Vertically integrated space launch and satellite manufacturer in Japan
Interstellar Technologies is building rockets and satellites under one roof—Japan's first vertically integrated space infrastructure company. The stack reflects aerospace hardware engineering: C/C++, MATLAB, FPGA tools (Vivado, Xilinx), and hardware description languages (Verilog, SystemVerilog) dominate, signaling active avionics and flight-control development. Current project focus spans rocket structure, airframe design, and avionics chassis—backed by a mid-to-senior engineering-heavy team of 10+. Configuration management and cost/weight optimization are live pain points, typical of early-stage launch vehicle programs scaling from prototype to production.
Interstellar Technologies, founded in 2013, designs and manufactures launch vehicles and satellites from a headquarters in Taiki, Hokkaido, with branch offices in Tokyo, Fukushima, and Obihiro. The company operates as a private, vertically integrated aerospace manufacturer—controlling both rocket and satellite development in-house rather than outsourcing major subsystems. The organization spans 201–500 employees, with engineering driving the core roadmap: active work includes avionics systems design, structural development, FPGA integration for flight control, and safety-critical systems validation. Primary operational constraints center on cost reduction, lightweight design, and safe launch certification—challenges common to early commercial space ventures in regulated Japanese aerospace sectors.
Avionics design for a rocket program (including FPGA systems), rocket structure and airframe development, flight safety design, and system safety evaluation. Also implementing PLM systems and configuration management tooling.
Hardware-focused: C/C++, MATLAB, Python, Git, Verilog, VHDL, SystemVerilog, Vivado, Xilinx, Altera, Lattice FPGAs, and I2C/UART/AXI protocols. Also uses Excel and Google Sheets for operations.
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