advanced
Verification engineers building reusable environments
Advanced
Advanced
Advanced
Layout / signoff engineers preparing for tapeout
Advanced
Back-end engineers taking a digital block to tapeout
Industrial Attachment
Fresh university students (1st-3rd year) with no prior VLSI experience
A working 4-bit ALU - Verilog source, waveforms, write-up
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Industrial Attachment
Fresh university students (1st-3rd year) with no prior VLSI experience
A DRC-clean laid-out cell + schematic & sim results
View program
Industrial Attachment
Fresh university students wanting a taste of both digital and analog
A portfolio piece: an RTL block + a laid-out cell
View programAdvanced tracks for engineers with 3+ years of experience moving into senior, specialist, or leadership roles.
FinFET and sub-7nm PD, low-power design, signal integrity, IR drop, multi-die and chiplet integration.
Scan insertion and compression, MBIST architecture, ATPG and fault coverage, IEEE 1149.1/1500 standards.
SoC microarchitecture, IP integration, bus protocols (AMBA/AXI/CHI), power management architecture.
Wire bond, flip-chip, 2.5D/3D IC, HBM, wafer-level packaging, ATE and test engineering. Direct OSAT pipeline track.
IC program management, technical team leadership, agile design methodologies, semiconductor business & IP strategy, cross-functional collaboration. For senior engineers and emerging leaders.
Apply for Leadership trackBespoke curriculum for semiconductor teams. Cohort-based, on-site or hybrid. Tool-specific intensive workshops. Includes SICIP-BSIA donor-funded training for eligible partner institutes.
Discuss a corporate program6-12 week mentored placement in OSAT facilities, design houses, and semiconductor companies. Real tapeout. Real exposure. Real career impact.
Guided by experienced industry engineers throughout - structured milestones and performance assessment.
Students work on live design projects giving direct exposure to production-level semiconductor work.
ARTIS industrial attachment certification and verified portfolio - recognised by ARTIS partner companies.
A collaboration between ARTIS, academic institutions, and OSAT industry partners to build a sustainable talent ecosystem for Bangladesh’s semiconductor and workforce future. We welcome partners who want to shape this journey with us.
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