Elite Engineering Services for Semiconductors and Defense and Aerospace
TeamUP Engineering Solutions is an Austin, Texas engineering-services company focused on semiconductor, defense, aerospace, and advanced-electronics programs. TeamUP supports AI chips, data-center infrastructure, autonomous systems, defense platforms, space technology, and advanced semiconductor development with ASIC and RTL design, physical design, design verification, UVM testbench development, RF and microwave engineering, FPGA development, GNC engineering, embedded systems, electronic-warfare engineering, marine and underwater communications, spacecraft engineering, and managed IP verification services.
TeamUP supports semiconductor development from concept to silicon with engineering talent and managed technical work across advanced-node chip design, AI accelerators, automotive semiconductors, quantum processors, RF systems, and mixed-signal devices.
Engineering support covers RTL design and verification, ASIC development, low-power design, DFT, physical implementation, and advanced-node development.
Physical-design support includes layout, timing closure, thermal work, advanced packaging, COWOS integration, and chip implementation support.
RF teams support transceivers, 5G and 6G systems, WiFi, Bluetooth, mmWave designs, sub-6GHz designs, RF layout, and verification.
TeamUP takes ownership of IP verification work and delivers traceable verification plans, UVM testbenches, scoreboards, functional coverage models, SVA checkers, tests, regression suites, coverage closure, bug reports, and sign-off ready verification closure.
Verification work creates complete UVM testbenches with UVCs, scoreboards, and functional coverage models.
Verification support includes SVA checkers, test sequences, debugged regression test suites, and code and functional coverage closure.
Deliverables include complete bug reports with root-cause analysis and sign-off ready verification closure.
TeamUP supports mission-critical defense and aerospace programs that need specialized engineers for autonomous platforms, electronic warfare, and space technology.
Autonomous-system capabilities include autonomous flight software, GNC engineering, embedded systems, AI and machine learning specialists, weapons integration, UAVs, urban air mobility, and autonomous cargo delivery.
EW support includes RF and microwave engineers, signal processing, FPGA developers, EW systems engineers, airborne jamming, signal intelligence, electronic attack, ground systems, and integrated cyber-electronic warfare capabilities.
Space-technology support includes spacecraft engineers, orbital mechanics, thermal systems, ground-station developers, and satellite-constellation engineering.
TeamUP supports maritime defense and underwater communications programs with specialized marine and autonomy engineering talent.
Engineering support covers acoustic and optical underwater networks.
Teams include marine engineers, sonar specialists, underwater communications engineers, and autonomy engineers.
Semiconductors · Electronics · Defense · Aerospace · Space · Software · Telecommunications · Data Centers · Automotive · Robotics · Marine · Intelligence & National Security
Semiconductors · Client: Leading Cloud Provider
TeamUP cites an AI chip program where an 8-person RTL, physical design, and DFT team supported a custom AI training chip with HBM3 integration, advanced COWOS packaging, first-silicon success at 5nm, and accelerated roadmap delivery.
Automotive · Client: Tier-1 Automotive Supplier
TeamUP cites ADAS processor work for a Tier-1 automotive supplier, including ISO 26262 ASIL-D functional-safety expertise, redundant architectures, and safety documentation.
Telecommunications · Client: Communications Equipment Leader
TeamUP cites a communications equipment program where five RF and analog engineers supported mmWave and sub-6GHz designs, RF layout, and verification for a 5G rollout.
Defense · Client: Major Defense Contractor
TeamUP cites an autonomous combat vehicle program where a robotics, AI/ML, and embedded-systems team supported autonomous navigation, sensor fusion, and obstacle avoidance for a combat UGV.