Engineering the future across circuits, code and cells

Artificial Intelligence

Machine learning and deep learning for vision, signals and scientific data.

Data Analytics

Statistics, modelling and dashboards that turn raw data into decisions.

Hardware Design and Simulations

Schematic, PCB and system-level design validated by simulation before build.

Electronics

Embedded, sensing and control electronics built for reliability.

Health Technology

Computing and engineering applied to diagnostics, monitoring and disease modelling.

Biomedical Engineering

Medical instrumentation, physiological signals and lab automation.

Genomics Analysis

Whole-genome and exome analysis, assembly, annotation, variant calling and quality control.

• WGS analysis
• Genome annotation
• WES analysis

Transcriptomics Analysis

RNA-seq, microarrays, splicing, fusions and non-coding RNA, from raw reads to differential expression.

• RNA-seq analysis
• Gene expression microarray analysis
• Non-coding RNA analysis

Single-cell Analysis

Single-cell and spatial transcriptomics: clustering, trajectories, RNA velocity and cell-cell communication.

• scRNA-seq analysis
• scDNA-seq analysis
• Spatial transcriptomics